SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
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MA
RK
SYSTEM:
CH
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ISSUE DATE:
30"
x 42
" -
Arch
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Size
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PARKWAY OFF CENTRAL9436 ULYSSES STREET NEBLAINE, MN 55434
SYSTEM SEQUENCE OF OPERATIONS
PROJECT DIRECTORY
Installer
BERD ELECTRIC3308 SOUTHWAY DRIVEST. CLOUD, MN 56301-9513
Tyco SimplexGrinnell District - 337
5400 NATHAN LANE, SUITE 100PLYMOUTH, MN 55442PHONE: 763-367-5000FAX: 763-367-5002SERVICE: 763-367-5001
OCCUPANCY TYPE(S): SPRINKLER PROTECTION:
APPLICABLE CODES & STANDARDS
ABBREVIATIONS LEGEND
END OF LINE
EXPLOSION PROOF
EMERGENCY POWER OFFFIRE ALARM CONTROL PANELFIRE ALARM TERMINAL CABINETFURNISHED BY OTHERSFIRE COMMAND CENTER
EOL =
XP =
EPO =FACP =FATC =FBO =FCC =
EXISTING TO REMAINCEILING MOUNTEDABOVE CEILING
WEATHERPROOF
RELOCATED DEVICE
DETECTOR
(eg. 15CD) CANDELA
ANNUNCIATORALARM
EXISTING DEVICE TO BE RELOCATED
REMOVE EXISTING AND REPLACE W/NEW
EXISTING TO REMOVE AND COVER
ABOVE FINISHED FLOOR
CALIFORNIA BUILDING CODE
CALIFORNIA STATE FIRE MARSHAL
AUTHORITY HAVING JURISDICTION
BUILDING MANAGEMENT SYSTEM
DATA GATHERING PANEL
RC
=ALM
CBC =
DET =CSFM =
CD =
ANN =BMS =
=DGP
RD =
RR =WP =
=
RL =
=AFFAHJ =
C =E =
AC = ==
=
====
==
=
=
=
==
=
=
=
==
==
===
=
=W/
TYPUON
VTWFW
VCC
TRBL
MAX
NIC
NTS
SMKSLC
NPU
SCC
TACSUPV
MINN/ANAC
NECNDU
NFPA
HT
FSD
HVAC
UNLESS OTHERWISE NOTEDVOICE COMMAND CENTER
WITH
VALVE TAMPERWATER FLOW(eg. 1/2W) WATT
TROUBLE
TYPICAL
MAXIMUM
NOTIFICATION APPLIANCE CIRCUIT EXTENDER
SIGNALING LINE CIRCUIT
NATIONAL ELECTRICAL CODE
NETWORK PROCESSING UNIT
NETWORK DISPLAY UNIT
STATUS COMMAND CENTER
NATIONAL FIRE PROTECTION ASSOCIATION
TRUEALERT ADDRESSABLE CONTROLLER
NOT IN CONTRACT
NOT TO SCALE
SUPERVISORYSMOKE
NOT APPLICABLEMINIMUM
HEATING, VENTILATION, & AIR CONDITIONING
FIRE SMOKE DAMPER
HEIGHT
=W/O WITH OUT
FIRE ALARM ANNUNCIATORFAA =FIRE ALARM TRANSPONDERFTR =
=TS TAMPER SWITCH
=IMS INFORMATION MANAGEMENT SYSTEM
=PAP PRE-ACTION PANEL
HIGH HUMIDITYH =
SIMPLEXGRINNELL CONTACTS
GENERAL NOTES
LEGENDSDRAWING INDEX
DEVICE TAG LEGEND
1:T2:A2:1-1(E1:1)
PANEL DESIGNATOR:· FA: = FACP (NON-NETWORK)· #: = NODE NUMBER· T#: = TRANSPONDER NUMBER· #:T# = NODE:TRANSPONDER NUMBER· N#: = NAC EXTENDER NUMBERCIRCUIT DESIGNATOR:· A#:# = EPS NUMBER:EPS CHANNEL NUMBER· D# = DOOR HOLDER CIRCUIT NUMBER· F# = FIRE PHONE CIRCUIT· H# = AUDIBLE (HORN) CIRCUIT NUMBER· M# = IDNET LOOP NUMBER· P# = POWER CIRCUIT NUMBER· S# = SPEAKER CIRCUIT NUMBER· V# = VISUAL CIRCUIT NUMBER· Z# = ZONE NUMBER
BRANCH / ISOLATED LOOP DESIGNATOR:· (L#) = IDNET ISOLATED LOOP NUMBER· (#) = IDNAC BRANCH NUMBER· (E#:#) = ENHANCED POWER REPEATER NUMBER:BRANCH NUMBER
DEVICE NUMBER
R-2 Residential Group BUILDING ISFULLYSPRINKLED
FIRE ALARM SYSTEM
PARKWAY OFF CENTRAL
PHONE:
Sales Representative
320-237-9020
PHONE:
Project Manager
Nancy [email protected]
763-367-5027
PHONE:
Drawings Prepared By
Dennis [email protected]
320-237-9011
PHONE:
Drawings Reviewed By
Gaston [email protected]
763-367-5038
JURISDICTIONS WITHIN THE STATE MAY HAVE AMENDMENTS TO THE STATE ADOPTEDCODE. CHECK WITH THE LOCAL JURISDICTION AUTHORITY FOR MORE DETAILS.
1. THESE DRAWINGS DEPICT GENERAL LOCATIONS OF LIFE SAFETY EQUIPMENT & FIELD DEVICES. EXACT ROUTING OF CONDUITS IS TO BE DETERMINED IN THE FIELD BY THEINSTALLING CONTRACTOR TO SUIT CONDITIONS. ALL CHANGES SHALL BE CLEARLY INDICATED ON THE RECORD DRAWINGS.
2. SHOULD ANY CONDITIONS EXIST THAT DIFFER FROM WHAT IS INDICATED ON THESE DRAWINGS WHICH CAUSE MAJOR DEVIATIONS IN THE WORK SHOWN, THECONTRACTOR SHALL CONTACT SIMPLEXGRINNELL IN A TIMELY MANNER SO AS NOT TO IMPAIR THE CONSTRUCTION SCHEDULE.
3. CONTRACTOR IS RESPONSIBLE FOR MAKING AND OBTAINING APPROVAL FOR ALL NECESSARY ADJUSTMENTS IN CIRCUITING AS REQUIRED TO ACCOMMODATE THERELOCATION OF EQUIPMENT AND/OR DEVICES WHICH ARE AFFECTED BY ANY AUTHORIZED CHANGE. ALL CHANGES SHALL BE CLEARLY INDICATED ON THE RECORDDRAWINGS.
4. A STAMPED SET OF APPROVED FIRE ALARM DRAWINGS SHALL BE AT THE JOB SITE AND SHALL BE USED FOR INSTALLATION.5. THE POWER CIRCUIT TO THE FACP AND TO THE FIRE ALARM POWER SUPPLIES SHALL BE ON A DEDICATED 120V, 20A BRANCH CIRCUIT BREAKER, AND SHALL HAVE A RED
MARKING, LOCK-ON PROVISION AND SHALL BE IDENTIFIED AS "FIRE ALARM CIRCUIT CONTROL." THE LOCATION OF THE CIRCUIT DISCONNECT MEANS (CIRCUIT BREAKER)SHALL BE PERMANENTLY IDENTIFIED AT THE FIRE ALARM CONTROL UNIT.
6. UPDATE THE AS-BUILT DRAWING SET DAILY WITH JOB PROGRESS. RETURN THE AS-BUILT DRAWING SET TO SIMPLEXGRINNELL NO LATER THAN 7 DAYS AFTER FINALTEST.
7. THE CONTRACTOR WILL MAINTAIN ALL AREAS OF THE BUILDING IN A NEAT AND WORKMANLIKE MANNER.8. DO NOT APPLY POWER EXCEPT IN THE PRESENCE OF A FACTORY TRAINED SIMPLEXGRINNELL TECHNICAL REPRESENTATIVE.9. ANY SMOKE DETECTOR HEAD INSTALLED BEFORE THE BUILDING IS CLEANED AND ACCEPTED SHALL BE COVERED TO PROTECT FROM DUST. ANY FALSE ALARMS DUE TO
DIRT CONTAMINATED HEADS SHALL BE THE RESPONSIBILITY OF THE FIRE ALARM INSTALLER.10. THE FIRE ALARM INSTALLER WILL MAINTAIN THE FIRE RESISTANCE INTEGRITY OF ALL WALL, CEILING, AND ROOF ASSEMBLIES ANY TIME THAT WORK IS NOT ACTIVELY
BEING PERFORMED.11. INSTALLATION OF DEVICES SHALL BE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS. POWER LIMITED AND NON-POWER LIMITED FIELD WIRING MUST BE
INSTALLED WITHIN THE FACP ENCLOSURE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS AND APPLICABLE ELECTRICAL CODES. REFER TO 'APPLICABLE CODES &STANDARDS' FOR SPECIFIC CODE REFERENCES.
12. ALL WIRING SHALL BE INSTALLED ACCORDING TO APPLICABLE ELECTRICAL CODES.13. FIRE ALARM CIRCUITS SHALL BE IDENTIFIED IN ACCORDANCE WITH APPLICABLE ELECTRICAL CODES. MARK ALL FIRE ALARM WIRES IN ACCORDANCE WITH APPLICABLE
ELECTRICAL CODE SECTIONS FOR POWER LIMITED AND NON-POWER LIMITED WIRE.14 FIRE ALARM CABLE INSTALLED IN DUCTS, PLENUM, AND OTHER SPACES USED FOR ENVIRONMENTAL AIR SHALL BE TYPE FPLP.15. FIRE ALARM CABLE INSTALLED IN THE VERTICAL RUNS AND PENETRATING MORE THAN ONE FLOOR OR CABLES INSTALLED IN VERTICAL RUNS IN SHAFTS SHALL BE TYPE
FPLR.16. FIRE ALARM CABLE INSTALLED IN UNDERGROUND CONDUIT OR OTHER WET LOCATIONS SHALL BE UL LISTED FOR WET LOCATIONS.17. FIRE ALARM CIRCUITS EXTENDING BEYOND ONE BUILDING AND RUN OUTDOORS SHALL BE INSTALLED IN ACCORDANCE APPLICABLE ELECTRICAL CODES, WHERE
APPLICABLE.18. ALL WIRING, INCLUDING SHIELDS MUST BE DRY AND FREE OF SHORTS AND GROUNDS.19. ALL SHIELDED WIRE MUST HAVE SHIELD CONTINUITY AT FULL LENGTH OF THE WIRE.20. ONLY SYSTEM WIRING CAN BE RUN IN THE SAME CONDUIT.21. 120VAC IS NOT PERMITTED IN THE SAME CONDUIT WITH LOW VOLTAGE WIRING.22. MAINTAIN MAXIMUM CONDUIT FILL RATIO AS PER APPLICABLE ELECTRICAL CODES REQUIREMENTS.23. EXISTING CONDUITS MAY BE USED BY THE INSTALLATION CONTRACTOR AS DEEMED NECESSARY; HOWEVER, ANY EXISTING CONDUIT WILL BE USED ONLY IF CONDUITS
MEET CURRENT STANDARDS AND CODES. SIMPLEXGRINNELL MAKES NO STATEMENTS WRITTEN OR VERBAL AS TO THE CONDITION OF EXISTING CONDUITS.
FACP
FAA
F
S
WF
VS
AIM
AOM
DH
QTYSYMBOL
DESCRIPTION MODEL
BOX
CODE
WIRE
TYPE
BRAND
FIRE ALARM SYMBOL LEGEND
FBOWATERFLOW SWITCH
BY OTHERS4
ZBY OTHERS
MFG4100ES FIRE ALARM CONTROL PANEL, 120 VAC 4100-93111 SIMPLEX
1FINDIVIDUAL ADDRESSABLE MODULE
4090-900112
MZ
SIMPLEX
DOOR HOLDERBY OTHERS
8BY
OTHERS
6DSERIAL LCD ANNUCIATOR
4603-91011
BP
SIMPLEX
1AADDRESSABLE STROBE, WALL MOUNT, WHITE, FIRE, CLEARLENS
49VO-WWF18
A4A
SIMPLEX
4APHOTOELECTRIC SMOKE SENSOR WITH STANDARD BASE
4098-9792 BASE4098-9714 HEAD
29M
4KSIMPLEX
4GSINGLE ACTION MANUAL PULL STATION
4099-90041
M1E
SIMPLEX
4AADDRESSABLE MULTI-CANDELA HORN/STROBE, WHITE,FIRE, CLEAR LENS
49AV-WWF70
A1B
SIMPLEX
FBOTAMPER SWITCH
BY OTHERS8
ZBY OTHERS
4HRELAY IAM
4090-900214
MR
SIMPLEX
4" SQ. BOX 1 1/2" DEEP4A
4" SQ. BOX 1 1/2" DEEP W/ COVER4B
SINGLE GANG BOX 2" DEEP1B
SINGLE GANG BOX 2 1/8" DEEP1C
FOR ADDITIONAL BACK BOX OPTIONS, REFER TO THE XX-700 SERIES DRAWINGS OR PRODUCT DATA SHEETS ANDINSTALLATION INSTRUCTIONS.
4" SQ. BOX 1 1/2" DEEP W/ 1 1/2" EXT. RING4C
SINGLE GANG BOX 2 1/8" DEEP W/COVER1D
CODE BOX SPECIFICATIONS CODE BOX SPECIFICATIONS
4" SQ. BOX 2 1/8" DEEP4D
SINGLE GANG BOX 2 1/2" DEEP1E
4" SQ. BOX 2 1/8" DEEP W/ COVER4E
SINGLE GANG BOX 2 1/2" DEEP W/COVER1F
4" SQ. BOX 2 1/8" DEEP W/ 1 1/2" EXT. RING4F
SINGLE GANG BOX 2 3/4" DEEP1G
4" SQ. BOX 2 1/8" DEEP W/ SINGLE GANG COVER4G
SINGLE GANG BOX 3 1/2" DEEP1H
4" SQ. BOX 2 1/8" DEEP W/ TWO GANG COVER4H
DOUBLE GANG BOX 2" DEEP2A
4" SQ. BOX 2 1/2" DEEP4J
TWO GANG BOX 2 1/2" DEEP2B
4" OCT. BOX 1 1/2" DEEP4K
TWO GANG BOX 2 3/4" DEEP2C
4" OCT. BOX 1 1/2" DEEP W/ 1 1/2" EXT. RING4L
HANDY BOX 1 1/2" DEEPHB
4 11/16" SQ. BOX 2 1/8" DEEP4M
6 SINGLE GANG BOXES 3 1/2" DEEP6A
4 11/16" SQ. BOX 1 1/2" DEEP W/ 1 1/2" EXT. RING4N
6 GANG BOX 6B
4 11/16" SQ. BOX 2 1/8" DEEP W/ 1 1/2" EXT. RING4P
FURNISHED BY OTHERSFBO
SINGLE GANG BOX 1 1/2" DEEP1A
SUPPLIED BY MANUFACTURERMFG
MOUNTS TO DUCTWORKMDW
MOUNTS IN BOX BEHIND DETECTORMBD
WALL MOUNTWM
DESK TOP MOUNTDT
NO BACKBOX REQUIREDNR
3.5" WIDE SNAP TRACK W/MOUNTING SCREWSTRM
4APHOTOELECTRIC SMOKE SENSOR WITH SOUNDER BASE
4098-9772 BASE4098-9714 HEAD
461M
4K VSIMPLEXS
SB
MFG4009 IDNET NAC EXTENDER PANEL, BEIGE, 120 VAC 4009-92018
VSIMPLEXNAC#
MAX CONDUCTOR AREACONDUIT SIZE CONDUIT SIZE
ITEMS SUCH AS CAPACITANCE BETWEEN CONDUCTORS AND WIRE GAUGE CAN BE CRUCIAL TO THE CIRCUIT DESIGN OF THIS SYSTEM INSTALLATION.THE INSTALLING CONTRACTOR IS RESPONSIBLE FOR SELECTING AND INSTALLING CABLE MANUFACTURER AND MODEL THAT MEETS OR EXCEEDS THEABOVE REQUIREMENTS. RECOMMENDED CABLE MANUFACTURERS AND MODEL NUMBERS ARE AVAILABLE UPON REQUEST.
1/2"3/4"1"
0.12 SQ INCH *0.21 SQ INCH *0.34 SQ INCH *
1-1/4"1-1/2"
2"
0.60 SQ INCH *0.82 SQ INCH *1.34 SQ INCH *
NOTES
*40% FILL PER N.E.C.SUBSCRIPT "u": UNSHIELDED CABLES MIXED WITH SHIELDEDCABLES OF SAME CIRCUIT DESIGNATION.
MAX CONDUCTOR AREA
**OUTDOOR AERIAL CABLE REQUIRES MESSENGER
THHN / TFFN FPLPFPLR
CIRCUIT DESCRIPTION
ACCEPTABLE CABLE TYPES
CONSTRUCTION GAUGE CIRCUIT PROPERTIES
OUTDOOR
FIRE ALARM WIRE LIST
14 AWG XA ADDRESSABLE NOTIFICATION UTP SOLID X60pf/ft. MAX CAPACITANCE; 3
twists/ft. RECOMMENDED
18 AWG XB RUI+ COMMUNICATION UTP SOLID X60pf/ft. MAX CAPACITANCE; 3
twists/ft. RECOMMENDED
14 AWG X XD DOOR HOLDER TP SOLID X
18 AWG X XK REMOTE TEST SWITCH/LED (2) 2 COND. SOLID X
18 AWG XM IDNET UTP SOLID X
14 AWG X XP POWER 2 COND. SOLID X
14 AWG X XR RELAY 2 COND. SOLID X
16 AWG XS AUDIO UTP SOLID X30pf/ft. MAX CAPACITANCE
RECOMMENDED
18 AWG X XZ ZONE (IDC) 2 COND. SOLID X
14 AWG X XV VISUAL SIGNAL 2 COND. SOLID X
SCOPE OF WORK
PROVIDE AND INSTALL A NEW AUTOMATIC AND MANUAL FIRE ALARM SYSTEM AS SHOWN ON DRAWINGS.
ALL WIRING TO BE CLASS B NOTIFICATION APPLIANCE CIRCUITS, INITIATING DEVICE CIRCUITS, AND SIGNALING LINE CIRCUITS.
AUTOMATIC FIRE ALARM SYSTEM SHALL TRANSMIT THE ALARM, SUPERVISORY AND TROUBLE SIGNALS TO AN APPROVED SUPERVISING STATION. THESUPERVISING STATION SHALL BE LISTED AS EITHER UUFX OR UUJS UNDERWRITERS LABORATORY OR SHALL MEET THE REQUIREMENTS OF FACTORY MUTUALRESEARCH APPROVAL STANDARD 3011. SUPERVISION OF SYSTEM AND LEASED TELEPHONE LINES SHALL BE ARRANGED BY THE OWNER.
DESIGN STATEMENT
THIS PROJECT'S DESIGN IS BASED ON THE ENGINEERED PLANS AND SPECIFICATIONS PREPARED BY: AMCON CONSTRUCTION COMPANY
ARCHITECTURAL PLANS DATED: 2/18/16
MECHANICAL PLANS DATED: -
ELECTRICAL PLANS DATED: -
SPECIFICATIONS DATED: -
ADDENDUM DATED: -
International Fire Code (IFC), 2012 Edition w/ 2015 MN State Amendments
National Electric Code, 2014 Edition (MN State Building Code, MN Rules Chapter 1315)
ASME A17.1/CSA B44-2010; ASME A17.3-2011; ASME A17.5-2011 (MN MN Rules, Chapter 1307)
TM
Safer. Smarter. Tyco.
SimplexGrinnell
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s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-0
00.d
wg
9/13
/201
6 9:
51:4
8 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
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WA
Y O
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C
EN
TR
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9436 U
LY
SS
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TR
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BLA
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N 55434
5400
NAT
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LAN
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UIT
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0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-000
COVER SHEET
TYCO SIMPLEXGRINNELL © 2016
7555
PA
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WA
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CONTROL UNIT ANNUNCIATION NOTIFICATION FIRE SAFETY CONTROL
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SMOKE SENSOR/DETECTORSMOKE/HEAT SENSOR W/ SOUNDER BASEMANUAL PULL STATION
ELEVATOR MECH. ROOM HEAT DETECTORELEVATOR MECH. ROOM SMOKE DETECTOR
ELEVATOR SHAFT SMOKE DETECTOR
MAIN FLR. ELEV. LOBBY SMOKE DETECTORELEVATOR LOBBY SMOKE DETECTORS (EXC. MAIN FLR.)
ELEVATOR SHAFT HEAT DETECTOR
ELEVATOR POWER MONITOR
MAIN
FLOOR
ELEV
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RECA
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ALTE
RNAT
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OR EL
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RELE
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FIRE D
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HAT FL
ASH
WATERFLOW SWITCHTAMPER SWITCHPOST INDICATOR VALVE SWITCHFIRE ALARM AC POWER FAILUREFIRE ALARM SYSTEM LOW BATTERY
CLASS B NOTIFICATION CIRCUIT (NAC) - SHORTOPEN CIRCUIT OR GROUND FAULT
ACTU
ATE A
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IBLE E
VACU
ATION S
IGNALS
ACTU
ATE A
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EVAC
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IGNALS
REMOTE
LY D
ISPLA
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TIVE
STAT
US
DISP
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CHAN
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TATU
S
DRAWING INDEX
DWG# DESCRIPTION
General Information (FA-000 Series)
FA-000 COVER SHEETFloorplans (FA-100 Series)
FA-101 GARAGE DEVICE PLACEMENT PLAN
FA-102 1ST FLOOR DEVICE PLACEMENT PLAN
FA-103 2ND FLOOR DEVICE PLACEMENT PLAN
FA-104 3RD FLOOR DEVICE PLACEMENT PLAN
FA-105 4TH FLOOR DEVICE PLACEMENT PLANRisers (FA-200 Series)
FA-201 RISER DIAGRAM
FA-202 RISER DIAGRAMPanel Details (FA-500 Series)
FA-501 PANEL LAYOUTCalculations (FA-600 Series)
FA-601 CALCULATIONS AND SCHEDULES
FA-602 CALCULATIONS AND SCHEDULES
FA-603 CALCULATIONS AND SCHEDULES
FA-604 CALCULATIONS AND SCHEDULESTypical Details (FA-700 Series)
FA-701 WIRING TYPICALS
s:\1-current projects\7555-parkway off central\Fire\FA-000.dwg, FA-000 COVER SHEET, 9/13/2016 9:51:47 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
yco.
ISSU
E LO
G:
Revi
sion
s sh
own
wit
h #
sy
mbo
l
GENERAL NOTES
2-WAY COMMUNICATIONS SYSTEM
PARKWAY OFF CENTRAL
1. THESE DRAWINGS DEPICT GENERAL LOCATIONS OF LIFE SAFETY EQUIPMENT & FIELD DEVICES. EXACT ROUTING OF CONDUITS IS TO BE DETERMINED IN THE FIELD BY THEINSTALLING CONTRACTOR TO SUIT CONDITIONS. ALL CHANGES SHALL BE CLEARLY INDICATED ON THE RECORD DRAWINGS.
2. SHOULD ANY CONDITIONS EXIST THAT DIFFER FROM WHAT IS INDICATED ON THESE DRAWINGS WHICH CAUSE MAJOR DEVIATIONS IN THE WORK SHOWN, THECONTRACTOR SHALL CONTACT SIMPLEXGRINNELL IN A TIMELY MANNER SO AS NOT TO IMPAIR THE CONSTRUCTION SCHEDULE.
3. CONTRACTOR IS RESPONSIBLE FOR MAKING AND OBTAINING APPROVAL FOR ALL NECESSARY ADJUSTMENTS IN CIRCUITING AS REQUIRED TO ACCOMMODATE THERELOCATION OF EQUIPMENT AND/OR DEVICES WHICH ARE AFFECTED BY ANY AUTHORIZED CHANGE. ALL CHANGES SHALL BE CLEARLY INDICATED ON THE RECORDDRAWINGS.
4. A STAMPED SET OF APPROVED FIRE ALARM DRAWINGS SHALL BE AT THE JOB SITE AND SHALL BE USED FOR INSTALLATION.5. THE POWER CIRCUIT TO THE FACP AND TO THE FIRE ALARM POWER SUPPLIES SHALL BE ON A DEDICATED 120V, 20A BRANCH CIRCUIT BREAKER, AND SHALL HAVE A RED
MARKING, LOCK-ON PROVISION AND SHALL BE IDENTIFIED AS "FIRE ALARM CIRCUIT CONTROL." THE LOCATION OF THE CIRCUIT DISCONNECT MEANS (CIRCUIT BREAKER)SHALL BE PERMANENTLY IDENTIFIED AT THE FIRE ALARM CONTROL UNIT.
6. UPDATE THE AS-BUILT DRAWING SET DAILY WITH JOB PROGRESS. RETURN THE AS-BUILT DRAWING SET TO SIMPLEXGRINNELL NO LATER THAN 7 DAYS AFTER FINALTEST.
7. THE CONTRACTOR WILL MAINTAIN ALL AREAS OF THE BUILDING IN A NEAT AND WORKMANLIKE MANNER.8. DO NOT APPLY POWER EXCEPT IN THE PRESENCE OF A FACTORY TRAINED SIMPLEXGRINNELL TECHNICAL REPRESENTATIVE.9. ANY SMOKE DETECTOR HEAD INSTALLED BEFORE THE BUILDING IS CLEANED AND ACCEPTED SHALL BE COVERED TO PROTECT FROM DUST. ANY FALSE ALARMS DUE TO
DIRT CONTAMINATED HEADS SHALL BE THE RESPONSIBILITY OF THE FIRE ALARM INSTALLER.10. THE FIRE ALARM INSTALLER WILL MAINTAIN THE FIRE RESISTANCE INTEGRITY OF ALL WALL, CEILING, AND ROOF ASSEMBLIES ANY TIME THAT WORK IS NOT ACTIVELY
BEING PERFORMED.11. INSTALLATION OF DEVICES SHALL BE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS. POWER LIMITED AND NON-POWER LIMITED FIELD WIRING MUST BE
INSTALLED WITHIN THE FACP ENCLOSURE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS AND APPLICABLE ELECTRICAL CODES. REFER TO 'APPLICABLE CODES &STANDARDS' FOR SPECIFIC CODE REFERENCES.
12. ALL WIRING SHALL BE INSTALLED ACCORDING TO APPLICABLE ELECTRICAL CODES.13. FIRE ALARM CIRCUITS SHALL BE IDENTIFIED IN ACCORDANCE WITH APPLICABLE ELECTRICAL CODES. MARK ALL FIRE ALARM WIRES IN ACCORDANCE WITH APPLICABLE
ELECTRICAL CODE SECTIONS FOR POWER LIMITED AND NON-POWER LIMITED WIRE.14 FIRE ALARM CABLE INSTALLED IN DUCTS, PLENUM, AND OTHER SPACES USED FOR ENVIRONMENTAL AIR SHALL BE TYPE FPLP.15. FIRE ALARM CABLE INSTALLED IN THE VERTICAL RUNS AND PENETRATING MORE THAN ONE FLOOR OR CABLES INSTALLED IN VERTICAL RUNS IN SHAFTS SHALL BE TYPE
FPLR.16. FIRE ALARM CABLE INSTALLED IN UNDERGROUND CONDUIT OR OTHER WET LOCATIONS SHALL BE UL LISTED FOR WET LOCATIONS.17. FIRE ALARM CIRCUITS EXTENDING BEYOND ONE BUILDING AND RUN OUTDOORS SHALL BE INSTALLED IN ACCORDANCE APPLICABLE ELECTRICAL CODES, WHERE
APPLICABLE.18. ALL WIRING, INCLUDING SHIELDS MUST BE DRY AND FREE OF SHORTS AND GROUNDS.19. ALL SHIELDED WIRE MUST HAVE SHIELD CONTINUITY AT FULL LENGTH OF THE WIRE.20. ONLY SYSTEM WIRING CAN BE RUN IN THE SAME CONDUIT.21. 120VAC IS NOT PERMITTED IN THE SAME CONDUIT WITH LOW VOLTAGE WIRING.22. MAINTAIN MAXIMUM CONDUIT FILL RATIO AS PER APPLICABLE ELECTRICAL CODES REQUIREMENTS.23. EXISTING CONDUITS MAY BE USED BY THE INSTALLATION CONTRACTOR AS DEEMED NECESSARY; HOWEVER, ANY EXISTING CONDUIT WILL BE USED ONLY IF CONDUITS
MEET CURRENT STANDARDS AND CODES. SIMPLEXGRINNELL MAKES NO STATEMENTS WRITTEN OR VERBAL AS TO THE CONDITION OF EXISTING CONDUITS.
TM
Safer. Smarter. Tyco.
SimplexGrinnell
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
OTI
CE T
O U
SER:
By
acce
ptin
g or
usi
ng t
his
draw
ing
and/
or t
he in
form
atio
n co
ntai
ned
here
in,
the
user
agr
ees
to t
he f
ollo
win
g te
rms
and
cond
itio
ns:
The
ele
ctro
nic
info
rmat
ion
in t
he d
raw
ing
may
be
subj
ect
to in
tent
iona
l or
unin
tent
iona
l alt
erat
ion.
Any
use
, re
use,
cop
ying
mod
ific
atio
n or
alt
erat
ion
of t
he in
form
atio
n co
ntai
ned
here
in s
hall
be a
t th
e so
le r
isk
of t
he u
ser.
Thi
s in
form
atio
n m
ay n
ot b
e so
ld o
r tr
ansf
erre
d to
any
thi
rd p
arty
, us
ed o
n ot
her
proj
ects
or
addi
tion
s to
the
pro
ject
for
whi
ch it
was
pre
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ed f
or c
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n of
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s pr
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any
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s al
l lia
bilit
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se o
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by t
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ser
or a
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hird
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nd s
uch
use
will
be
a us
er's
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ris
k. U
ser
shal
l, t
o th
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age
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FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-0
00.d
wg
9/13
/201
6 9:
51:4
9 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-001
2-WAY COVER SHEET
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
LEGENDS
QTYSYMBOL
DESCRIPTION MODEL
BOX
CODE
WIRE
TYPE
BRAND
2-WAY COMM. SYMBOL LEGEND
MFGRESCUE ASSISTANCE ANNUNCIATOR, 5 ZONE 2500-105PSS1 RATH
MFGCALL BOX, FLUSH MOUNTW/ SIGN 7044
2100-958SR10 RATH
2WAYM
2WAY
FOR ADDITIONAL BACK BOX OPTIONS, REFER TO THE XX-700 SERIES DRAWINGS OR PRODUCT DATA SHEETS ANDINSTALLATION INSTRUCTIONS.
CODE BOX SPECIFICATIONS CODE BOX SPECIFICATIONS
FURNISHED BY OTHERSFBO SUPPLIED BY MANUFACTURERMFG
MFGPOWER SUPPLY
2500-PWR241 RATH2WPS
MAX CONDUCTOR AREACONDUIT SIZE CONDUIT SIZE
ITEMS SUCH AS CAPACITANCE BETWEEN CONDUCTORS AND WIRE GAUGE CAN BE CRUCIAL TO THE CIRCUIT DESIGN OF THIS SYSTEM INSTALLATION.THE INSTALLING CONTRACTOR IS RESPONSIBLE FOR SELECTING AND INSTALLING CABLE MANUFACTURER AND MODEL THAT MEETS OR EXCEEDS THEABOVE REQUIREMENTS. RECOMMENDED CABLE MANUFACTURERS AND MODEL NUMBERS ARE AVAILABLE UPON REQUEST.
1/2"3/4"1"
0.12 SQ INCH *0.21 SQ INCH *0.34 SQ INCH *
1-1/4"1-1/2"
2"
0.60 SQ INCH *0.82 SQ INCH *1.34 SQ INCH *
NOTES
*40% FILL PER N.E.C.SUBSCRIPT "u": UNSHIELDED CABLES MIXED WITH SHIELDEDCABLES OF SAME CIRCUIT DESIGNATION.
MAX CONDUCTOR AREA
**OUTDOOR AERIAL CABLE REQUIRES MESSENGER
THHN / TFFN FPLPCM
CIRCUIT DESCRIPTION
ACCEPTABLE CABLE TYPES
CONSTRUCTION GAUGE CIRCUIT PROPERTIES
OUTDOOR
2-WAY COMM. WIRE LIST
18 AWG X XP POWER 2 COND. SOLID 500 FT MAX. DISTANCE
22 AWG X XR CALL BOXES/RESCUE STATIONTO BASE STATION
(2) 2 COND. SOLID 500 FT MAX. DISTANCE
CAT 3 XT TELEPHONE UTP SOLID 300 FT MAX. DISTANCE
ABBREVIATIONS LEGEND
END OF LINE
EXPLOSION PROOF
EMERGENCY POWER OFFFIRE ALARM CONTROL PANELFIRE ALARM TERMINAL CABINETFURNISHED BY OTHERSFIRE COMMAND CENTER
EOL =
XP =
EPO =FACP =FATC =FBO =FCC =
EXISTING TO REMAINCEILING MOUNTEDABOVE CEILING
WEATHERPROOF
RELOCATED DEVICE
DETECTOR
(eg. 15CD) CANDELA
ANNUNCIATORALARM
EXISTING DEVICE TO BE RELOCATED
REMOVE EXISTING AND REPLACE W/NEW
EXISTING TO REMOVE AND COVER
ABOVE FINISHED FLOOR
CALIFORNIA BUILDING CODE
CALIFORNIA STATE FIRE MARSHAL
AUTHORITY HAVING JURISDICTION
BUILDING MANAGEMENT SYSTEM
DATA GATHERING PANEL
RC
=ALM
CBC =
DET =CSFM =
CD =
ANN =BMS =
=DGP
RD =
RR =WP =
=
RL =
=AFFAHJ =
C =E =
AC = ==
=
====
==
=
=
=
==
=
=
=
==
==
===
=
=W/
TYPUON
VTWFW
VCC
TRBL
MAX
NIC
NTS
SMKSLC
NPU
SCC
TACSUPV
MINN/ANAC
NECNDU
NFPA
HT
FSD
HVAC
UNLESS OTHERWISE NOTEDVOICE COMMAND CENTER
WITH
VALVE TAMPERWATER FLOW(eg. 1/2W) WATT
TROUBLE
TYPICAL
MAXIMUM
NOTIFICATION APPLIANCE CIRCUIT EXTENDER
SIGNALING LINE CIRCUIT
NATIONAL ELECTRICAL CODE
NETWORK PROCESSING UNIT
NETWORK DISPLAY UNIT
STATUS COMMAND CENTER
NATIONAL FIRE PROTECTION ASSOCIATION
TRUEALERT ADDRESSABLE CONTROLLER
NOT IN CONTRACT
NOT TO SCALE
SUPERVISORYSMOKE
NOT APPLICABLEMINIMUM
HEATING, VENTILATION, & AIR CONDITIONING
FIRE SMOKE DAMPER
HEIGHT
=W/O WITH OUT
FIRE ALARM ANNUNCIATORFAA =FIRE ALARM TRANSPONDERFTR =
=TS TAMPER SWITCH
=IMS INFORMATION MANAGEMENT SYSTEM
=PAP PRE-ACTION PANEL
HIGH HUMIDITYH =
SCALE: NTS
TYPICAL WIRING
SCALE: NTS
RISER DIAGRAM
120 VOLT AC
FA-101 FA-101
FA-102 FA-102
2WAYMT LOCATE NEXT TO FAA IN VEST. 005
FA-103 FA-103
2WAYP,R
FA-104 FA-104
2WAYP,R
8P,8R
4P,4R
2WPSM
11P
NOTE: HOMERUN POWERTO POWER SUPPLY ASSHOWN IN DETAIL.
FA-105 FA-105
2WAYP,R
2WAYP,RP,R
2WAY
P,R2WAY
2P,2R
6P,6R
P,R2WAY
P,R2WAY
2WAYP,RP,R
2WAYLOCATE IN ELEVATOR LOBBY (TYPICAL)
s:\1-current projects\7555-parkway off central\Fire\FA-000.dwg, FA-001 2-WAY COVER SHEET, 9/13/2016 9:51:48 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
WF AIM M1-8
VS
AIM M1-9WF
AIM M1-10WF
AIM M1-11WF
AIM M1-12
AIM M1-13VS
VS AIM M1-18
AIM M1-19VS
VS AIM M1-16
AIM M1-17VS
VS AIM M1-14
AIM M1-15VS
75
A1:1-5(1)
75
A1:1-4(1)
75
A1:1-3(1)
75A1:1-1(1)
75
A1:1-2(1)
75A1:1-6(2)
75A1:1-7(2)
75A1:1-8(2)
75A1:1-9(2)
75A1:1-10(2)
75A1:1-11(2)
75
A1:1-16(2)
75
A1:1-15(2)
75
A1:1-14(2)
75
A1:1-13(2)
75A1:1-12(2)
S
M1-20
S
M1-2
S M1-21
AOMPRI
M1-22AOM
ALTM1-23
AOMFIREHAT
M1-24
S M1-4
AOMPRI
M1-5AOM
ALTM1-6
AOMFIREHAT
M1-7
2WAY
2WAY
2WAY M
FACP
FAA
1
1
1
F
M1-3
S
M1-1
AA
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
yco.
ISSU
E LO
G:
Revi
sion
s sh
own
wit
h #
sy
mbo
l
GENERAL NOTES:
1. ALL CEILINGS ARE ASSUMED TO BE 10' A.F.F., SMOOTH CONSTRUCTION UNLESS NOTEDOTHERWISE.2. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORYSETTING OF "FACP" UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING JURISDICTION.3. ALL 520 Hz SOUNDER BASES: DIP SWITCH 9 SHALL BE SET TO 'ON' FOR NAC CIRCUITSUPERVISION.
KEYNOTES:
VERIFY EXACT LOCATION IN FIELD.1
(IN FEET)0
SCALE:
PLANNORTH
1/16" = 1'-0"8 16 32
GARAGE DEVICE PLACEMENT PLAN
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
OTI
CE T
O U
SER:
By
acce
ptin
g or
usi
ng t
his
draw
ing
and/
or t
he in
form
atio
n co
ntai
ned
here
in,
the
user
agr
ees
to t
he f
ollo
win
g te
rms
and
cond
itio
ns:
The
ele
ctro
nic
info
rmat
ion
in t
he d
raw
ing
may
be
subj
ect
to in
tent
iona
l or
unin
tent
iona
l alt
erat
ion.
Any
use
, re
use,
cop
ying
mod
ific
atio
n or
alt
erat
ion
of t
he in
form
atio
n co
ntai
ned
here
in s
hall
be a
t th
e so
le r
isk
of t
he u
ser.
Thi
s in
form
atio
n m
ay n
ot b
e so
ld o
r tr
ansf
erre
d to
any
thi
rd p
arty
, us
ed o
n ot
her
proj
ects
or
addi
tion
s to
the
pro
ject
for
whi
ch it
was
pre
pare
d, o
r us
ed f
or c
ompl
etio
n of
thi
s pr
ojec
t by
any
thi
rd p
arty
. S
impl
exG
rinn
ell d
iscl
aim
s al
l lia
bilit
y fo
r th
e us
e or
reu
se o
fal
tere
d fi
les
by t
he u
ser
or a
ny t
hird
par
ty a
nd s
uch
use
will
be
a us
er's
sole
ris
k. U
ser
shal
l, t
o th
e fu
llest
ext
ent
perm
itte
d by
law
, de
fend
, in
dem
nify
, an
d ho
ld S
impl
exG
rinn
ell h
arm
less
fro
m a
ny a
nd a
ll cl
aim
s fo
r lo
ss,
dam
age
or in
jury
ari
sing
dir
ectl
y or
indi
rect
ly t
here
from
.
FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-1
01.d
wg
9/13
/201
6 9:
51:5
3 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-101
GARAGE DEVICE
PLACEMENT PLAN
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
s:\1-current projects\7555-parkway off central\Fire\FA-101.dwg, FA-101 GARAGE DEVICE PLACEMENT PLAN, 9/13/2016 9:51:52 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
15
A1:2-4(1)
15
A1:2-3(1)
15
A1:2-2(1)
15A1:2-12(1)
30A1:2-11(1)
75A1:2-6(1)
15A1:2-1(1)
15A1:2-7(1)
15A1:2-8(1)
15A1:2-9(1)
15A1:2-10(1)
15A1:2-13(1)
185A1:2-14(1)
15A1:2-23(1)
185
A1:2-24(1)
15A1:2-15(2)
15A1:2-16(2)
15A1:2-17(2)
15A1:2-19(2)
15A1:2-18(2)
15
A1:2-21(2)
15
A1:2-20(2)
15
A1:2-22(2)
S
M1-80
S
M1-34
2WAY
2WAY
SSB
M1-57
N1:H2-12
SSB
M1-45
N1:H1-11
SSB
M1-55
N1:H2-10
SSB
M1-54
N1:H2-9
SSB
M1-43
N1:H1-9
SSB
M1-52
N1:H2-7
SSB
M1-51
N1:H2-6
SSB
M1-41
N1:H1-7
SSB
M1-40
N1:H1-6
SSB
M1-38
N1:H1-4
SSB
M1-37
N1:H1-3
SSB
M1-48
N1:H2-3
SSB
M1-47
N1:H2-2
SSB
M1-46
N1:H2-1 SSB
M1-35
N1:H1-1
SSB
M1-56N1:H2-11
SSB
M1-44
N1:H1-10
SSB
M1-53
N1:H2-8
SSB
M1-42
N1:H1-8
SSB
M1-50
N1:H2-5
SSB
M1-49N1:H2-4
SSB
M1-39
N1:H1-5
SSB
M1-36
N1:H1-2
SSB
M1-98
N1:H4-1
SSB
M1-100
N1:H4-3S
SB
M1-99
N1:H4-2
SSB
M1-101
N1:H4-4 SSB
M1-102
N1:H4-5
SSB
M1-103
N1:H4-6
SSB
M1-104
N1:H4-7
SSB
M1-105
N1:H4-8
SSB
M1-106
N1:H4-9S
SB
M1-107
N1:H4-10S
SB
M1-109
H3-2
SSB
M1-108
H3-1
SSB
M1-110
H3-3
SSB
M1-111
H3-4S
SB
M1-113
H3-6SSB
M1-112
H3-5
SSB
M1-114
H3-7
SSB
M1-115
H3-8
SSB
M1-116
H3-9S
SB
M1-117
H3-10
SSB
M1-118
N2:H4-13
SSB
M1-119
N2:H4-12
SSB
M1-120
N2:H4-11 SSB
M1-121
N2:H4-10
SSB
M1-122
N2:H4-9
SSB
M1-124
N2:H4-7S
SB
M1-123
N2:H4-8
SSB
M1-125
N2:H4-6
SSB
M1-127
N2:H4-4
SSB
M1-128
N2:H4-3
SSB
M1-126
N2:H4-5
SSB
M1-59
N1:H3-2
SSB
M1-60
N1:H3-3S
SB
M1-62
N1:H3-5
SSB
M1-63
N1:H3-6
SSB
M1-64
N1:H3-7
SSB
M1-58
N1:H3-1
SSB
M1-61
N1:H3-4
SSB
M1-65
N1:H3-8S
SB
M1-66
N1:H3-9S
SB
M1-67
N2:H3-13
SSB
M1-69
N2:H3-11
SSB
M1-68
N2:H3-12 SSB
M1-70
N2:H3-10
SSB
M1-72
N2:H3-8
SSB
M1-71
N2:H3-9S
SB
M1-73
N2:H3-7S
SB
M1-75
N2:H3-5
SSB
M1-76
N2:H3-4
SSB
M1-74
N2:H3-6S
SB
M1-77
N2:H3-3 SSB
M1-78
N2:H3-2
SSB
M1-79
N2:H3-1
SSB
M1-130
N2:H4-1
SSB
M1-129
N2:H4-2
SSB
M1-132
N2:H2-2
SSB
M1-133
N2:H2-3
SSB
M1-131
N2:H2-1
SSB
M1-134
N2:H2-4
SSB
M1-135
N2:H2-5
SSB
M1-86
N2:H1-3
SSB
M1-84
N2:H1-1
SSB
M1-85
N2:H1-2
SSB
M1-88
N2:H1-5
SSB
M1-87
N2:H1-4
SSB
M1-136
N2:H2-6
SSB
M1-137
N2:H2-7
SSB
M1-138
N2:H2-8
SSB
M1-139
N2:H2-9
SSB
M1-140
N2:H2-10
SSB
M1-141
N2:H2-11
SSB
M1-89
N2:H1-6
SSB
M1-91
N2:H1-8
SSB
M1-90
N2:H1-7
SSB
M1-92
N2:H1-9
SSB
M1-93
N2:H1-10
SSB
M1-94
N2:H1-11
SSB
M1-142
N2:H2-12
SSB
M1-143
N2:H2-13
SSB
M1-144
N2:H2-14
SSB
M1-145
N2:H2-15S
SB
M1-97
N2:H1-14
SSB
M1-95
N2:H1-12 SSB
M1-96
N2:H1-13
D1-12DH
D1-11DH
NAC2M1-83
S M1-82
NAC1 M1-31
S M1-32
15
A1:2-5(1)
AOMDAMPER CONTROL
M1-811
AOMDAMPER CONTROL
M1-331
N1:H110KN1:H2
10K
N1:H310K
N1:H410K
H310K
N2:H110K
N2:H210K
N2:H310K
N2:H410K
AA
V V
VV
V
S
M1-146
S
M1-147
VV
V
V
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
yco.
ISSU
E LO
G:
Revi
sion
s sh
own
wit
h #
sy
mbo
l
GENERAL NOTES:
1. ALL CEILINGS ARE ASSUMED TO BE 10' A.F.F., SMOOTH CONSTRUCTION UNLESS NOTEDOTHERWISE.2. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORYSETTING OF "FACP" UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING JURISDICTION.3. ALL 520 Hz SOUNDER BASES: DIP SWITCH 9 SHALL BE SET TO 'ON' FOR NAC CIRCUITSUPERVISION.
KEYNOTES:
VERIFY EXACT LOCATION IN FIELD.1
(IN FEET)0
SCALE:
PLANNORTH
1/16" = 1'-0"8 16 32
1ST FLOOR DEVICE PLACEMENT PLAN
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
OTI
CE T
O U
SER:
By
acce
ptin
g or
usi
ng t
his
draw
ing
and/
or t
he in
form
atio
n co
ntai
ned
here
in,
the
user
agr
ees
to t
he f
ollo
win
g te
rms
and
cond
itio
ns:
The
ele
ctro
nic
info
rmat
ion
in t
he d
raw
ing
may
be
subj
ect
to in
tent
iona
l or
unin
tent
iona
l alt
erat
ion.
Any
use
, re
use,
cop
ying
mod
ific
atio
n or
alt
erat
ion
of t
he in
form
atio
n co
ntai
ned
here
in s
hall
be a
t th
e so
le r
isk
of t
he u
ser.
Thi
s in
form
atio
n m
ay n
ot b
e so
ld o
r tr
ansf
erre
d to
any
thi
rd p
arty
, us
ed o
n ot
her
proj
ects
or
addi
tion
s to
the
pro
ject
for
whi
ch it
was
pre
pare
d, o
r us
ed f
or c
ompl
etio
n of
thi
s pr
ojec
t by
any
thi
rd p
arty
. S
impl
exG
rinn
ell d
iscl
aim
s al
l lia
bilit
y fo
r th
e us
e or
reu
se o
fal
tere
d fi
les
by t
he u
ser
or a
ny t
hird
par
ty a
nd s
uch
use
will
be
a us
er's
sole
ris
k. U
ser
shal
l, t
o th
e fu
llest
ext
ent
perm
itte
d by
law
, de
fend
, in
dem
nify
, an
d ho
ld S
impl
exG
rinn
ell h
arm
less
fro
m a
ny a
nd a
ll cl
aim
s fo
r lo
ss,
dam
age
or in
jury
ari
sing
dir
ectl
y or
indi
rect
ly t
here
from
.
FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-1
02.d
wg
9/13
/201
6 9:
51:5
8 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-102
1ST FLOOR DEVICE
PLACEMENT PLAN
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
s:\1-current projects\7555-parkway off central\Fire\FA-102.dwg, FA-102 1ST FLOOR DEVICE PLACEMENT PLAN, 9/13/2016 9:51:56 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
A A
V
VV
V
V
V
V
V
V
15
A1:3-4(1)
15
A1:3-3(1)
15
A1:3-2(1)
15A1:3-1(1)
15
A1:3-11(1)
185
A1:3-10(1)
15A1:3-6(1)
15A1:3-12(2)
15A1:3-13(2)
15A1:3-15(2)
15A1:3-14(2)
15A1:3-17(1)
15A1:3-16(1)
15A1:3-18(1)S
M2-54(L1)
SM3-4
2WAY
2WAY
SSB
M2-13(L1)
N3:H1-12
SSB
M2-12(L1)
N3:H1-11
SSB
M2-15(L1)
N3:H1-14
SSB
M2-28(L1)
N3:H2-13
SSB
M2-10(L1)
N3:H1-9
SSB
M2-26(L1)
N3:H2-11
SSB
M2-25(L1)
N3:H2-10
SSB
M2-8(L1)
N3:H1-7
SSB
M2-7(L1)
N3:H1-6
SSB
M2-5(L1)
N3:H1-4
SSB
M2-4(L1)
N3:H1-3
SSB
M2-22(L1)
N3:H2-7
SSB
M2-21(L1)N3:H2-6
SSB
M2-2(L1)
N3:H1-1
SSB
M2-14(L1)
N3:H1-13
SSB
M2-11(L1)
N3:H1-10
SSB
M2-27(L1)N3:H2-12
SSB
M2-9(L1)
N3:H1-8
SSB
M2-24(L1)
N3:H2-9
SSB
M2-23(L1)N3:H2-8
SSB
M2-6(L1)
N3:H1-5
SSB
M2-3(L1)
N3:H1-2
SSB
M2-75(L1)
N3:H4-5
SSB
M2-77(L1)
N3:H4-7S
SB
M2-76(L1)
N3:H4-6
SSB
M2-78(L1)
N3:H4-8 SSB
M2-79(L1)
N3:H4-9
SSB
M2-80(L1)
N3:H4-10
SSB
M2-81(L1)
N3:H4-11
SSB
M2-82(L1)
N3:H4-12 SSB
M2-83(L1)
N3:H4-13S
SB
M2-84(L1)
H4-1S
SB
M2-86(L1)
H4-3
SSB
M2-85(L1)
H4-2
SSB
M2-87(L1)
H4-4
SSB
M2-88(L1)
H4-5S
SB
M2-90(L1)
H4-7SSB
M2-89(L1)
H4-6
SSB
M2-91(L1)
H4-8
SSB
M2-92(L1)
H4-9
SSB
M2-93(L1)
N4:H4-15S
SB
M2-94(L1)
N4:H4-14
SSB
M2-95(L1)
N4:H4-13
SSB
M2-96(L1)
N4:H4-12
SSB
M2-97(L1)
N4:H4-11 SSB
M2-98(L1)
N4:H4-10
SSB
M2-99(L1)
N4:H4-9S
SB
M2-101(L1)
N4:H4-7S
SB
M2-100(L1)
N4:H4-8
SSB
M2-102(L1)
N4:H4-6
SSB
M2-104(L1)
N4:H4-4
SSB
M2-105(L1)
N4:H4-3
SSB
M2-103(L1)
N4:H4-5
SSB
M2-33(L1)
N3:H3-5
SSB
M2-34(L1)
N3:H3-6
SSB
M2-36(L1)
N3:H3-8
SSBM2-37(L1)
N3:H3-9
SSB
M2-38(L1)
N3:H3-10
SSB
M2-32(L1)
N3:H3-4
SSB
M2-35(L1)N3:H3-7
SSB
M2-39(L1)
N3:H3-11S
SB
M2-40(L1)
N3:H3-12S
SB
M2-41(L1)
N4:H3-13
SSB
M2-43(L1)
N4:H3-11
SSB
M2-42(L1)
N4:H3-12 SSB
M2-44(L1)
N4:H3-10
SSB
M2-46(L1)
N4:H3-8
SSB
M2-45(L1)
N4:H3-9S
SB
M2-47(L1)
N4:H3-7S
SB
M2-49(L1)
N4:H3-5
SSB
M2-50(L1)
N4:H3-4
SSB
M2-48(L1)
N4:H3-6S
SB
M2-51(L1)
N4:H3-3 SSB
M2-52(L1)
N4:H3-2
SSB
M2-53(L1)
N4:H3-1
SSB
M2-107(L1)
N4:H4-1
SSB
M2-106(L1)
N4:H4-2
SSB
M2-109(L1)
N4:H2-2
SSB
M2-110(L1)
N4:H2-3
SSB
M2-108(L1)
N4:H2-1
SSB
M2-111(L1)
N4:H2-4
SSB
M2-112(L1)
N4:H2-5
SSB
M2-59(L1)
N4:H1-3
SSB
M2-57(L1)
N4:H1-1
SSB
M2-58(L1)
N4:H1-2
SSB
M2-61(L1)
N4:H1-5
SSB
M2-60(L1)
N4:H1-4
SSB
M2-113(L1)
N4:H2-6
SSB
M2-114(L1)N4:H2-7
SSB
M2-115(L1)
N4:H2-8
SSB
M2-116(L1)
N4:H2-9
SSB
M2-117(L1)
N4:H2-10
SSB
M2-118(L1)N4:H2-11
SSB
M2-62(L1)
N4:H1-6
SSB
M2-64(L1)
N4:H1-8
SSB
M2-63(L1)N4:H1-7
SSB
M2-65(L1)
N4:H1-9
SSB
M2-66(L1)
N4:H1-10
SSB
M2-67(L1)
N4:H1-11
SSB
M2-119(L1)
N4:H2-12
SSB
M2-120(L1)
N4:H2-13
SSB
M2-121(L1)
N4:H2-14
SSB
M2-122(L1)
N4:H2-15S
SB
M2-70(L1)
N4:H1-14
SSB
M2-68(L1)
N4:H1-12
SSB
M2-69(L1)N4:H1-13
15A1:3-5(1)
SSB
M2-19(L1)
N3:H2-4
SSB
M2-20(L1)
N3:H2-5
SSB
M2-18(L1)
N3:H2-3
SSB
M2-17(L1)
N3:H2-2
SSB
M2-16(L1)N3:H2-1
SSB
M2-71(L1)
N3:H4-1
SSB
M2-73(L1)
N3:H4-3
SSB
M2-72(L1)
N3:H4-2
SSB
M2-74(L1)
N3:H4-4
SSB
M2-31(L1)
N3:H3-3
SSB
M2-29(L1)
N3:H3-1
SSB
M2-30(L1)
N3:H3-2
15A1:3-7(1)
185A1:3-9(1) 185
A1:3-8(1)
D1-22DH
D1-21DH
15A1:3-19(1)
185A1:3-20(1)
185A1:3-21(1)
15
A1:3-22(1)
NAC4 M2-56(L1)
S
M2-55(L1)
NAC3
M3-2
S
M3-1
AOMDAMPER CONTROL
M2-123(L1)1AOM
DAMPER CONTROL
M3-31
N3:H110K
N3:H210K
N3:H310K
N3:H410K
N4:H310K
H410K
N4:H410K
N4:H210KN4:H1
10K
S
M2-1(L1)
SM2-124(L1)
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
yco.
ISSU
E LO
G:
Revi
sion
s sh
own
wit
h #
sy
mbo
l
GENERAL NOTES:
1. ALL CEILINGS ARE ASSUMED TO BE 10' A.F.F., SMOOTH CONSTRUCTION UNLESS NOTEDOTHERWISE.2. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORYSETTING OF "FACP" UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING JURISDICTION.3. ALL 520 Hz SOUNDER BASES: DIP SWITCH 9 SHALL BE SET TO 'ON' FOR NAC CIRCUITSUPERVISION.
KEYNOTES:
VERIFY EXACT LOCATION IN FIELD.1
(IN FEET)0
SCALE:
PLANNORTH
1/16" = 1'-0"8 16 32
2ND FLOOR DEVICE PLACEMENT PLAN
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
OTI
CE T
O U
SER:
By
acce
ptin
g or
usi
ng t
his
draw
ing
and/
or t
he in
form
atio
n co
ntai
ned
here
in,
the
user
agr
ees
to t
he f
ollo
win
g te
rms
and
cond
itio
ns:
The
ele
ctro
nic
info
rmat
ion
in t
he d
raw
ing
may
be
subj
ect
to in
tent
iona
l or
unin
tent
iona
l alt
erat
ion.
Any
use
, re
use,
cop
ying
mod
ific
atio
n or
alt
erat
ion
of t
he in
form
atio
n co
ntai
ned
here
in s
hall
be a
t th
e so
le r
isk
of t
he u
ser.
Thi
s in
form
atio
n m
ay n
ot b
e so
ld o
r tr
ansf
erre
d to
any
thi
rd p
arty
, us
ed o
n ot
her
proj
ects
or
addi
tion
s to
the
pro
ject
for
whi
ch it
was
pre
pare
d, o
r us
ed f
or c
ompl
etio
n of
thi
s pr
ojec
t by
any
thi
rd p
arty
. S
impl
exG
rinn
ell d
iscl
aim
s al
l lia
bilit
y fo
r th
e us
e or
reu
se o
fal
tere
d fi
les
by t
he u
ser
or a
ny t
hird
par
ty a
nd s
uch
use
will
be
a us
er's
sole
ris
k. U
ser
shal
l, t
o th
e fu
llest
ext
ent
perm
itte
d by
law
, de
fend
, in
dem
nify
, an
d ho
ld S
impl
exG
rinn
ell h
arm
less
fro
m a
ny a
nd a
ll cl
aim
s fo
r lo
ss,
dam
age
or in
jury
ari
sing
dir
ectl
y or
indi
rect
ly t
here
from
.
FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-1
03.d
wg
9/13
/201
6 9:
52:0
4 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-103
2ND FLOOR DEVICE
PLACEMENT PLAN
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
s:\1-current projects\7555-parkway off central\Fire\FA-103.dwg, FA-103 2ND FLOOR DEVICE PLACEMENT PLAN, 9/13/2016 9:52:02 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
A
A
A
V
VV
V
V
15
A1:1-21(3)
15
A1:1-20(3)
15
A1:1-19(3)
15A1:1-18(3)
15A1:1-22(3)
15A1:1-23(3)
15A1:1-24(3)
15
A1:1-26(3)
15A1:1-25(3)
15
A1:1-28(3)
15
A1:1-27(3)
15
A1:1-30(3)
SM2-178(L2)
S
M3-14
2WAY
2WAY
SSB
M2-137(L2)
N5:H1-12
SSB
M2-136(L2)
N5:H1-11
SSB
M2-139(L2)
N5:H1-14
SSB
M2-152(L2)
N5:H2-13
SSB
M2-134(L2)
N5:H1-9
SSB
M2-150(L2)
N5:H2-11
SSB
M2-149(L2)
N5:H2-10
SSB
M2-132(L2)
N5:H1-7
SSB
M2-131(L2)
N5:H1-6
SSB
M2-129(L2)
N5:H1-4
SSB
M2-128(L2)
N5:H1-3
SSB
M2-146(L2)
N5:H2-7
SSB
M2-145(L2)N5:H2-6
SSB
M2-126(L2)
N5:H1-1
SSB
M2-138(L2)N5:H1-13
SSB
M2-135(L2)
N5:H1-10
SSB
M2-151(L2)N5:H2-12
SSB
M2-133(L2)
N5:H1-8
SSB
M2-148(L2)
N5:H2-9
SSB
M2-147(L2)N5:H2-8
SSB
M2-130(L2)
N5:H1-5
SSB
M2-127(L2)
N5:H1-2
SSB
M2-199(L2)
N5:H4-5
SSB
M2-201(L2)
N5:H4-7S
SB
M2-200(L2)
N5:H4-6
SSB
M2-202(L2)
N5:H4-8 SSB
M2-203(L2)
N5:H4-9
SSB
M2-204(L2)
N5:H4-10
SSB
M2-205(L2)
N5:H4-11
SSB
M2-206(L2)
N5:H4-12 SSB
M2-207(L2)
N5:H4-13S
SB
M2-208(L2)
H9-1S
SB
M2-210(L2)
H9-3
SSB
M2-209(L2)
H9-2
SSB
M2-211(L2)
H9-4
SSB
M2-212(L2)
H9-5S
SB
M2-214(L2)
H9-7SSB
M2-213(L2)
H9-6
SSB
M2-215(L2)
H9-8
SSB
M2-216(L2)
H9-9
SSB
M2-217(L2)
N6:H4-15S
SB
M2-218(L2)
N6:H4-14
SSB
M2-219(L2)
N6:H4-13
SSB
M2-220(L2)
N6:H4-12
SSB
M2-221(L2)
N6:H4-11S
SB
M2-222(L2)
N6:H4-10
SSB
M2-223(L2)
N6:H4-9S
SB
M2-225(L2)
N6:H4-7S
SB
M2-224(L2)
N6:H4-8
SSB
M2-226(L2)
N6:H4-6
SSB
M2-228(L2)
N6:H4-4
SSB
M2-229(L2)
N6:H4-3
SSB
M2-227(L2)
N6:H4-5
SSB
M2-157(L2)
N5:H3-5
SSB
M2-158(L2)
N5:H3-6S
SB
M2-160(L2)
N5:H3-8
SSB
M2-161(L2)
N5:H3-9
SSB
M2-162(L2)
N5:H3-10
SSB
M2-156(L2)
N5:H3-4
SSB
M2-159(L2)
N5:H3-7
SSB
M2-163(L2)
N5:H3-11S
SB
M2-164(L2)
N5:H3-12S
SB
M2-165(L2)
N6:H3-13
SSB
M2-167(L2)
N6:H3-11
SSB
M2-166(L2)
N6:H3-12 SSB
M2-168(L2)
N6:H3-10
SSB
M2-170(L2)
N6:H3-8
SSB
M2-169(L2)
N6:H3-9S
SB
M2-171(L2)
N6:H3-7S
SB
M2-173(L2)
N6:H3-5
SSB
M2-174(L2)
N6:H3-4
SSB
M2-172(L2)
N6:H3-6S
SB
M2-175(L2)
N6:H3-3 SSB
M2-176(L2)
N6:H3-2
SSB
M2-177(L2)
N6:H3-1
SSB
M2-232(L2)
N6:H4-1
SSB
M2-231(L2)
N6:H4-2
SSB
M2-234(L2)
N6:H2-2
SSB
M2-235(L2)
N6:H2-3
SSB
M2-233(L2)
N6:H2-1
SSB
M2-236(L2)
N6:H2-4
SSB
M2-237(L2)
N6:H2-5
SSB
M2-183(L2)
N6:H1-3
SSB
M2-181(L2)
N6:H1-1
SSB
M2-182(L2)
N6:H1-2
SSB
M2-185(L2)
N6:H1-5
SSB
M2-184(L2)
N6:H1-4
SSB
M2-238(L2)
N6:H2-6
SSB
M2-239(L2)
N6:H2-7
SSB
M2-240(L2)
N6:H2-8
SSB
M2-241(L2)
N6:H2-9
SSB
M2-242(L2)
N6:H2-10
SSB
M2-243(L2)
N6:H2-11
SSB
M2-186(L2)
N6:H1-6
SSB
M2-188(L2)
N6:H1-8
SSB
M2-187(L2)
N6:H1-7
SSB
M2-189(L2)
N6:H1-9
SSB
M2-190(L2)
N6:H1-10
SSB
M2-191(L2)N6:H1-11
SSB
M2-244(L2)
N6:H2-12
SSB
M2-245(L2)
N6:H2-13
SSB
M2-246(L2)
N6:H2-14
SSB
M2-247(L2)
N6:H2-15S
SB
M2-194(L2)
N6:H1-14
SSB
M2-192(L2)
N6:H1-12
SSB
M2-193(L2)N6:H1-13
15A1:1-29(3)
SSB
M2-143(L2)
N5:H2-4
SSB
M2-144(L2)
N5:H2-5
SSB
M2-142(L2)
N5:H2-3
SSB
M2-141(L2)
N5:H2-2
SSB
M2-140(L2)N5:H2-1
SSB
M2-195(L2)
N5:H4-1
SSB
M2-197(L2)
N5:H4-3
SSB
M2-196(L2)
N5:H4-2
SSB
M2-198(L2)
N5:H4-4
SSB
M2-155(L2)
N5:H3-3
SSB
M2-153(L2)
N5:H3-1
SSB
M2-154(L2)
N5:H3-2
D1-32DH
D1-31DH
NAC6 M2-180(L2)
S
M2-179(L2)
NAC5
M3-12S
M3-11
AOMDAMPER CONTROL
M2-230(L2)1AOM
DAMPER CONTROL
M3-131 S
M2-248(L2)
SM2-249(L2)
TAP1
N5:H110K
N5:H210K
N5:H310K
N5:H410K
H910K
N6:H410K
N6:H310K
N6:H110K
N6:H210K
JB
V
V
V
V
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
yco.
ISSU
E LO
G:
Revi
sion
s sh
own
wit
h #
sy
mbo
l
GENERAL NOTES:
1. ALL CEILINGS ARE ASSUMED TO BE 10' A.F.F., SMOOTH CONSTRUCTION UNLESS NOTEDOTHERWISE.2. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORYSETTING OF "FACP" UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING JURISDICTION.3. ALL 520 Hz SOUNDER BASES: DIP SWITCH 9 SHALL BE SET TO 'ON' FOR NAC CIRCUITSUPERVISION.
KEYNOTES:
VERIFY EXACT LOCATION IN FIELD.1
(IN FEET)0
SCALE:
PLANNORTH
1/16" = 1'-0"8 16 32
3RD FLOOR DEVICE PLACEMENT PLAN
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
OTI
CE T
O U
SER:
By
acce
ptin
g or
usi
ng t
his
draw
ing
and/
or t
he in
form
atio
n co
ntai
ned
here
in,
the
user
agr
ees
to t
he f
ollo
win
g te
rms
and
cond
itio
ns:
The
ele
ctro
nic
info
rmat
ion
in t
he d
raw
ing
may
be
subj
ect
to in
tent
iona
l or
unin
tent
iona
l alt
erat
ion.
Any
use
, re
use,
cop
ying
mod
ific
atio
n or
alt
erat
ion
of t
he in
form
atio
n co
ntai
ned
here
in s
hall
be a
t th
e so
le r
isk
of t
he u
ser.
Thi
s in
form
atio
n m
ay n
ot b
e so
ld o
r tr
ansf
erre
d to
any
thi
rd p
arty
, us
ed o
n ot
her
proj
ects
or
addi
tion
s to
the
pro
ject
for
whi
ch it
was
pre
pare
d, o
r us
ed f
or c
ompl
etio
n of
thi
s pr
ojec
t by
any
thi
rd p
arty
. S
impl
exG
rinn
ell d
iscl
aim
s al
l lia
bilit
y fo
r th
e us
e or
reu
se o
fal
tere
d fi
les
by t
he u
ser
or a
ny t
hird
par
ty a
nd s
uch
use
will
be
a us
er's
sole
ris
k. U
ser
shal
l, t
o th
e fu
llest
ext
ent
perm
itte
d by
law
, de
fend
, in
dem
nify
, an
d ho
ld S
impl
exG
rinn
ell h
arm
less
fro
m a
ny a
nd a
ll cl
aim
s fo
r lo
ss,
dam
age
or in
jury
ari
sing
dir
ectl
y or
indi
rect
ly t
here
from
.
FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-1
04.d
wg
9/13
/201
6 9:
52:0
9 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-104
3RD FLOOR DEVICE
PLACEMENT PLAN
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
s:\1-current projects\7555-parkway off central\Fire\FA-104.dwg, FA-104 3RD FLOOR DEVICE PLACEMENT PLAN, 9/13/2016 9:52:07 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
VV
V
V
AA
A
V
V
V
V
V
15
A1:2-29(3)
15
A1:2-28(3)
15A1:2-27(3)
15A1:2-26(3)
15A1:2-31(3)
15A1:2-32(3)
15A1:2-33(3)
15A1:2-35(3)
15A1:2-34(3)
15
A1:2-37(3)
15
A1:2-36(3)
15
A1:2-38(3)
S
M3-77
S
M3-24
2WAY
2WAY
SSB
M3-36
N7:H1-12
SSB
M3-35
N7:H1-11
SSB
M3-38
N7:H1-14
SSB
M3-51
N7:H2-13
SSB
M3-33
N7:H1-9
SSB
M3-49
N7:H2-11
SSB
M3-48
N7:H2-10S
SB
M3-31
N7:H1-7
SSB
M3-30
N7:H1-6
SSB
M3-28
N7:H1-4
SSB
M3-27
N7:H1-3
SSB
M3-45
N7:H2-7
SSB
M3-44N7:H2-6
SSB
M3-25
N7:H1-1
SSB
M3-37
N7:H1-13
SSB
M3-34
N7:H1-10
SSB
M3-50
N7:H2-12
SSB
M3-32N7:H1-8
SSB
M3-47
N7:H2-9
SSB
M3-46
N7:H2-8
SSB
M3-29
N7:H1-5
SSB
M3-26
N7:H1-2
SSB
M3-98
N7:H4-5
SSB
M3-100
N7:H4-7S
SB
M3-99
N7:H4-6
SSB
M3-101
N7:H4-8 SSB
M3-102
N7:H4-9
SSB
M3-103
N7:H4-10
SSB
M3-104
N7:H4-11
SSB
M3-105
N7:H4-12 SSB
M3-106
N7:H4-13S
SB
M3-107
H10-1S
SB
M3-109
H10-3
SSB
M3-108
H10-2
SSB
M3-110
H10-4
SSB
M3-111
H10-5S
SB
M3-113
H10-7SSB
M3-112
H10-6
SSB
M3-114
H10-8
SSB
M3-115
H10-9
SSB
M3-116
N8:H4-15S
SB
M3-117
N8:H4-14
SSB
M3-118
N8:H4-13
SSB
M3-119
N8:H4-12
SSB
M3-120
N8:H4-11S
SB
M3-121
N8:H4-10
SSB
M3-122
N8:H4-9S
SB
M3-124
N8:H4-7S
SB
M3-123
N8:H4-8
SSB
M3-125
N8:H4-6
SSB
M3-127
N8:H4-4
SSB
M3-128
N8:H4-3
SSB
M3-126
N8:H4-5
SSB
M3-56
N7:H3-5S
SB
M3-57
N7:H3-6S
SB
M3-59
N7:H3-8
SSB
M3-60
N7:H3-9
SSB
M3-61
N7:H3-10
SSB
M3-55
N7:H3-4
SSB
M3-58
N7:H3-7
SSB
M3-62
N7:H3-11S
SB
M3-63
N7:H3-12S
SB
M3-64
N8:H3-13
SSB
M3-66
N8:H3-11
SSB
M3-65
N8:H3-12 SSB
M3-67
N8:H3-10
SSB
M3-69
N8:H3-8
SSB
M3-68
N8:H3-9S
SB
M3-70
N8:H3-7S
SB
M3-72
N8:H3-5
SSB
M3-73
N8:H3-4
SSB
M3-71
N8:H3-6S
SB
M3-74
N8:H3-3 SSB
M3-75
N8:H3-2
SSB
M3-76
N8:H3-1S
SB
M3-130
N8:H4-1
SSB
M3-129
N8:H4-2
SSB
M3-133
N8:H2-2
SSB
M3-134
N8:H2-3
SSB
M3-132N8:H2-1
SSB
M3-135N8:H2-4
SSB
M3-136
N8:H2-5
SSB
M3-82
N8:H1-3
SSB
M3-80
N8:H1-1
SSB
M3-81
N8:H1-2
SSB
M3-84
N8:H1-5
SSB
M3-83
N8:H1-4
SSB
M3-137
N8:H2-6
SSB
M3-138
N8:H2-7
SSB
M3-139
N8:H2-8
SSB
M3-140
N8:H2-9
SSB
M3-141
N8:H2-10
SSB
M3-142
N8:H2-11
SSB
M3-85
N8:H1-6
SSB
M3-87
N8:H1-8
SSB
M3-86
N8:H1-7
SSB
M3-88
N8:H1-9
SSB
M3-89
N8:H1-10
SSB
M3-90
N8:H1-11
SSB
M3-143
N8:H2-12
SSB
M3-144
N8:H2-13
SSB
M3-145
N8:H2-14
SSB
M3-146
N8:H2-15S
SB
M3-93
N8:H1-14
SSB
M3-91
N8:H1-12
SSB
M3-92N8:H1-13
15A1:2-30(3)
SSB
M3-42
N7:H2-4
SSB
M3-43
N7:H2-5
SSB
M3-41
N7:H2-3
SSB
M3-40
N7:H2-2
SSB
M3-39
N7:H2-1
SSB
M3-94
N7:H4-1
SSB
M3-96
N7:H4-3
SSB
M3-95
N7:H4-2
SSB
M3-97
N7:H4-4
SSB
M3-54
N7:H3-3
SSB
M3-52
N7:H3-1
SSB
M3-53
N7:H3-2
D1-42DH
D1-41DH
NAC8M3-79
S
M3-78
NAC7M3-22
SM3-21
N8:H110K
N8:H210K
N8:H310K
N8:H410K
N7:H310K
N7:H110K
N7:H210K
N7:H410K
AOMDAMPER CONTROL
M3-231 AOM
DAMPER CONTROL
M3-1311
H1010K
S
M3-147
S
M3-148
TAP1JB
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
yco.
ISSU
E LO
G:
Revi
sion
s sh
own
wit
h #
sy
mbo
l
GENERAL NOTES:
1. ALL CEILINGS ARE ASSUMED TO BE 10' A.F.F., SMOOTH CONSTRUCTION UNLESS NOTEDOTHERWISE.2. ALL NOTIFICATION APPLIANCE CANDELA INTENSITY PLUGS SHALL RETAIN THEIR FACTORYSETTING OF "FACP" UNLESS OTHERWISE DIRECTED BY THE AUTHORITY HAVING JURISDICTION.3. ALL 520 Hz SOUNDER BASES: DIP SWITCH 9 SHALL BE SET TO 'ON' FOR NAC CIRCUITSUPERVISION.
KEYNOTES:
VERIFY EXACT LOCATION IN FIELD.1
(IN FEET)0
SCALE:
PLANNORTH
1/16" = 1'-0"8 16 32
4TH FLOOR DEVICE PLACEMENT PLAN
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
OTI
CE T
O U
SER:
By
acce
ptin
g or
usi
ng t
his
draw
ing
and/
or t
he in
form
atio
n co
ntai
ned
here
in,
the
user
agr
ees
to t
he f
ollo
win
g te
rms
and
cond
itio
ns:
The
ele
ctro
nic
info
rmat
ion
in t
he d
raw
ing
may
be
subj
ect
to in
tent
iona
l or
unin
tent
iona
l alt
erat
ion.
Any
use
, re
use,
cop
ying
mod
ific
atio
n or
alt
erat
ion
of t
he in
form
atio
n co
ntai
ned
here
in s
hall
be a
t th
e so
le r
isk
of t
he u
ser.
Thi
s in
form
atio
n m
ay n
ot b
e so
ld o
r tr
ansf
erre
d to
any
thi
rd p
arty
, us
ed o
n ot
her
proj
ects
or
addi
tion
s to
the
pro
ject
for
whi
ch it
was
pre
pare
d, o
r us
ed f
or c
ompl
etio
n of
thi
s pr
ojec
t by
any
thi
rd p
arty
. S
impl
exG
rinn
ell d
iscl
aim
s al
l lia
bilit
y fo
r th
e us
e or
reu
se o
fal
tere
d fi
les
by t
he u
ser
or a
ny t
hird
par
ty a
nd s
uch
use
will
be
a us
er's
sole
ris
k. U
ser
shal
l, t
o th
e fu
llest
ext
ent
perm
itte
d by
law
, de
fend
, in
dem
nify
, an
d ho
ld S
impl
exG
rinn
ell h
arm
less
fro
m a
ny a
nd a
ll cl
aim
s fo
r lo
ss,
dam
age
or in
jury
ari
sing
dir
ectl
y or
indi
rect
ly t
here
from
.
FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-1
05.d
wg
9/13
/201
6 9:
52:1
5 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-105
4TH FLOOR DEVICE
PLACEMENT PLAN
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
s:\1-current projects\7555-parkway off central\Fire\FA-105.dwg, FA-105 4TH FLOOR DEVICE PLACEMENT PLAN, 9/13/2016 9:52:13 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
Doo
r -
D1
Doo
r -
D1
DD
IDN
et -
M1
IDN
et -
M2(
L1)
IDN
et -
M3 ID
Net
- M
1M
M
M
M
NAC
- A
1:1(
2)
NAC
- A
1:1(
1)
Hor
n -
H3
Hor
n -
N1:
H1
Hor
n -
N1:
H2
Hor
n -
N1:
H3
Hor
n -
N1:
H4
Hor
n -
N2:
H1
Hor
n -
N2:
H2
Hor
n -
N2:
H3
Hor
n -
N2:
H4
NAC
- A
1:2(
1)
NAC
- A
1:2(
2)
Hor
n -
N3:
H1
Hor
n -
N3:
H2
Hor
n -
N3:
H3
Hor
n -
N3:
H4
Hor
n -
N4:
H1
Hor
n -
N4:
H2
Hor
n -
N4:
H3
Hor
n -
N4:
H4
NAC
- A
1:3(
1)
NAC
- A
1:3(
2)
41
00
ES
LOCA
TED
IN M
ECH
010. .
FA
CP
2 PA
IR T
ELCO
RJ-3
1X J
ACK
SUPP
LIED
BY
ECTO
TEL
EPH
ON
EM
OU
NTI
NG
BO
ARD
TO T
ELEP
HO
NE
MO
UN
TIN
G B
OAR
D
2 PA
IR T
ELCO
RJ-3
1X J
ACK
SUPP
LIED
BY
EC
LIN
E 2
LIN
E 1
14' R
J45
CABL
E (2
080-
9047
) SU
PPLI
EDW
ITH
PAN
EL
14' R
J45
CABL
E (2
080-
9047
) SU
PPLI
EDW
ITH
PAN
EL
120
VOLT
AC
Hor
n -
H3
AA
V
A
V
A
VV
V
V
VV
V
V
Hor
n -
H4
VV
VV
VV
VV
AA
V
Hor
n -
H4
FA-1
01FA
-101
S
M1-1
MEC
H 010
S
M1-2
LOBB
Y 00
7
F
M1-3
STAI
R "C
" 006
S
M1-4
ELEV
EQUIP
009
AOM
PRI M1-
5
ELEV
EQUIP
009R
TO ELEVCONTROLLER
AOM
ALT M1-
6
ELEV
EQUIP
009R
TO ELEVCONTROLLER
AOM
FIREH
AT M1-7
ELEV
EQUIP
009R
TO ELEVCONTROLLER
AIM
M1-8
MEC
H 113
WF
Z
6.8K
AIM
M1-9
MEC
H 113
WF
Z
6.8K
AIM
M1-10
MEC
H 113
WF
Z
6.8K
AIM
M1-11
MEC
H 113
WF
Z
6.8K
AIM
M1-12
MEC
H 113
VS
Z
6.8K
AIM
M1-13
MEC
H 113
VS
Z
6.8K
AIM
M1-14
MEC
H 113
VS
Z
6.8K
AIM
M1-15
MEC
H 113
VS
Z
6.8K
AIM
M1-16
MEC
H 113
VS
Z
6.8K
AIM
M1-17
MEC
H 113
VS
Z
6.8K
AIM
M1-18
MEC
H 113
VS
Z
6.8K
AIM
M1-19
MEC
H 113
VS
Z
6.8K
S
M1-20
LOBB
Y 01
4
S
M1-21
ELEV
. EQUIP
017
AOM
PRI M1-
22
ELEV
. EQUIP
017R
TO ELEVCONTROLLER
AOM
ALT M1-
23
ELEV
. EQUIP
017R
TO ELEVCONTROLLER
AOM
FIREH
AT M1-24
ELEV
. EQUIP
017R
TO ELEVCONTROLLER
75
A1:1
-6(2
)
GAR
AGE 0
01
75
A1:1
-7(2
)
GAR
AGE 0
01
75
A1:1
-8(2
)
GAR
AGE 0
01
75
A1:1
-9(2
)
GAR
AGE 0
01
75
A1:1
-10(
2)
GAR
AGE 0
01
75
A1:1
-11(
2)
GAR
AGE 0
01
75
A1:1
-12(
2)
GAR
AGE 0
01
75
A1:1
-13(
2)
GAR
AGE 0
01
75
A1:1
-14(
2)
GAR
AGE 0
01
75
A1:1
-15(
2)
GAR
AGE 0
01
75
A1:1
-16(
2)
GAR
AGE 0
01
75
A1:1
-1(1
)
GAR
AGE 0
01
75
A1:1
-2(1
)
GAR
AGE 0
01
75
A1:1
-3(1
)
GAR
AGE 0
01
75
A1:1
-4(1
)
GAR
AGE 0
01
75
A1:1
-5(1
)
GAR
AGE 0
01
FA-1
02FA
-102
D1-
11DH
D1-
12DH
NAC
1
M1-31
ELEC
T RO
OM 165
S
M1-32
ELEC
T RO
OM 165
AOM
DAMPE
R CO
NTROL M1-
33
BY
CONF
. ROOM 16
0R
TO WESTDAMPERCONTROL
S
M1-34
LOBB
Y 15
8
SSB
M1-35
2 BE
DROOM U
NIT
136
N1:H1-
1
SSB
M1-36
2 BE
DROOM U
NIT
136
N1:H1-
2
SSB
M1-37
2 BE
DROOM U
NIT
136
N1:H1-
3
SSB
M1-38
2 BE
DROOM U
NIT
138
N1:H1-
4
SSB
M1-39
2 BE
DROOM U
NIT
138
N1:H1-
5
SSB
M1-40
2 BE
DROOM U
NIT
138
N1:H1-
6
SSB
M1-41
2 BE
DROOM U
NIT
140
N1:H1-
7
SSB
M1-42
2 BE
DROOM U
NIT
140
N1:H
1-8
SSB
M1-43
2 BE
DROOM U
NIT
140
N1:H
1-9
SSB
M1-44
1 BE
DROOM U
NIT
143
N1:H
1-10
SSB
M1-45
1 BE
DROOM U
NIT
143
N1:H
1-11
SSB
M1-46
STUDI
O UNI
T 13
4
N1:H
2-1
SSB
M1-47
STUDI
O UNI
T 13
5
N1:H
2-2
SSB
M1-48
1 BE
DROOM U
NIT
137
N1:H
2-3
SSB
M1-49
1 BE
DROOM U
NIT 13
7
N1:H
2-4
SSB
M1-50
1 BE
DROOM U
NIT
139
N1:H
2-5
SSB
M1-51
1 BE
DROOM U
NIT
139
N1:H
2-6
SSB
M1-52
2 BE
DROOM U
NIT
141
N1:H
2-7
SSB
M1-53
2 BE
DROOM U
NIT 14
1
N1:H
2-8
SSB
M1-54
2 BE
DROOM U
NIT 14
1
N1:H
2-9
SSB
M1-55
2 BE
DROOM U
NIT
142
N1:H
2-10
SSB
M1-56
2 BE
DROOM U
NIT
142
N1:H
2-11
SSB
M1-57
2 BE
DROOM U
NIT
142
N1:H
2-12
SSB
M1-58
1 BE
DROOM U
NIT
131
N1:H3-
1
SSB
M1-59
1 BE
DROOM U
NIT
131
N1:H
3-2
SSB
M1-60
3 BE
DROOM U
NIT
129
N1:H
3-3
SSB
M1-61
3 BE
DROOM U
NIT
129
N1:H
3-4
SSB
M1-62
3 BE
DROOM U
NIT
129
N1:H3-
5
SSB
M1-63
3 BE
DROOM U
NIT
129
N1:H3-
6
SSB
M1-64
2 BE
DROOM U
NIT
126
N1:H3-
7
SSB
M1-65
2 BE
DROOM U
NIT
126
N1:H3-
8
SSB
M1-66
2 BE
DROOM U
NIT
126
N1:H3-
9
SSB
M1-67
2 BE
DROOM U
NIT
124
N2:H
3-13
SSB
M1-68
2 BE
DROOM U
NIT
124
N2:H
3-12
SSB
M1-69
2 BE
DROOM U
NIT
124
N2:H
3-11
SSB
M1-70
2 BE
DROOM U
NIT
121
N2:H
3-10
SSB
M1-71
2 BE
DROOM U
NIT
121
N2:H
3-9
SSB
M1-72
2 BE
DROOM U
NIT
121
N2:H
3-8
SSB
M1-73
2 BE
DROOM U
NIT
119
N2:H
3-7
SSB
M1-74
2 BE
DROOM U
NIT 11
9
N2:H
3-6
SSB
M1-75
2 BE
DROOM U
NIT 11
9
N2:H
3-5
SSB
M1-76
2 BE
DROOM U
NIT
117
N2:H
3-4
SSB
M1-77
2 BE
DROOM U
NIT
117
N2:H
3-3
SSB
M1-78
2 BE
DROOM U
NIT
117
N2:H
3-2
SSB
M1-79
STUDI
O UNI
T 11
5
N2:H
3-1
S
M1-80
ELEV
LOBB
Y 16
7
AOM
DAMPE
R CO
NTROL M1-81
BY
STORA
GE 168R
TO EASTDAMPERCONTROL
S
M1-82
ELEC
T/MEC
H 170
NAC
2
M1-83
ELEC
T/MEC
H 170
SSB
M1-84
2 BE
DROOM U
NIT
110
N2:H
1-1
SSB
M1-85
2 BE
DROOM U
NIT
110
N2:H
1-2
SSB
M1-86
2 BE
DROOM U
NIT
110
N2:H
1-3
SSB
M1-87
1 BE
DROOM U
NIT
108
N2:H
1-4
SSB
M1-88
1 BE
DROOM U
NIT
108
N2:H
1-5
SSB
M1-89
2 BE
DROOM U
NIT
106
N2:H
1-6
SSB
M1-90
2 BE
DROOM U
NIT
106
N2:H
1-7
SSB
M1-91
2 BE
DROOM U
NIT
106
N2:H
1-8
SSB
M1-92
1 BE
DROOM U
NIT
104
N2:H
1-9
SSB
M1-93
1 BE
DROOM U
NIT
104
N2:H
1-10
SSB
M1-94
STUDI
O UNI
T 10
2
N2:H
1-11
SSB
M1-95
2 BE
DROOM U
NIT
100
N2:H
1-12
SSB
M1-96
2 BE
DROOM U
NIT
100
N2:H
1-13
SSB
M1-97
2 BE
DROOM U
NIT
100
N2:H
1-14
SSB
M1-98
2 BE
DROOM U
NIT
133
N1:H
4-1
SSB
M1-99
2 BE
DROOM U
NIT
133
N1:H
4-2
SSB
M1-10
0
2 BE
DROOM U
NIT
133
N1:H
4-3
SSB
M1-10
1
1 BE
DROOM U
NIT
132
N1:H
4-4
SSB
M1-10
2
1 BE
DROOM U
NIT 13
2
N1:H
4-5
SSB
M1-10
3
1 BE
DROOM U
NIT
130
N1:H
4-6
SSB
M1-10
4
1 BE
DROOM U
NIT
130
N1:H
4-7
SSB
M1-10
5
1 BE
DROOM U
NIT
128
N1:H
4-8
SSB
M1-10
6
1 BE
DROOM U
NIT
128
N1:H
4-9
SSB
M1-10
7
STUDI
O UNI
T 12
7
N1:H
4-10
SSB
M1-10
8
2 BE
DROOM U
NIT
125
H3-1
SSB
M1-10
9
2 BE
DROOM U
NIT
125
H3-2
SSB
M1-11
0
2 BE
DROOM U
NIT
125
H3-3
SSB
M1-11
1
2 BE
DROOM U
NIT
123
H3-4
SSB
M1-11
2
2 BE
DROOM U
NIT
123
H3-5
SSB
M1-11
3
2 BE
DROOM U
NIT
123
H3-6
SSB
M1-11
4
1 BE
DROOM U
NIT 12
2H3-
7
SSB
M1-11
5 1
BEDR
OOM UNIT
122
H3-8
SSB
M1-11
6
1 BE
DROOM U
NIT 12
0
H3-9
SSB
M1-11
7
1 BE
DROOM U
NIT 12
0
H3-10
SSB
M1-11
8
1 BE
DROOM U
NIT 11
8
N2:H
4-13
SSB
M1-11
9
1 BE
DROOM U
NIT 11
8
N2:H
4-12
SSB
M1-12
0
1 BE
DROOM U
NIT 11
6
N2:H
4-11
SSB
M1-12
1
1 BE
DROOM U
NIT
116
N2:H
4-10
SSB
M1-12
2
2 BE
DROOM U
NIT 11
4
N2:H4-
9
SSB
M1-12
3
2 BE
DROOM U
NIT
114
N2:H4-
8
SSB
M1-12
4
2 BE
DROOM U
NIT
114
N2:H4-
7
SSB
M1-12
5
3 BE
DROOM U
NIT
113
N2:H4-
6
SSB
M1-12
6
3 BE
DROOM U
NIT
113
N2:H4-
5
SSB
M1-12
7
3 BE
DROOM U
NIT
113
N2:H4-
4S
SB
M1-12
8
3 BE
DROOM U
NIT
113
N2:H4-
3
SSB
M1-12
9
1 BE
DROOM U
NIT
112
N2:H
4-2
SSB
M1-13
0
1 BE
DROOM U
NIT
112
N2:H
4-1
SSB
M1-13
1
1 BE
DROOM U
NIT
111
N2:H2-
1
SSB
M1-13
2
1 BE
DROOM U
NIT
111
N2:H
2-2
SSB
M1-13
3
2 BE
DROOM U
NIT
109
N2:H
2-3
SSB
M1-13
4
2 BE
DROOM U
NIT
109
N2:H
2-4
SSB
M1-13
5
2 BE
DROOM U
NIT
109
N2:H2-
5
SSB
M1-13
6
1 BE
DROOM U
NIT 10
7
N2:H2-
6
SSB
M1-13
7
1 BE
DROOM U
NIT
107
N2:H2-
7
SSB
M1-13
8
1 BE
DROOM U
NIT
105
N2:H2-
8
SSB
M1-13
9
1 BE
DROOM U
NIT
105
N2:H2-
9
SSB
M1-14
0
1 BE
DROOM U
NIT
103
N2:H
2-10
SSB
M1-14
1
1 BE
DROOM U
NIT
103
N2:H
2-11
SSB
M1-14
2
3 BE
DROOM U
NIT
101
N2:H
2-12
SSB
M1-14
3
3 BE
DROOM U
NIT
101
N2:H
2-13
SSB
M1-14
4
3 BE
DROOM U
NIT
101
N2:H
2-14
SSB
M1-14
5
3 BE
DROOM U
NIT
101
N2:H
2-15
S
M1-14
6
CORR
IDOR
144
S
M1-14
7
CORR
IDOR
144
15
A1:2
-1(1
)
CORR
IDOR
144
15
A1:2
-2(1
)
CORR
IDOR
144
15
A1:2
-3(1
)
CORR
IDOR
144
15
A1:2
-4(1
)
CORR
IDOR
144
15
A1:2
-5(1
)
CONF.
ROOM 16
0
75
A1:2
-6(1
)
COMMUNI
TY R
OOM 153
15
A1:2
-7(1
)
THEA
TRE 1
52
15
A1:2
-8(1
)
WOMEN
148
15
A1:2
-9(1
)
MEN
149
15
A1:2
-10(
1)
SHOWER
150
30
A1:2
-11(
1)
FITN
ESS C
ENTE
R 14
7
15
A1:2
-12(
1)
GRO
UP FIT
NESS 1
46
15
A1:2
-13(
1)
STUDI
O UNI
T 13
5
185
A1:2
-14(
1)
STUDI
O UNI
T 13
5
15
A1:2
-23(
1)
1 BE
DROOM U
NIT
128
185
A1:2
-24(
1)
1 BE
DROOM U
NIT
128
15
A1:2
-15(
2)
CORR
IDOR
144
15
A1:2
-16(
2)
CORR
IDOR
144
15
A1:2
-17(
2)
CORR
IDOR
144
15
A1:2
-18(
2)
CORR
IDOR
144
15
A1:2
-19(
2)
CORR
IDOR
144
15
A1:2
-20(
2)
CORR
IDOR
144
15
A1:2
-21(
2)
CORR
IDOR
144
15
A1:2
-22(
2)
STORA
GE 168
FA-1
03FA
-103
D1-
21DH
D1-
22DH
S
M2-1(
L1)
CORR
IDOR
244
SSB
M2-2(
L1)
2 BE
DROOM U
NIT
240
N3:H
1-1
SSB
M2-3(
L1)
2 BE
DROOM U
NIT
240
N3:H
1-2
SSB
M2-4(
L1)
2 BE
DROOM U
NIT
240
N3:H
1-3
SSB
M2-5(
L1)
2 BE
DROOM U
NIT
243
N3:H
1-4
SSB
M2-6(
L1)
2 BE
DROOM U
NIT
243
N3:H
1-5
SSB
M2-7(
L1)
2 BE
DROOM U
NIT 24
3
N3:H
1-6
SSB
M2-8(
L1)
2 BE
DROOM U
NIT
245
N3:H
1-7
SSB
M2-9(
L1)
2 BE
DROOM U
NIT
245
N3:H
1-8
SSB
M2-10
(L1)
2 BE
DROOM U
NIT
245
N3:H
1-9
SSB
M2-11
(L1)
1 BE
DROOM U
NIT
248
N3:H
1-10
SSB
M2-12
(L1)
1 BE
DROOM U
NIT
248
N3:H
1-11
SSB
M2-13
(L1)
2 BE
DROOM U
NIT
247
N3:H
1-12
SSB
M2-14
(L1)
2 BE
DROOM U
NIT 24
7
N3:H
1-13
SSB
M2-15
(L1)
2 BE
DROOM U
NIT 24
7
N3:H
1-14
SSB
M2-16
(L1)
STUDI
O UNI
T 23
7
N3:H
2-1
SSB
M2-17
(L1)
1 BE
DROOM U
NIT
238
N3:H
2-2
SSB
M2-18
(L1)
1 BE
DROOM U
NIT
238
N3:H
2-3
SSB
M2-19
(L1)
1 BE
DROOM U
NIT
239
N3:H
2-4
SSB
M2-20
(L1)
1 BE
DROOM U
NIT
239
N3:H
2-5
SSB
M2-21
(L1)
STUDI
O UNI
T 24
1
N3:H
2-6
SSB
M2-22
(L1)
1 BE
DROOM U
NIT 24
2
N3:H
2-7
SSB
M2-23
(L1)
1 BE
DROOM U
NIT 24
2
N3:H
2-8
SSB
M2-24
(L1)
1 BE
DROOM U
NIT
244
N3:H
2-9
SSB
M2-25
(L1)
1 BE
DROOM U
NIT
244
N3:H
2-10
SSB
M2-26
(L1)
2 BE
DROOM U
NIT
246
N3:H
2-11
SSB
M2-27
(L1)
2 BE
DROOM U
NIT
246
N3:H
2-12
SSB
M2-28
(L1)
2 BE
DROOM U
NIT
246
N3:H
2-13
SSB
M2-29
(L1)
2 BE
DROOM U
NIT
233
N3:H3-
1
SSB
M2-30
(L1)
2 BE
DROOM U
NIT
233
N3:H3-
2
SSB
M2-31
(L1)
2 BE
DROOM U
NIT
233
N3:H
3-3
SSB
M2-32
(L1)
1 BE
DROOM U
NIT
231
N3:H
3-4
SSB
M2-33
(L1)
1 BE
DROOM U
NIT
231
N3:H
3-5
SSB
M2-34
(L1)
3 BE
DROOM U
NIT
229
N3:H3-
6
SSB
M2-35
(L1)
3 BE
DROOM U
NIT
229
N3:H3-
7
SSB
M2-36
(L1)
3 BE
DROOM U
NIT
229
N3:H3-
8
SSB
M2-37
(L1)
3 BE
DROOM U
NIT 22
9
N3:H3-
9
SSB
M2-38
(L1)
2 BE
DROOM U
NIT
226
N3:H
3-10
SSB
M2-39
(L1)
2 BE
DROOM U
NIT
226
N3:H
3-11
SSB
M2-40
(L1)
2 BE
DROOM U
NIT 22
6
N3:H
3-12
SSB
M2-41
(L1)
2 BE
DROOM U
NIT
224
N4:H
3-13
SSB
M2-42
(L1)
2 BE
DROOM U
NIT
224
N4:H3-
12
SSB
M2-43
(L1)
2 BE
DROOM U
NIT
224
N4:H
3-11
SSB
M2-44
(L1)
2 BE
DROOM U
NIT
221
N4:H
3-10
SSB
M2-45
(L1)
2 BE
DROOM U
NIT
221
N4:H
3-9
SSB
M2-46
(L1)
2 BE
DROOM U
NIT
221
N4:H
3-8
SSB
M2-47
(L1)
2 BE
DROOM U
NIT
219
N4:H
3-7
SSB
M2-48
(L1)
2 BE
DROOM U
NIT
219
N4:H
3-6
SSB
M2-49
(L1)
2 BE
DROOM U
NIT 21
9
N4:H
3-5
SSB
M2-50
(L1)
2 BE
DROOM U
NIT
217
N4:H
3-4
SSB
M2-51
(L1)
2 BE
DROOM U
NIT
217
N4:H
3-3
SSB
M2-52
(L1)
2 BE
DROOM U
NIT
217
N4:H
3-2
SSB
M2-53
(L1)
STUDI
O UNI
T 21
5
N4:H
3-1
S
M2-54
(L1)
ELEV
LOBB
Y 26
0
S
M2-55
(L1)
ELEC
T 26
4
NAC
4
M2-56
(L1)
ELEC
T 26
4
SSB
M2-57
(L1)
2 BE
DROOM U
NIT 21
0
N4:H
1-1
SSB
M2-58
(L1)
2 BE
DROOM U
NIT
210
N4:H
1-2
SSB
M2-59
(L1)
2 BE
DROOM U
NIT
210
N4:H
1-3
SSB
M2-60
(L1)
1 BE
DROOM U
NIT 20
8
N4:H
1-4
SSB
M2-61
(L1)
1 BE
DROOM U
NIT
208
N4:H
1-5
SSB
M2-62
(L1)
2 BE
DROOM U
NIT
206
N4:H
1-6
SSB
M2-63
(L1)
2 BE
DROOM U
NIT
206
N4:H
1-7
SSB
M2-64
(L1)
2 BE
DROOM U
NIT
206
N4:H
1-8
SSB
M2-65
(L1)
1 BE
DROOM U
NIT
204
N4:H
1-9
SSB
M2-66
(L1)
1 BE
DROOM U
NIT
204
N4:H
1-10
SSB
M2-67
(L1)
STUDI
O UNI
T 20
2
N4:H
1-11
SSB
M2-68
(L1)
2 BE
DROOM U
NIT
200
N4:H
1-12
SSB
M2-69
(L1)
2 BE
DROOM U
NIT
200
N4:H
1-13
SSB
M2-70
(L1)
2 BE
DROOM U
NIT
200
N4:H
1-14
SSB
M2-71
(L1)
2 BE
DROOM U
NIT
236
N3:H
4-1
SSB
M2-72
(L1)
2 BE
DROOM U
NIT
236
N3:H
4-2
SSB
M2-73
(L1)
2 BE
DROOM U
NIT
236
N3:H
4-3
SSB
M2-74
(L1)
STUDI
O UNI
T 23
5
N3:H
4-4
SSB
M2-75
(L1)
2 BE
DROOM U
NIT 23
4
N3:H
4-5
SSB
M2-76
(L1)
2 BE
DROOM U
NIT 23
4
N3:H
4-6
SSB
M2-77
(L1)
2 BE
DROOM U
NIT
234
N3:H
4-7
SSB
M2-78
(L1)
1 BE
DROOM U
NIT 23
2
N3:H
4-8
SSB
M2-79
(L1)
1 BE
DROOM U
NIT
232
N3:H
4-9
SSB
M2-80
(L1)
1 BE
DROOM U
NIT 23
0
N3:H
4-10
SSB
M2-81
(L1)
1 BE
DROOM U
NIT 23
0
N3:H
4-11
SSB
M2-82
(L1)
1 BE
DROOM U
NIT
228
N3:H
4-12
SSB
M2-83
(L1)
1 BE
DROOM U
NIT
228
N3:H
4-13
SSB
M2-84
(L1)
STUDI
O UNI
T 22
7H4-
1
SSB
M2-85
(L1)
2 BE
DROOM U
NIT
225
H4-2
SSB
M2-86
(L1)
2 BE
DROOM U
NIT
225
H4-3
SSB
M2-87
(L1)
2 BE
DROOM U
NIT
225
H4-4
SSB
M2-88
(L1)
2 BE
DROOM U
NIT
223
H4-5
SSB
M2-89
(L1)
2 BE
DROOM U
NIT
223
H4-6
SSB
M2-90
(L1)
2 BE
DROOM U
NIT
223
H4-7
SSB
M2-91
(L1)
1 BE
DROOM U
NIT
222
H4-8
SSB
M2-92
(L1)
1 BE
DROOM U
NIT
222
H4-9
SSB
M2-93
(L1)
1 BE
DROOM U
NIT 22
0
N4:H
4-15
SSB
M2-94
(L1)
1 BE
DROOM U
NIT
220
N4:H4-
14
SSB
M2-95
(L1)
1 BE
DROOM U
NIT
218
N4:H
4-13
SSB
M2-96
(L1)
1 BE
DROOM U
NIT
218
N4:H
4-12
SSB
M2-97
(L1)
1 BE
DROOM U
NIT
216
N4:H
4-11
SSB
M2-98
(L1)
1 BE
DROOM U
NIT
216
N4:H
4-10
SSB
M2-99
(L1)
2 BE
DROOM U
NIT
214
N4:H
4-9
SSB
M2-10
0(L1
)
2 BE
DROOM U
NIT
214
N4:H
4-8
SSB
M2-10
1(L1
)
2 BE
DROOM U
NIT
214
N4:H
4-7
SSB
M2-10
2(L1
)
3 BE
DROOM U
NIT 21
3
N4:H
4-6
SSB
M2-10
3(L1
)
3 BE
DROOM U
NIT
213
N4:H
4-5
SSB
M2-10
4(L1
)
3 BE
DROOM U
NIT
213
N4:H
4-4
SSB
M2-10
5(L1
)
3 BE
DROOM U
NIT
213
N4:H
4-3
SSB
M2-10
6(L1
)
1 BE
DROOM U
NIT
212
N4:H
4-2
SSB
M2-10
7(L1
)
1 BE
DROOM U
NIT
212
N4:H
4-1
SSB
M2-10
8(L1
)
1 BE
DROOM U
NIT
211
N4:H2-
1
SSB
M2-10
9(L1
)
1 BE
DROOM U
NIT
211
N4:H2-
2
SSB
M2-11
0(L1
)
2 BE
DROOM U
NIT
209
N4:H
2-3
SSB
M2-11
1(L1
)
2 BE
DROOM U
NIT
209
N4:H
2-4
SSB
M2-11
2(L1
)
2 BE
DROOM U
NIT
209
N4:H
2-5
SSB
M2-11
3(L1
)
1 BE
DROOM U
NIT 20
7
N4:H2-
6
SSB
M2-11
4(L1
)
1 BE
DROOM U
NIT 20
7
N4:H2-
7
SSB
M2-11
5(L1
)
1 BE
DROOM U
NIT
205
N4:H2-
8
SSB
M2-11
6(L1
)
1 BE
DROOM U
NIT
205
N4:H2-
9
SSB
M2-11
7(L1
)
1 BE
DROOM U
NIT
203
N4:H
2-10
SSB
M2-11
8(L1
)
1 BE
DROOM U
NIT
203
N4:H
2-11
SSB
M2-11
9(L1
)
3 BE
DROOM U
NIT
201
N4:H
2-12
SSB
M2-12
0(L1
)
3 BE
DROOM U
NIT
201
N4:H
2-13
SSB
M2-12
1(L1
)
3 BE
DROOM U
NIT
201
N4:H
2-14
SSB
M2-12
2(L1
)
3 BE
DROOM U
NIT
201
N4:H
2-15
AOM
DAMPE
R CO
NTRO
L
M2-12
3(L1
)
CORR
IDOR
244R
TO DAMPERCONTROL
S
M2-12
4(L1
)
CORR
IDOR
244
S
M3-1
ELEC
T 25
9
NAC
3
M3-2
ELEC
T 25
9
AOM
DAMPE
R CO
NTROL M3-
3
CORR
IDOR
244R
TO DAMPERCONTROL
S
M3-4
FLOOR
LOBB
Y 25
6
15
A1:3
-1(1
)
CORR
IDOR
244
15
A1:3
-2(1
)
CORR
IDOR
244
15
A1:3
-3(1
)
CORR
IDOR
244
15
A1:3
-4(1
)
CORR
IDOR
244
15
A1:3
-5(1
)
STORA
GE 258
15
A1:3
-6(1
)
CORR
IDOR
244
15
A1:3
-7(1
)
3 BE
DROOM U
NIT
229
185
A1:3
-8(1
)
3 BE
DROOM U
NIT
229
185
A1:3
-9(1
)
3 BE
DROOM U
NIT
229
185
A1:3
-10(
1)
3 BE
DROOM U
NIT
229
15
A1:3
-11(
1)
3 BE
DROOM U
NIT
229
15
A1:3
-16(
1)
CORR
IDOR
244
15
A1:3
-17(
1)
CORR
IDOR
244
15
A1:3
-18(
1)
STORA
GE 262
15
A1:3
-19(
1)
2 BE
DROOM U
NIT
210
185
A1:3
-20(
1)
2 BE
DROOM U
NIT
210
185
A1:3
-21(
1)
2 BE
DROOM U
NIT
210
15
A1:3
-22(
1)
2 BE
DROOM U
NIT
210
15
A1:3
-12(
2)
CORR
IDOR
244
15
A1:3
-13(
2)
CORR
IDOR
244
15
A1:3
-14(
2)
CORR
IDOR
244
15
A1:3
-15(
2)
CORR
IDOR
244
FA-1
04FA
-104
N1:
H1
10K
N1:
H2
10K
N1:
H3
10K
N1:
H4
10K
N2:
H1
10K
N2:
H2
10K
N2:
H3
10K
N2:
H4
10K
H3
10K
N3:
H1
10K
N3:
H2
10K
N3:
H3
10K
N3:
H4
10K
N4:
H1
10K
N4:
H2
10K
N4:
H3
10K
N4:
H4
10K
H4
10K
2A,D
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2A,D
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4A,D
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4A,D
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6A,D
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6A,D
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FAA
VEST
. 00
5B P
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
yco.
ISSU
E LO
G:
Revi
sion
s sh
own
wit
h #
sy
mbo
l
RISER NOTES:
1. RISER IS A DIAGRAMMATICAL REPRESENTATION OF THE SYSTEMARCHITECTURE IN BUILDING CROSS SECTION. IT IS NOT INTENDEDTO REPRESENT ACTUAL WIRE RUNS, PANEL CONFIGURATIONS ORPENETRATIONS. REFER TO FLOOR PLANS AND PANEL DETAILS FORCIRCUIT ROUTING AND CONFIGURATION INFORMATION.
2. ALL WIRING SHALL COMPLY WITH APPLICABLE ELECTRICAL CODES.REFER TO 'APPLICABLE CODES & STANDARDS' ON SHEET FA-000 FORSPECIFIC CODE REFERENCES.
3. ALL 520 Hz SOUNDER BASES: DIP SWITCH 9 SHALL BE SET TO 'ON'FOR NAC CIRCUIT SUPERVISION.
SCALE: NTS
RISER DIAGRAM
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
OTI
CE T
O U
SER:
By
acce
ptin
g or
usi
ng t
his
draw
ing
and/
or t
he in
form
atio
n co
ntai
ned
here
in,
the
user
agr
ees
to t
he f
ollo
win
g te
rms
and
cond
itio
ns:
The
ele
ctro
nic
info
rmat
ion
in t
he d
raw
ing
may
be
subj
ect
to in
tent
iona
l or
unin
tent
iona
l alt
erat
ion.
Any
use
, re
use,
cop
ying
mod
ific
atio
n or
alt
erat
ion
of t
he in
form
atio
n co
ntai
ned
here
in s
hall
be a
t th
e so
le r
isk
of t
he u
ser.
Thi
s in
form
atio
n m
ay n
ot b
e so
ld o
r tr
ansf
erre
d to
any
thi
rd p
arty
, us
ed o
n ot
her
proj
ects
or
addi
tion
s to
the
pro
ject
for
whi
ch it
was
pre
pare
d, o
r us
ed f
or c
ompl
etio
n of
thi
s pr
ojec
t by
any
thi
rd p
arty
. S
impl
exG
rinn
ell d
iscl
aim
s al
l lia
bilit
y fo
r th
e us
e or
reu
se o
fal
tere
d fi
les
by t
he u
ser
or a
ny t
hird
par
ty a
nd s
uch
use
will
be
a us
er's
sole
ris
k. U
ser
shal
l, t
o th
e fu
llest
ext
ent
perm
itte
d by
law
, de
fend
, in
dem
nify
, an
d ho
ld S
impl
exG
rinn
ell h
arm
less
fro
m a
ny a
nd a
ll cl
aim
s fo
r lo
ss,
dam
age
or in
jury
ari
sing
dir
ectl
y or
indi
rect
ly t
here
from
.
FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-2
01.d
wg
9/13
/201
6 9:
52:2
0 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-201
RISER DIAGRAM
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
s:\1-current projects\7555-parkway off central\Fire\FA-201.dwg, FA-201 RISER DIAGRAM, 9/13/2016 9:52:19 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
Doo
r -
D1
DDD
oor
- D
1
IDN
et -
M2(
L2)
IDN
et -
M3
M
M
MID
Net
- M
3
NAC
- A
1:2(
3)
Hor
n -
H10
Hor
n -
H9
Hor
n -
N5:
H1
Hor
n -
N5:
H2
Hor
n -
N5:
H3
Hor
n -
N5:
H4
Hor
n -
N6:
H1
Hor
n -
N6:
H2
Hor
n -
N6:
H3
Hor
n -
N6:
H4
NAC
- A
1:1(
3)
Hor
n -
N7:
H1
Hor
n -
N7:
H2
Hor
n -
N7:
H3
Hor
n -
N7:
H4
Hor
n -
N8:
H1
Hor
n -
N8:
H2
Hor
n -
N8:
H3
Hor
n -
N8:
H4
VV
VV
VV
VV
VV
VV
VH
orn
- H
9
V
Hor
n -
H10
A A
VV
VV
AAAA
V
V
FA-1
04FA
-104
D1-
31DH
D1-
32DH
SSB
M2-12
6(L2
)
2 BE
DROOM U
NIT
340
N5:H
1-1
SSB
M2-12
7(L2
)
2 BE
DROOM U
NIT
340
N5:H1-
2
SSB
M2-12
8(L2
)
2 BE
DROOM U
NIT
340
N5:H
1-3
SSB
M2-12
9(L2
)
2 BE
DROOM U
NIT 34
3
N5:H1-
4
SSB
M2-13
0(L2
)
2 BE
DROOM U
NIT
343
N5:H
1-5
SSB
M2-13
1(L2
)
2 BE
DROOM U
NIT 34
3
N5:H
1-6
SSB
M2-13
2(L2
)
2 BE
DROOM U
NIT 34
5
N5:H1-
7
SSB
M2-13
3(L2
)
2 BE
DROOM U
NIT
345
N5:H
1-8
SSB
M2-13
4(L2
)
2 BE
DROOM U
NIT 34
5
N5:H1-
9
SSB
M2-13
5(L2
)
1 BE
DROOM U
NIT
348
N5:H
1-10
SSB
M2-13
6(L2
)
1 BE
DROOM U
NIT
348
N5:H
1-11
SSB
M2-13
7(L2
)
2 BE
DROOM U
NIT
347
N5:H
1-12
SSB
M2-13
8(L2
)
2 BE
DROOM U
NIT 34
7
N5:H1-
13
SSB
M2-13
9(L2
)
2 BED
ROOM U
NIT
347
N5:H
1-14
SSB
M2-14
0(L2
)
STUDI
O UNI
T 33
7
N5:H
2-1
SSB
M2-14
1(L2
)
1 BE
DROOM U
NIT
338
N5:H
2-2
SSB
M2-14
2(L2
)
1 BE
DROOM U
NIT 33
8
N5:H
2-3
SSB
M2-14
3(L2
)
1 BE
DROOM U
NIT
339
N5:H
2-4
SSB
M2-14
4(L2
)
1 BE
DROOM U
NIT
339
N5:H
2-5
SSB
M2-14
5(L2
)
STUDI
O UNI
T 34
1
N5:H
2-6
SSB
M2-14
6(L2
)
1 BE
DROOM U
NIT 34
2
N5:H
2-7
SSB
M2-14
7(L2
)
1 BE
DROOM U
NIT
342
N5:H
2-8
SSB
M2-14
8(L2
)
1 BE
DROOM U
NIT
344
N5:H
2-9
SSB
M2-14
9(L2
)
1 BE
DROOM U
NIT
344
N5:H
2-10
SSB
M2-15
0(L2
)
2 BE
DROOM U
NIT
346
N5:H2-
11
SSB
M2-15
1(L2
)
2 BE
DROOM U
NIT 34
6
N5:H
2-12
SSB
M2-15
2(L2
)
2 BE
DROOM U
NIT
346
N5:H
2-13
SSB
M2-15
3(L2
)
2 BE
DROOM U
NIT
333
N5:H
3-1
SSB
M2-15
4(L2
)
2 BE
DROOM U
NIT
333
N5:H3-
2
SSB
M2-15
5(L2
)
2 BE
DROOM U
NIT
333
N5:H
3-3
SSB
M2-15
6(L2
)
1 BE
DROOM U
NIT
331
N5:H
3-4
SSB
M2-15
7(L2
)
1 BE
DROOM U
NIT
331
N5:H3-
5
SSB
M2-15
8(L2
)
3 BE
DROOM U
NIT 32
9
N5:H
3-6
SSB
M2-15
9(L2
)
3 BE
DROOM U
NIT
329
N5:H3-
7
SSB
M2-16
0(L2
)
3 BE
DROOM U
NIT 32
9
N5:H
3-8
SSB
M2-16
1(L2
)
3 BE
DROOM U
NIT
329
N5:H3-
9
SSB
M2-16
2(L2
)
2 BE
DROOM U
NIT 32
6
N5:H
3-10
SSB
M2-16
3(L2
)
2 BE
DROOM U
NIT
326
N5:H3-
11
SSB
M2-16
4(L2
)
2 BE
DROOM U
NIT 32
6
N5:H
3-12
SSB
M2-16
5(L2
)
2 BE
DROOM U
NIT
324
N6:H
3-13
SSB
M2-16
6(L2
)
2 BE
DROOM U
NIT 32
4
N6:H3-
12
SSB
M2-16
7(L2
)
2 BE
DROOM U
NIT
324
N6:H
3-11
SSB
M2-16
8(L2
)
2 BE
DROOM U
NIT
321
N6:H
3-10
SSB
M2-16
9(L2
)
2 BE
DROOM U
NIT
321
N6:H3-
9
SSB
M2-17
0(L2
)
2 BE
DROOM U
NIT
321
N6:H
3-8
SSB
M2-17
1(L2
)
2 BE
DROOM U
NIT
319
N6:H3-
7
SSB
M2-17
2(L2
)
2 BE
DROOM U
NIT 31
9
N6:H
3-6
SSB
M2-17
3(L2
)
2 BE
DROOM U
NIT
319
N6:H3-
5
SSB
M2-17
4(L2
)
2 BE
DROOM U
NIT
317
N6:H
3-4
SSB
M2-17
5(L2
)
2 BE
DROOM U
NIT 31
7
N6:H3-
3
SSB
M2-17
6(L2
)
2 BE
DROOM U
NIT
317
N6:H3-
2
SSB
M2-17
7(L2
)
STUDI
O UNI
T 31
5
N6:H
3-1
S
M2-17
8(L2
)
ELEV
LOBB
Y 36
0
S
M2-17
9(L2
)
ELEC
T 36
4
NAC
6
M2-18
0(L2
)
ELEC
T 36
4
SSB
M2-18
1(L2
)
2 BE
DROOM U
NIT
310
N6:H
1-1
SSB
M2-18
2(L2
)
2 BE
DROOM U
NIT
310
N6:H
1-2
SSB
M2-18
3(L2
)
2 BE
DROOM U
NIT
310
N6:H
1-3
SSB
M2-18
4(L2
)
1 BE
DROOM U
NIT
308
N6:H
1-4
SSB
M2-18
5(L2
)
1 BE
DROOM U
NIT 30
8
N6:H
1-5
SSB
M2-18
6(L2
)
2 BE
DROOM U
NIT
306
N6:H
1-6
SSB
M2-18
7(L2
)
2 BE
DROOM U
NIT 30
6
N6:H
1-7
SSB
M2-18
8(L2
)
2 BE
DROOM U
NIT
306
N6:H
1-8
SSB
M2-18
9(L2
)
1 BE
DROOM U
NIT 30
4
N6:H
1-9
SSB
M2-19
0(L2
)
1 BE
DROOM U
NIT
304
N6:H
1-10
SSB
M2-19
1(L2
)
STUDI
O UNIT
302
N6:H1-
11
SSB
M2-19
2(L2
)
2 BE
DROOM U
NIT
300
N6:H
1-12
SSB
M2-19
3(L2
)
2 BE
DROOM U
NIT
300
N6:H
1-13
SSB
M2-19
4(L2
)
2 BE
DROOM U
NIT
300
N6:H
1-14
SSB
M2-19
5(L2
)
2 BE
DROOM U
NIT
336
N5:H
4-1
SSB
M2-19
6(L2
)
2 BE
DROOM U
NIT
336
N5:H4-
2
SSB
M2-19
7(L2
)
2 BE
DROOM U
NIT
336
N5:H
4-3
SSB
M2-19
8(L2
)
STUDI
O UNI
T 33
5
N5:H
4-4
SSB
M2-19
9(L2
)
2 BE
DROOM U
NIT
334
N5:H4-
5
SSB
M2-20
0(L2
)
2 BE
DROOM U
NIT 33
4
N5:H
4-6
SSB
M2-20
1(L2
)
2 BE
DROOM U
NIT
334
N5:H4-
7
SSB
M2-20
2(L2
)
1 BE
DROOM U
NIT
332
N5:H
4-8
SSB
M2-20
3(L2
)
1 BE
DROOM U
NIT 33
2
N5:H4-
9
SSB
M2-20
4(L2
)
1 BE
DROOM U
NIT
330
N5:H
4-10
SSB
M2-20
5(L2
)
1 BE
DROOM U
NIT
330
N5:H4-
11
SSB
M2-20
6(L2
)
1 BE
DROOM U
NIT
328
N5:H
4-12
SSB
M2-20
7(L2
)
1 BE
DROOM U
NIT
328
N5:H
4-13
SSB
M2-20
8(L2
)
STUDI
O UNI
T 32
7H9-
1
SSB
M2-20
9(L2
)
2 BE
DROOM U
NIT
325
H9-2
SSB
M2-21
0(L2
)
2 BE
DROOM U
NIT
325
H9-3
SSB
M2-21
1(L2
)
2 BE
DROOM U
NIT
325
H9-4
SSB
M2-21
2(L2
)
2 BE
DROOM U
NIT
323
H9-5
SSB
M2-21
3(L2
)
2 BE
DROOM U
NIT 32
3
H9-6
SSB
M2-21
4(L2
) 2
BEDR
OOM UNI
T 32
3
H9-7
SSB
M2-21
5(L2
)
1 BE
DROOM U
NIT
322
H9-8
SSB
M2-21
6(L2
)
1 BE
DROOM U
NIT
322
H9-9
SSB
M2-21
7(L2
)
1 BE
DROOM U
NIT 32
0
N6:H
4-15
SSB
M2-21
8(L2
)
1 BE
DROOM U
NIT
320
N6:H4-
14
SSB
M2-21
9(L2
)
1 BE
DROOM U
NIT
318
N6:H
4-13
SSB
M2-22
0(L2
)
1 BE
DROOM U
NIT
318
N6:H
4-12
SSB
M2-22
1(L2
)
1 BE
DROOM U
NIT
316
N6:H
4-11
SSB
M2-22
2(L2
)
1 BE
DROOM U
NIT
316
N6:H
4-10
SSB
M2-22
3(L2
)
2 BE
DROOM U
NIT
314
N6:H4-
9
SSB
M2-22
4(L2
)
2 BE
DROOM U
NIT
314
N6:H
4-8
SSB
M2-22
5(L2
)
2 BE
DROOM U
NIT 31
4
N6:H4-
7
SSB
M2-22
6(L2
)
3 BE
DROOM U
NIT
313
N6:H
4-6
SSB
M2-22
7(L2
)
3 BE
DROOM U
NIT 31
3
N6:H4-
5
SSB
M2-22
8(L2
)
3 BE
DROOM U
NIT
313
N6:H4-
4
SSB
M2-22
9(L2
)
3 BE
DROOM U
NIT 31
3
N6:H
4-3
AOM
DAMPE
R CO
NTRO
L
M2-23
0(L2
)
CORR
IDOR
344R
TO DAMPERCONTROL
SSB
M2-23
1(L2
)
1 BE
DROOM U
NIT
312
N6:H
4-2
SSB
M2-23
2(L2
)
1 BE
DROOM U
NIT 31
2
N6:H4-
1
SSB
M2-23
3(L2
)
1 BE
DROOM U
NIT
311
N6:H
2-1
SSB
M2-23
4(L2
)
1 BE
DROOM U
NIT 31
1
N6:H
2-2
SSB
M2-23
5(L2
)
2 BE
DROOM U
NIT
309
N6:H
2-3
SSB
M2-23
6(L2
)
2 BE
DROOM U
NIT 30
9
N6:H
2-4
SSB
M2-23
7(L2
)
2 BE
DROOM U
NIT
309
N6:H
2-5
SSB
M2-23
8(L2
)
1 BE
DROOM U
NIT
307
N6:H
2-6
SSB
M2-23
9(L2
)
1 BE
DROOM U
NIT
307
N6:H
2-7
SSB
M2-24
0(L2
)
1 BE
DROOM U
NIT
305
N6:H
2-8
SSB
M2-24
1(L2
)
1 BE
DROOM U
NIT 30
5
N6:H
2-9
SSB
M2-24
2(L2
)
1 BE
DROOM U
NIT
303
N6:H
2-10
SSB
M2-24
3(L2
)
1 BE
DROOM U
NIT
303
N6:H2-
11
SSB
M2-24
4(L2
)
3 BE
DROOM U
NIT 30
1
N6:H
2-12
SSB
M2-24
5(L2
)
3 BE
DROOM U
NIT
301
N6:H
2-13
SSB
M2-24
6(L2
)
3 BE
DROOM U
NIT 30
1
N6:H
2-14
SSB
M2-24
7(L2
)
3 BE
DROOM U
NIT
301
N6:H
2-15
S
M2-24
8(L2
)
CORR
IDOR
344
S
M2-24
9(L2
)
CORR
IDOR
344
S
M3-11
ELEC
T 35
9
NAC
5
M3-12
ELEC
T 35
9
AOM
DAMPE
R CO
NTRO
L M3-13
CORR
IDOR
344R
TO DAMPERCONTROL
S
M3-14
FLOOR
LOBB
Y 35
6
15
A1:1
-18(
3)
CORR
IDOR
344
15
A1:1
-19(
3)
CORR
IDOR
344
15
A1:1
-20(
3)
CORR
IDOR
344
15
A1:1
-21(
3)
CORR
IDOR
344
15
A1:1
-22(
3)
CORR
IDOR
344
15
A1:1
-23(
3)
CORR
IDOR
344
15
A1:1
-24(
3)
CORR
IDOR
344
15
A1:1
-25(
3)
CORR
IDOR
344
15
A1:1
-26(
3)
CORR
IDOR
344
15
A1:1
-27(
3)
CORR
IDOR
344
15
A1:1
-28(
3)
CORR
IDOR
344
15
A1:1
-29(
3)
STORA
GE 358
15
A1:1
-30(
3)
STORA
GE 362
FA-1
05FA
-105
D1-
41DH
D1-
42DH
S
M3-21
ELEC
T 45
9
NAC
7
M3-22
ELEC
T 45
9
AOM
DAMPE
R CO
NTRO
L M3-23
CORR
IDOR
444R
TO DAMPERCONTROL
S
M3-24
FLOOR
LOBB
Y 45
6
SSB
M3-25
2 BE
DROOM U
NIT 44
0
N7:H
1-1
SSB
M3-26
2 BE
DROOM U
NIT
440
N7:H
1-2
SSB
M3-27
2 BE
DROOM U
NIT 44
0
N7:H
1-3
SSB
M3-28
2 BE
DROOM U
NIT 44
3
N7:H
1-4
SSB
M3-29
2 BE
DROOM U
NIT
443
N7:H
1-5
SSB
M3-30
2 BE
DROOM U
NIT
443
N7:H
1-6
SSB
M3-31
2 BE
DROOM U
NIT 44
5
N7:H
1-7
SSB
M3-32
2 BE
DROOM U
NIT
445
N7:H
1-8
SSB
M3-33
2 BE
DROOM U
NIT
445
N7:H
1-9
SSB
M3-34
1 BE
DROOM U
NIT 44
8
N7:H
1-10
SSB
M3-35
1 BE
DROOM U
NIT
448
N7:H
1-11
SSB
M3-36
2 BE
DROOM U
NIT
447
N7:H
1-12
SSB
M3-37
2 BE
DROOM U
NIT
447
N7:H
1-13
SSB
M3-38
2 BE
DROOM U
NIT
447
N7:H
1-14
SSB
M3-39
STUDI
O UNI
T 43
7
N7:H
2-1
SSB
M3-40
1 BE
DROOM U
NIT
438
N7:H
2-2
SSB
M3-41
1 BE
DROOM U
NIT 43
8
N7:H
2-3
SSB
M3-42
1 BE
DROOM U
NIT
439
N7:H
2-4
SSB
M3-43
1 BE
DROOM U
NIT
439
N7:H
2-5
SSB
M3-44
STUDI
O UNI
T 44
1
N7:H
2-6
SSB
M3-45
1 BE
DROOM U
NIT 44
2
N7:H
2-7
SSB
M3-46
1 BE
DROOM U
NIT
442
N7:H
2-8
SSB
M3-47
1 BE
DROOM U
NIT 44
4
N7:H
2-9
SSB
M3-48
1 BE
DROOM U
NIT
444
N7:H
2-10
SSB
M3-49
2 BE
DROOM U
NIT
446
N7:H2-
11
SSB
M3-50
2 BE
DROOM U
NIT 44
6
N7:H
2-12
SSB
M3-51
2 BE
DROOM U
NIT
446
N7:H
2-13
SSB
M3-52
2 BE
DROOM U
NIT
433
N7:H
3-1
SSB
M3-53
2 BE
DROOM U
NIT
433
N7:H3-
2
SSB
M3-54
2 BE
DROOM U
NIT
433
N7:H
3-3
SSB
M3-55
1 BE
DROOM U
NIT
431
N7:H
3-4
SSB
M3-56
1 BE
DROOM U
NIT
431
N7:H3-
5
SSB
M3-57
3 BE
DROOM U
NIT 42
9
N7:H
3-6
SSB
M3-58
3 BE
DROOM U
NIT
429
N7:H3-
7
SSB
M3-59
3 BE
DROOM U
NIT 42
9
N7:H
3-8
SSB
M3-60
3 BE
DROOM U
NIT
429
N7:H3-
9
SSB
M3-61
2 BE
DROOM U
NIT 42
6
N7:H
3-10
SSB
M3-62
2 BE
DROOM U
NIT
426
N7:H3-
11
SSB
M3-63
2 BE
DROOM U
NIT 42
6
N7:H
3-12
SSB
M3-64
2 BE
DROOM U
NIT
424
N8:H
3-13
SSB
M3-65
2 BE
DROOM U
NIT 42
4
N8:H3-
12
SSB
M3-66
2 BE
DROOM U
NIT
424
N8:H
3-11
SSB
M3-67
2 BE
DROOM U
NIT
421
N8:H
3-10
SSB
M3-68
2 BE
DROOM U
NIT
421
N8:H3-
9
SSB
M3-69
2 BE
DROOM U
NIT
421
N8:H
3-8
SSB
M3-70
2 BE
DROOM U
NIT
419
N8:H3-
7
SSB
M3-71
2 BE
DROOM U
NIT 41
9
N8:H
3-6
SSB
M3-72
2 BE
DROOM U
NIT
419
N8:H3-
5
SSB
M3-73
2 BE
DROOM U
NIT
417
N8:H
3-4
SSB
M3-74
2 BE
DROOM U
NIT 41
7
N8:H3-
3
SSB
M3-75
2 BE
DROOM U
NIT
417
N8:H3-
2
SSB
M3-76
STUDI
O UNI
T 41
5
N8:H
3-1
S
M3-77
ELEV
LOBB
Y 46
0
S
M3-78
ELEC
T 46
4
NAC
8
M3-79
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T 46
4
SSB
M3-80
2 BE
DROOM U
NIT
410
N8:H
1-1
SSB
M3-81
2 BE
DROOM U
NIT
410
N8:H
1-2
SSB
M3-82
2 BE
DROOM U
NIT
410
N8:H
1-3
SSB
M3-83
1 BE
DROOM U
NIT
408
N8:H
1-4
SSB
M3-84
1 BE
DROOM U
NIT 40
8
N8:H
1-5
SSB
M3-85
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DROOM U
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406
N8:H
1-6
SSB
M3-86
2 BE
DROOM U
NIT 40
6
N8:H
1-7
SSB
M3-87
2 BE
DROOM U
NIT
406
N8:H
1-8
SSB
M3-88
1 BE
DROOM U
NIT 40
4
N8:H
1-9
SSB
M3-89
1 BE
DROOM U
NIT
404
N8:H
1-10
SSB
M3-90
UNI
T 40
2
N8:H
1-11
SSB
M3-91
2 BE
DROOM U
NIT
400
N8:H
1-12
SSB
M3-92
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DROOM U
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400
N8:H
1-13
SSB
M3-93
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DROOM U
NIT
400
N8:H
1-14
SSB
M3-94
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DROOM U
NIT
436
N7:H
4-1
SSB
M3-95
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DROOM U
NIT
436
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2
SSB
M3-96
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436
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O UNI
T 43
5
N7:H
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M3-98
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434
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M3-99
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4
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M3-10
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434
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7
SSB
M3-10
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1 BE
DROOM U
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432
N7:H
4-8
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M3-10
2
1 BE
DROOM U
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2
N7:H4-
9
SSB
M3-10
3
1 BE
DROOM U
NIT 43
0
N7:H
4-10
SSB
M3-10
4
1 BE
DROOM U
NIT
430
N7:H4-
11
SSB
M3-10
5
1 BE
DROOM U
NIT
428
N7:H
4-12
SSB
M3-10
6
1 BE
DROOM U
NIT
428
N7:H
4-13
SSB
M3-10
7
STUDI
O UNI
T 42
7H10
-1
SSB
M3-10
8
2 BE
DROOM U
NIT
425
H10-2
SSB
M3-10
9
2 BE
DROOM U
NIT
425
H10-3
SSB
M3-11
0
2 BE
DROOM U
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425
H10-4
SSB
M3-11
1
2 BE
DROOM U
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423
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423
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423
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4
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422
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420
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14
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418
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418
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416
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416
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414
N8:H4-
9
SSB
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3
2 BE
DROOM U
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414
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4-8
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M3-12
4
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4
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6
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3
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7
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413
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SSB
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3
N8:H
4-3
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9
1 BE
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412
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IDOR
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4
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NIT
409
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2-3
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M3-13
5
2 BE
DROOM U
NIT 40
9
N8:H
2-4
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M3-13
6
2 BE
DROOM U
NIT
409
N8:H
2-5
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M3-13
7
1 BE
DROOM U
NIT
407
N8:H
2-6
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M3-13
8
1 BE
DROOM U
NIT
407
N8:H
2-7
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405
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5
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M3-14
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403
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1 BED
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403
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11
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M3-14
3
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1
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SSB
M3-14
4
3 BE
DROOM U
NIT
401
N8:H
2-13
SSB
M3-14
5
3 BE
DROOM U
NIT 40
1
N8:H
2-14
SSB
M3-14
6
3 BE
DROOM U
NIT
401
N8:H
2-15
S
M3-14
7
CORR
IDOR
444
S
M3-14
8
CORR
IDOR
444
15
A1:2
-26(
3)
CORR
IDOR
444
15
A1:2
-27(
3)
CORR
IDOR
444
15
A1:2
-28(
3)
CORR
IDOR
444
15
A1:2
-29(
3)
CORR
IDOR
444
15
A1:2
-30(
3)
STORA
GE 458
15
A1:2
-31(
3)
CORR
IDOR
444
15
A1:2
-32(
3)
CORR
IDOR
444
15
A1:2
-33(
3)
CORR
IDOR
444
15
A1:2
-34(
3)
CORR
IDOR
444
15
A1:2
-35(
3)
CORR
IDOR
444
15
A1:2
-36(
3)
CORR
IDOR
444
15
A1:2
-37(
3)
CORR
IDOR
444
15
A1:2
-38(
3)
STORA
GE 462
N5:
H1
10K
N5:
H2
10K
N5:
H3
10K
N5:
H4
10K
N6:
H1
10K
N6:
H2
10K
N6:
H3
10K
N6:
H4
10K
H9
10K
N7:
H1
10K
N7:
H2
10K
N7:
H3
10K
N7:
H4
10K
N8:
H1
10K
N8:
H2
10K
N8:
H3
10K
N8:
H4
10K
H10 10K
A,D
,M,V
A,D
,M,V
2A,D
,2M
,2V
JBJB
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
yco.
ISSU
E LO
G:
Revi
sion
s sh
own
wit
h #
sy
mbo
l
RISER NOTES:
1. RISER IS A DIAGRAMMATICAL REPRESENTATION OF THE SYSTEMARCHITECTURE IN BUILDING CROSS SECTION. IT IS NOT INTENDEDTO REPRESENT ACTUAL WIRE RUNS, PANEL CONFIGURATIONS ORPENETRATIONS. REFER TO FLOOR PLANS AND PANEL DETAILS FORCIRCUIT ROUTING AND CONFIGURATION INFORMATION.
2. ALL WIRING SHALL COMPLY WITH APPLICABLE ELECTRICAL CODES.REFER TO 'APPLICABLE CODES & STANDARDS' ON SHEET FA-000 FORSPECIFIC CODE REFERENCES.
3. ALL 520 Hz SOUNDER BASES: DIP SWITCH 9 SHALL BE SET TO 'ON'FOR NAC CIRCUIT SUPERVISION.
SCALE: NTS
RISER DIAGRAM
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
OTI
CE T
O U
SER:
By
acce
ptin
g or
usi
ng t
his
draw
ing
and/
or t
he in
form
atio
n co
ntai
ned
here
in,
the
user
agr
ees
to t
he f
ollo
win
g te
rms
and
cond
itio
ns:
The
ele
ctro
nic
info
rmat
ion
in t
he d
raw
ing
may
be
subj
ect
to in
tent
iona
l or
unin
tent
iona
l alt
erat
ion.
Any
use
, re
use,
cop
ying
mod
ific
atio
n or
alt
erat
ion
of t
he in
form
atio
n co
ntai
ned
here
in s
hall
be a
t th
e so
le r
isk
of t
he u
ser.
Thi
s in
form
atio
n m
ay n
ot b
e so
ld o
r tr
ansf
erre
d to
any
thi
rd p
arty
, us
ed o
n ot
her
proj
ects
or
addi
tion
s to
the
pro
ject
for
whi
ch it
was
pre
pare
d, o
r us
ed f
or c
ompl
etio
n of
thi
s pr
ojec
t by
any
thi
rd p
arty
. S
impl
exG
rinn
ell d
iscl
aim
s al
l lia
bilit
y fo
r th
e us
e or
reu
se o
fal
tere
d fi
les
by t
he u
ser
or a
ny t
hird
par
ty a
nd s
uch
use
will
be
a us
er's
sole
ris
k. U
ser
shal
l, t
o th
e fu
llest
ext
ent
perm
itte
d by
law
, de
fend
, in
dem
nify
, an
d ho
ld S
impl
exG
rinn
ell h
arm
less
fro
m a
ny a
nd a
ll cl
aim
s fo
r lo
ss,
dam
age
or in
jury
ari
sing
dir
ectl
y or
indi
rect
ly t
here
from
.
FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-2
01.d
wg
9/13
/201
6 9:
52:2
2 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-202
RISER DIAGRAM
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
s:\1-current projects\7555-parkway off central\Fire\FA-201.dwg, FA-202 RISER DIAGRAM, 9/13/2016 9:52:21 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
SCALE: NTS
FIRE ALARM CONTROL PANELCABINET # 1 - GARAGE
MECH. 010
56
24
P7
P6
P1
P424V
P2
P3
OVP5
P7
P6
P1
P424V
P2
P3
OVP5
P7
P6
P1
P424V
P2
P3
OVP5
R
BATT
ERY
CONNECT TO 120VAC 60HZ
P2 P3 P4P1
AC
NEU
TRAL
MOUNTS TO BACKBOX
DO NOT LOCATE POWER-LIMITED WIRING IN THE SHADED AREASOF THE BACKBOX, THIS AREA IS RESERVED FOR NON-POWERLIMITED CIRCUITRY SUCH AS AC POWER, BATTERIES AND CITYCONNECTION.
SYSTEM CONDUIT, 3/4" MIN. (2" SHOWN)REFER TO MOUNTING DETAIL FOR TYP.CONDUIT PENETRATION LOCATIONS
V
10K
H3 - 1ST FLOOR NORTH-CENTERH4 - 2ND FLOOR NORTH-CENTER
DTO 24VDC DOOR HOLDERS
PTO LCD ANNUNCIATOR IN VEST. 005
SYSTEM POWER SUPPLY
B+
SHLD
IDNet
B- A+ A-
120VAC 60Hz
NAC
B+ B- A+ A- B+
NAC
B+ B- A-A+
NAC
A+B- A-
1TB1
2 3 4 5TB2
1 2 3 4 965 87 1110 12
BTRY (-)
BTRY (+)AUX1
+24- +
OVPOWER
TB3
AUX
NO C
TB4
CITY
NC
P6
P5
P4
P3
1 2 3
FERRITE BEAD
MM1-x - GARAGE/1ST FLOOR IDNET DEVICES
1
POWER
OV
TB2
+24
AUX
- +
2 3 4 5 6 7 8 9 10 11 12B+ B- A+ A-
4100-5101XPS POWER SUPPLY
120VAC 60Hz
B+ B- A+ A- B+ B- A+ A-
SW1
5
6
7
8
1
2
3
4
P1
V
NACNACNAC
10K
H9 - 3RD FLOOR NORTH-CENTERH10 - 4TH FLOOR NORTH-CENTER
1 2 3
CA
120VAC 60HzENHANCED TA POWER SUPPLY
4100-5311
ON1
24
35
76
8
EARTH FAULTJUMPER
B-B-B+B+IDNAC 1
B+B+ B- B-IDNAC 2
B+B+ B- B-IDNAC 3
BTRY (+)
BTRY (-)
RECT (-)
RECT (+)
POWERAUX
-+
OV+24
TB1 TB2 TB3 TB4
4100-3109IDNet2 MODULE
250 DEVICES SW19600/OFF
16
8
4
2
1
64
32
1
8
2
3
4
5
6
7
TB1
A-A- A+ B- B+A+ B- B+LOOP 1LOOP 2
AAB B
AAB B
CACA
CA P
AA1:1-x(1) - GARAGE-WESTA1:1-x(2) - GARAGE-EASTA1:1-x(3) - 3RD FLOOR
AA1:2-x(1) - 1ST FLOOR WESTA1:2-x(2) - 1ST FLOOR EASTA1:2-x(3) - 4TH FLOOR
AA1:3-x(1) - 2ND FLOOR WESTA1:3-x(2) - 2ND FLOOR EAST
1
TO LCD ANNUNCIATOR IN VEST. 005FERRITE BEAD
R+
OV-
1
RSRV
D
GN
DR- RUI
P7POWER
RCV
RTS
XMIT
24C
GN
D
CTS
PIEZ
O
RSRV
D
TB1
RS232
NETWORK
L+ RSRV
D
GN
D
L- OV-
2
P4
P5
P6
COMMP8
NET
WO
RK/R
S232
DAU
GH
TER
CARD
CPU
DAU
GH
TER
CARD
MOTHERBOARD
NETWORK
CPU
XMIT
TB3
RUI B
+
RCV
RS232
RTS
CTS
GN
D
TB2
RUI B
-
RUI A
+
SHLD
RUI A
-
1 32 4 5 1 32 4 5
AC Power
Reset
SystemFire Alarm
Event
Time
Enable
Disable
Lamp
More
Off
Disarm
On
Arm
Auto
Priority 2
Ack Ack
Supv
Ack
Menu
Test
Next
Trouble
Ack
Info
Previous
Silence
Alarm
Fire Alarm
SYSTEM WARNINGS
Priority 2 Alarm
ALARMS
Supervisory
Alarm SilencedTrouble
DEMARCATION POINTTO TELEPHONE
RUI C
ONNE
CTOR
4100
COM
M
P1P2 RU
I CON
NECT
OR
SW1
P3
SW3
SW2
P4
21
34
SW4
5678/OFF
BRACKETMOUNTS ON
DACT
EVENTREPORTING
4100-6052
RING2RING
HOUSE 2TIP
HOUSE 2TIP2
RINGHOUSE 1
RING1TIP1
TIPHOUSE 1
CA
4100-3110IDNet2+2 MODULE
250 DEVICES
SW19600/OFF
16
8
4
2
1
64
32
1
8
2
3
4
5
6
7
TB1
A- A-A+B-B+ A+B-B+
LOOP 1 LOOP 2
A ABB
A ABB
IDNet2 EXPLOOP CARD
B+ B- A+ A-
A ABB
IDNet2 EXPLOOP CARD
B+ B- A+ A-
A ABB
CA
MM2-x (L1) - 2ND FLOOR IDNET DEVICESM2-x (L2) - 3RD FLOOR IDNET DEVICES
8 SPDT 3 AMPRELAY BOARD
4100-3206
C NO NCCNC NCNONCNO NOCCRELAY R1RELAY R2
C NO NCCNC NCNONCNO NOCC
RELAY R3RELAY R4
RELAY R5RELAY R6RELAY R7RELAY R8
CA
+
2081-929650 Ah BATTERY
-
50 Ah BATTERY2081-9296
+ -
M4R
M2R
NO CONNECTION
M3-x -
2ND/
3RD/
4TH FL
OOR ID
NET
DEVI
CES
M
FERRITE BEAD
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
yco.
ISSU
E LO
G:
Revi
sion
s sh
own
wit
h #
sy
mbo
l
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
OTI
CE T
O U
SER:
By
acce
ptin
g or
usi
ng t
his
draw
ing
and/
or t
he in
form
atio
n co
ntai
ned
here
in,
the
user
agr
ees
to t
he f
ollo
win
g te
rms
and
cond
itio
ns:
The
ele
ctro
nic
info
rmat
ion
in t
he d
raw
ing
may
be
subj
ect
to in
tent
iona
l or
unin
tent
iona
l alt
erat
ion.
Any
use
, re
use,
cop
ying
mod
ific
atio
n or
alt
erat
ion
of t
he in
form
atio
n co
ntai
ned
here
in s
hall
be a
t th
e so
le r
isk
of t
he u
ser.
Thi
s in
form
atio
n m
ay n
ot b
e so
ld o
r tr
ansf
erre
d to
any
thi
rd p
arty
, us
ed o
n ot
her
proj
ects
or
addi
tion
s to
the
pro
ject
for
whi
ch it
was
pre
pare
d, o
r us
ed f
or c
ompl
etio
n of
thi
s pr
ojec
t by
any
thi
rd p
arty
. S
impl
exG
rinn
ell d
iscl
aim
s al
l lia
bilit
y fo
r th
e us
e or
reu
se o
fal
tere
d fi
les
by t
he u
ser
or a
ny t
hird
par
ty a
nd s
uch
use
will
be
a us
er's
sole
ris
k. U
ser
shal
l, t
o th
e fu
llest
ext
ent
perm
itte
d by
law
, de
fend
, in
dem
nify
, an
d ho
ld S
impl
exG
rinn
ell h
arm
less
fro
m a
ny a
nd a
ll cl
aim
s fo
r lo
ss,
dam
age
or in
jury
ari
sing
dir
ectl
y or
indi
rect
ly t
here
from
.
FILE
PAT
H:
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FIRE ALARM SYSTEM
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PANEL LAYOUT
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PANEL LAYOUT
s:\1-current projects\7555-parkway off central\Fire\FA-501.dwg, FA-501 PANEL LAYOUT, 9/13/2016 9:52:25 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
Parkway Off Central 4100es FACPStandby Total Alarm Total
Module Qty Description Current Standby Current Alarm
Panel Equipment
4100-9111 1 4100 CONFIG. DOMESTIC 120V * 0.3730 0.3730 0.4700 0.4700
4100-0634 1 POWER DISTRIBUTION MODULE 120V 0.0000 0.0000 0.0000 0.0000
4100-1279 16 2" BLANK DISPLAY MODULE 0.0000 0.0000 0.0000 0.0000
4100-2300 2 EXPANSION BAY (PHASE 10 ONLY) 0.0000 0.0000 0.0000 0.0000
4100-3110 1 IDNet2+2 MODULE - UP TO 250 DEVICES 4 ISOLATED LOOPS * 0.0500 0.0500 0.1000 0.1000
4100-3206 1 8 RELAYS - 3 AMP 0.0150 0.0150 0.1900 0.1900
4100-5101 1 EXPANSION PWR SUPPLY (XPS) - 120VAC 60HZ 0.0500 0.0500 0.0500 0.0500
4100-5311 1 ENHANCED POWER SUPPLY, 3 CHANNELS, IDNet, 120V 0.2250 0.2250 0.4900 0.4900
4100-6052 1 EVENT REPORTING DACT 0.0300 0.0300 0.0400 0.0400
Panel Totals 0.7430 1.3400
IDNet Addressable Devices (SLC)
4099-9004 1 ADDRESSABLE SINGLE ACTION MANUAL STATION *
Constant current draw of .8mA standby and 1mA alarm peraddress used. Devices requiring additional current are
accounted for in the section labeled "MiscellaneousPeripheral Devices Requiring Additional System Power".
4090-9001 12 IDNET SUPERVISED IAM *
4090-9002 14 IDNET RELAY IAM *
4098-9714 490 TRUEALARM PHOTO SMOKE SENSOR
4009-9201 8 4009 IDNET NAC EXTENDER, 120 VAC *
4098-9792 29 TRUEALARM SENSOR BASE *
4098-9794 461 TRUEALARM SENSOR SOUNDER BASE *
Miscellaneous Peripheral Devices That Require (Additional) System Power
4603-9101 1 SERIAL LCD ANNUNCIATOR 0.0650 0.0650 0.1400 0.1400
Notification Appliances
4098-9772 37 TRUEALARM 520HZ SOUNDER BASE W/ REMOTE LED * 520 H 0.0000 0.0000 0.1290 4.7730
49AV-WRF 52 A/V WALL MT, RED, FIRE LABEL 15 0.0008 0.0416 0.0590 3.0680
49AV-WRF 1 A/V WALL MT, RED, FIRE LABEL 30 0.0008 0.0008 0.0670 0.0670
49AV-WRF 17 A/V WALL MT, RED, FIRE LABEL 75 0.0008 0.0136 0.1070 1.8190
49VO-WRF 11 VO, WALL MT, RED, FIRE LABEL 15 0.0008 0.0088 0.0470 0.5170
49VO-WRF 7 VO, WALL MT, RED, FIRE LABEL 185 0.0008 0.0056 0.2080 1.4560Peripheral Totals 0.1354 11.8400
Added Current for EPS Conversion of 24 to 29 Volt IDNac Devices 0.0000 3.9492
RUI Totals 1 0.0035 0.0035
Address Totals 525 Addresses 0.4200 0.5250
* Device Address current draw included below (See Additional Current Draws): System Totals*: Standby 1.3019 Alarm 17.6577
Standby Standby Alarm Alarm
Battery Set #1 (Cabinet/Charger #1) Current Total Current TotalSelect ALL Power Supplies on this battery set:
SPS-1 0.5330 3.3910
XPS-2 0.0500 2.3720
EPS-1 0.2954 7.4170
Sub Total 0.8784 13.1800
Additional Current Draws: IDNac Current Boost for 29vdc Regulated Output ** 0.0000 3.9492
RUI Connected Peripheral Devices 1 x 0.0035 = 0.0035 x 0.0035 = 0.0035
MAPNET/IDNet Device Address Communication Current 525 x 0.000800 = 0.4200 x 0.001000 = 0.5250
Sub Total 1.3019 17.6577
Spare addressable point capacity 0% 0 x 0.0008 = 0.0000 x 0.001 = 0.0000
Total 1.3019 17.6577
Standby Time = 24 Hrs x 1.3019 = 31.2456 Standby Ah
Alarm Time = 5 Min 0.08333 x 17.6577 = 1.4715 Alarm Ah
32.7171Additional Spare Battery Capacity = 0% + 0.0000
32.7171Battery Discharge Factor = 20% + 6.5434Minimum Battery Required 2081-9296 50AH (2x) 39.2605
Battery Supplied 2081-9296 50AH (2x)* System Totals represent total system current requirements. Those currents may be distributed between multiple battery sets or powersupplies as shown above.
IDNET CHANNEL M1 ADDRESSES IN USE: 147 (58.8%) | SPARE ADDRESSES: 103 (41.2%) SWITCH SETTINGS
Address Device Type Point Type Location Description 1 2 3 4 5 6 7 8 9
M1-1 PHOTO SMOKE MECH 010 1-1 X ON
M1-2 PHOTO SMOKE LOBBY 007 1-2 X ON
M1-3 ADRPUL PULL STAIR "C" 006 1-3 X X ON
M1-4 PHOTO SMOKE ELEV EQUIP 009 1-4 X ON
M1-5 RIAM PRIMARY ELEV EQUIP 009 1-5 X X ON
M1-6 RIAM ALTERN ELEV EQUIP 009 1-6 X X ON
M1-7 RIAM RELAY ELEV EQUIP 009 1-7 X X X ON
M1-8 IAM WATER MECH 113 1-8 X ON
M1-9 IAM WATER MECH 113 1-9 X X ON
M1-10 IAM WATER MECH 113 1-10 X X ON
M1-11 IAM WATER MECH 113 1-11 X X X ON
M1-12 IAM SO MECH 113 1-12 X X ON
M1-13 IAM SO MECH 113 1-13 X X X ON
M1-14 IAM SO MECH 113 1-14 X X X ON
M1-15 IAM SO MECH 113 1-15 X X X X ON
M1-16 IAM SO MECH 113 1-16 X ON
M1-17 IAM SO MECH 113 1-17 X X ON
M1-18 IAM SO MECH 113 1-18 X X ON
M1-19 IAM SO MECH 113 1-19 X X X ON
M1-20 PHOTO SMOKE LOBBY 014 1-20 X X ON
M1-21 PHOTO SMOKE ELEV. EQUIP 017 1-21 X X X ON
M1-22 RIAM PRIMARY ELEV. EQUIP 017 1-22 X X X ON
M1-23 RIAM ALTERN ELEV. EQUIP 017 1-23 X X X X ON
M1-24 RIAM RELAY ELEV. EQUIP 017 1-24 X X ON
M1-25 X X X ON
M1-26 X X X ON
M1-27 X X X X ON
M1-28 X X X ON
M1-29 X X X X ON
M1-30 X X X X ON
M1-31 NAC4PT SIGNAL ELECT ROOM 165 1-31 X X X X X ON
M1-32 PHOTO SMOKE ELECT ROOM 165 1-32 X ON
M1-33 RIAM RELAY BY CONF. ROOM 160 1-33 X X ON
M1-34 PHOTO SMOKE LOBBY 158 1-34 X X ON
M1-35 SPHOTO SMOKE 2 BEDROOM UNIT 136 1-35 X X X ON ON
M1-36 SPHOTO SMOKE 2 BEDROOM UNIT 136 1-36 X X ON ON
M1-37 SPHOTO SMOKE 2 BEDROOM UNIT 136 1-37 X X X ON ON
M1-38 SPHOTO SMOKE 2 BEDROOM UNIT 138 1-38 X X X ON ON
M1-39 SPHOTO SMOKE 2 BEDROOM UNIT 138 1-39 X X X X ON ON
M1-40 SPHOTO SMOKE 2 BEDROOM UNIT 138 1-40 X X ON ON
M1-41 SPHOTO SMOKE 2 BEDROOM UNIT 140 1-41 X X X ON ON
M1-42 SPHOTO SMOKE 2 BEDROOM UNIT 140 1-42 X X X ON ON
M1-43 SPHOTO SMOKE 2 BEDROOM UNIT 140 1-43 X X X X ON ON
M1-44 SPHOTO SMOKE 1 BEDROOM UNIT 143 1-44 X X X ON ON
M1-45 SPHOTO SMOKE 1 BEDROOM UNIT 143 1-45 X X X X ON ON
M1-46 SPHOTO SMOKE STUDIO UNIT 134 1-46 X X X X ON ON
M1-47 SPHOTO SMOKE STUDIO UNIT 135 1-47 X X X X X ON ON
M1-48 SPHOTO SMOKE 1 BEDROOM UNIT 137 1-48 X X ON ON
M1-49 SPHOTO SMOKE 1 BEDROOM UNIT 137 1-49 X X X ON ON
M1-50 SPHOTO SMOKE 1 BEDROOM UNIT 139 1-50 X X X ON ON
M1-51 SPHOTO SMOKE 1 BEDROOM UNIT 139 1-51 X X X X ON ON
M1-52 SPHOTO SMOKE 2 BEDROOM UNIT 141 1-52 X X X ON ON
M1-53 SPHOTO SMOKE 2 BEDROOM UNIT 141 1-53 X X X X ON ON
M1-54 SPHOTO SMOKE 2 BEDROOM UNIT 141 1-54 X X X X ON ON
M1-55 SPHOTO SMOKE 2 BEDROOM UNIT 142 1-55 X X X X X ON ON
M1-56 SPHOTO SMOKE 2 BEDROOM UNIT 142 1-56 X X X ON ON
M1-57 SPHOTO SMOKE 2 BEDROOM UNIT 142 1-57 X X X X ON ON
M1-58 SPHOTO SMOKE 1 BEDROOM UNIT 131 1-58 X X X X ON ON
M1-59 SPHOTO SMOKE 1 BEDROOM UNIT 131 1-59 X X X X X ON ON
M1-60 SPHOTO SMOKE 3 BEDROOM UNIT 129 1-60 X X X X ON ON
M1-61 SPHOTO SMOKE 3 BEDROOM UNIT 129 1-61 X X X X X ON ON
M1-62 SPHOTO SMOKE 3 BEDROOM UNIT 129 1-62 X X X X X ON ON
M1-63 SPHOTO SMOKE 3 BEDROOM UNIT 129 1-63 X X X X X X ON ON
M1-64 SPHOTO SMOKE 2 BEDROOM UNIT 126 1-64 X ON ON
M1-65 SPHOTO SMOKE 2 BEDROOM UNIT 126 1-65 X X ON ON
M1-66 SPHOTO SMOKE 2 BEDROOM UNIT 126 1-66 X X ON ON
M1-67 SPHOTO SMOKE 2 BEDROOM UNIT 124 1-67 X X X ON ON
M1-68 SPHOTO SMOKE 2 BEDROOM UNIT 124 1-68 X X ON ON
M1-69 SPHOTO SMOKE 2 BEDROOM UNIT 124 1-69 X X X ON ON
M1-70 SPHOTO SMOKE 2 BEDROOM UNIT 121 1-70 X X X ON ON
M1-71 SPHOTO SMOKE 2 BEDROOM UNIT 121 1-71 X X X X ON ON
M1-72 SPHOTO SMOKE 2 BEDROOM UNIT 121 1-72 X X ON ON
M1-73 SPHOTO SMOKE 2 BEDROOM UNIT 119 1-73 X X X ON ON
M1-74 SPHOTO SMOKE 2 BEDROOM UNIT 119 1-74 X X X ON ON
M1-75 SPHOTO SMOKE 2 BEDROOM UNIT 119 1-75 X X X X ON ON
M1-76 SPHOTO SMOKE 2 BEDROOM UNIT 117 1-76 X X X ON ON
M1-77 SPHOTO SMOKE 2 BEDROOM UNIT 117 1-77 X X X X ON ON
M1-78 SPHOTO SMOKE 2 BEDROOM UNIT 117 1-78 X X X X ON ON
M1-79 SPHOTO SMOKE STUDIO UNIT 115 1-79 X X X X X ON ON
M1-80 PHOTO SMOKE ELEV LOBBY 167 1-80 X X ON
M1-81 RIAM RELAY BY STORAGE 168 1-81 X X X ON
M1-82 PHOTO SMOKE ELECT/MECH 170 1-82 X X X ON
M1-83 NAC4PT SIGNAL ELECT/MECH 170 1-83 X X X X ON
M1-84 SPHOTO SMOKE 2 BEDROOM UNIT 110 1-84 X X X ON ON
M1-85 SPHOTO SMOKE 2 BEDROOM UNIT 110 1-85 X X X X ON ON
M1-86 SPHOTO SMOKE 2 BEDROOM UNIT 110 1-86 X X X X ON ON
M1-87 SPHOTO SMOKE 1 BEDROOM UNIT 108 1-87 X X X X X ON ON
M1-88 SPHOTO SMOKE 1 BEDROOM UNIT 108 1-88 X X X ON ON
M1-89 SPHOTO SMOKE 2 BEDROOM UNIT 106 1-89 X X X X ON ON
M1-90 SPHOTO SMOKE 2 BEDROOM UNIT 106 1-90 X X X X ON ON
M1-91 SPHOTO SMOKE 2 BEDROOM UNIT 106 1-91 X X X X X ON ON
M1-92 SPHOTO SMOKE 1 BEDROOM UNIT 104 1-92 X X X X ON ON
M1-93 SPHOTO SMOKE 1 BEDROOM UNIT 104 1-93 X X X X X ON ON
M1-94 SPHOTO SMOKE STUDIO UNIT 102 1-94 X X X X X ON ON
M1-95 SPHOTO SMOKE 2 BEDROOM UNIT 100 1-95 X X X X X X ON ON
M1-96 SPHOTO SMOKE 2 BEDROOM UNIT 100 1-96 X X ON ON
M1-97 SPHOTO SMOKE 2 BEDROOM UNIT 100 1-97 X X X ON ON
M1-98 SPHOTO SMOKE 2 BEDROOM UNIT 133 1-98 X X X ON ON
M1-99 SPHOTO SMOKE 2 BEDROOM UNIT 133 1-99 X X X X ON ON
M1-100 SPHOTO SMOKE 2 BEDROOM UNIT 133 1-100 X X X ON ON
M1-101 SPHOTO SMOKE 1 BEDROOM UNIT 132 1-101 X X X X ON ON
M1-102 SPHOTO SMOKE 1 BEDROOM UNIT 132 1-102 X X X X ON ON
M1-103 SPHOTO SMOKE 1 BEDROOM UNIT 130 1-103 X X X X X ON ON
M1-104 SPHOTO SMOKE 1 BEDROOM UNIT 130 1-104 X X X ON ON
M1-105 SPHOTO SMOKE 1 BEDROOM UNIT 128 1-105 X X X X ON ON
M1-106 SPHOTO SMOKE 1 BEDROOM UNIT 128 1-106 X X X X ON ON
M1-107 SPHOTO SMOKE STUDIO UNIT 127 1-107 X X X X X ON ON
M1-108 SPHOTO SMOKE 2 BEDROOM UNIT 125 1-108 X X X X ON ON
M1-109 SPHOTO SMOKE 2 BEDROOM UNIT 125 1-109 X X X X X ON ON
M1-110 SPHOTO SMOKE 2 BEDROOM UNIT 125 1-110 X X X X X ON ON
M1-111 SPHOTO SMOKE 2 BEDROOM UNIT 123 1-111 X X X X X X ON ON
M1-112 SPHOTO SMOKE 2 BEDROOM UNIT 123 1-112 X X X ON ON
M1-113 SPHOTO SMOKE 2 BEDROOM UNIT 123 1-113 X X X X ON ON
M1-114 SPHOTO SMOKE 1 BEDROOM UNIT 122 1-114 X X X X ON ON
M1-115 SPHOTO SMOKE 1 BEDROOM UNIT 122 1-115 X X X X X ON ON
M1-116 SPHOTO SMOKE 1 BEDROOM UNIT 120 1-116 X X X X ON ON
M1-117 SPHOTO SMOKE 1 BEDROOM UNIT 120 1-117 X X X X X ON ON
M1-118 SPHOTO SMOKE 1 BEDROOM UNIT 118 1-118 X X X X X ON ON
M1-119 SPHOTO SMOKE 1 BEDROOM UNIT 118 1-119 X X X X X X ON ON
M1-120 SPHOTO SMOKE 1 BEDROOM UNIT 116 1-120 X X X X ON ON
M1-121 SPHOTO SMOKE 1 BEDROOM UNIT 116 1-121 X X X X X ON ON
M1-122 SPHOTO SMOKE 2 BEDROOM UNIT 114 1-122 X X X X X ON ON
M1-123 SPHOTO SMOKE 2 BEDROOM UNIT 114 1-123 X X X X X X ON ON
M1-124 SPHOTO SMOKE 2 BEDROOM UNIT 114 1-124 X X X X X ON ON
M1-125 SPHOTO SMOKE 3 BEDROOM UNIT 113 1-125 X X X X X X ON ON
NOTE: THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES.
THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS.
ANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW, PRIOR TO PROGRAMMING.POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
IDNET CHANNEL M1 ADDRESSES IN USE: 147 (58.8%) | SPARE ADDRESSES: 103 (41.2%) SWITCH SETTINGS
Address Location Description 1 2 3 4 5 6 7 8 9
M1-126 SPHOTO SMOKE 3 BEDROOM UNIT 113 1-126 X X X X X X ON ON
M1-127 SPHOTO SMOKE 3 BEDROOM UNIT 113 1-127 X X X X X X X ON ON
M1-128 SPHOTO SMOKE 3 BEDROOM UNIT 113 1-128 X ON ON
M1-129 SPHOTO SMOKE 1 BEDROOM UNIT 112 1-129 X X ON ON
M1-130 SPHOTO SMOKE 1 BEDROOM UNIT 112 1-130 X X ON ON
M1-131 SPHOTO SMOKE 1 BEDROOM UNIT 111 1-131 X X X ON ON
M1-132 SPHOTO SMOKE 1 BEDROOM UNIT 111 1-132 X X ON ON
M1-133 SPHOTO SMOKE 2 BEDROOM UNIT 109 1-133 X X X ON ON
M1-134 SPHOTO SMOKE 2 BEDROOM UNIT 109 1-134 X X X ON ON
M1-135 SPHOTO SMOKE 2 BEDROOM UNIT 109 1-135 X X X X ON ON
M1-136 SPHOTO SMOKE 1 BEDROOM UNIT 107 1-136 X X ON ON
M1-137 SPHOTO SMOKE 1 BEDROOM UNIT 107 1-137 X X X ON ON
M1-138 SPHOTO SMOKE 1 BEDROOM UNIT 105 1-138 X X X ON ON
M1-139 SPHOTO SMOKE 1 BEDROOM UNIT 105 1-139 X X X X ON ON
M1-140 SPHOTO SMOKE 1 BEDROOM UNIT 103 1-140 X X X ON ON
M1-141 SPHOTO SMOKE 1 BEDROOM UNIT 103 1-141 X X X X ON ON
M1-142 SPHOTO SMOKE 3 BEDROOM UNIT 101 1-142 X X X X ON ON
M1-143 SPHOTO SMOKE 3 BEDROOM UNIT 101 1-143 X X X X X ON ON
M1-144 SPHOTO SMOKE 3 BEDROOM UNIT 101 1-144 X X ON ON
M1-145 SPHOTO SMOKE 3 BEDROOM UNIT 101 1-145 X X X ON ON
M1-146 PHOTO SMOKE CORRIDOR 144 1-146 X X X ON
M1-147 PHOTO SMOKE CORRIDOR 144 1-147 X X X X ON
M1-148 X X X ON
M1-149 X X X X ON
M1-150 X X X X ON
M1-151 X X X X X ON
M1-152 X X X ON
M1-153 X X X X ON
M1-154 X X X X ON
M1-155 X X X X X ON
M1-156 X X X X ON
M1-157 X X X X X ON
M1-158 X X X X X ON
M1-159 X X X X X X ON
M1-160 X X ON
M1-161 X X X ON
M1-162 X X X ON
M1-163 X X X X ON
M1-164 X X X ON
M1-165 X X X X ON
M1-166 X X X X ON
M1-167 X X X X X ON
M1-168 X X X ON
M1-169 X X X X ON
M1-170 X X X X ON
M1-171 X X X X X ON
M1-172 X X X X ON
M1-173 X X X X X ON
M1-174 X X X X X ON
M1-175 X X X X X X ON
M1-176 X X X ON
M1-177 X X X X ON
M1-178 X X X X ON
M1-179 X X X X X ON
M1-180 X X X X ON
M1-181 X X X X X ON
M1-182 X X X X X ON
M1-183 X X X X X X ON
M1-184 X X X X ON
M1-185 X X X X X ON
M1-186 X X X X X ON
M1-187 X X X X X X ON
M1-188 X X X X X ON
M1-189 X X X X X X ON
M1-190 X X X X X X ON
M1-191 X X X X X X X ON
M1-192 X X ON
M1-193 X X X ON
M1-194 X X X ON
M1-195 X X X X ON
M1-196 X X X ON
M1-197 X X X X ON
M1-198 X X X X ON
M1-199 X X X X X ON
M1-200 X X X ON
M1-201 X X X X ON
M1-202 X X X X ON
M1-203 X X X X X ON
M1-204 X X X X ON
M1-205 X X X X X ON
M1-206 X X X X X ON
M1-207 X X X X X X ON
M1-208 X X X ON
M1-209 X X X X ON
M1-210 X X X X ON
M1-211 X X X X X ON
M1-212 X X X X ON
M1-213 X X X X X ON
M1-214 X X X X X ON
M1-215 X X X X X X ON
M1-216 X X X X ON
M1-217 X X X X X ON
M1-218 X X X X X ON
M1-219 X X X X X X ON
M1-220 X X X X X ON
M1-221 X X X X X X ON
M1-222 X X X X X X ON
M1-223 X X X X X X X ON
M1-224 X X X ON
M1-225 X X X X ON
M1-226 X X X X ON
M1-227 X X X X X ON
M1-228 X X X X ON
M1-229 X X X X X ON
M1-230 X X X X X ON
M1-231 X X X X X X ON
M1-232 X X X X ON
M1-233 X X X X X ON
M1-234 X X X X X ON
M1-235 X X X X X X ON
M1-236 X X X X X ON
M1-237 X X X X X X ON
M1-238 X X X X X X ON
M1-239 X X X X X X X ON
M1-240 X X X X ON
M1-241 X X X X X ON
M1-242 X X X X X ON
M1-243 X X X X X X ON
M1-244 X X X X X ON
M1-245 X X X X X X ON
M1-246 X X X X X X ON
M1-247 X X X X X X X ON
M1-248 X X X X X ON
M1-249 X X X X X X ON
THRU ON
M1-250 X X X X X X ON
NOTE: THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES.
THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS.
ANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW, PRIOR TO PROGRAMMING.POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
IDNET CHANNEL M2 ADDRESSES IN USE: 254 (101.6%) | SPARE ADDRESSES: -4 (-1.6%) SWITCH SETTINGS
Address Device Type Point Type Location Description 1 2 3 4 5 6 7 8 9
M2-1 PHOTO SMOKE CORRIDOR 244 2-1 X ON
M2-2 SPHOTO SMOKE 2 BEDROOM UNIT 240 2-2 X ON ON
M2-3 SPHOTO SMOKE 2 BEDROOM UNIT 240 2-3 X X ON ON
M2-4 SPHOTO SMOKE 2 BEDROOM UNIT 240 2-4 X ON ON
M2-5 SPHOTO SMOKE 2 BEDROOM UNIT 243 2-5 X X ON ON
M2-6 SPHOTO SMOKE 2 BEDROOM UNIT 243 2-6 X X ON ON
M2-7 SPHOTO SMOKE 2 BEDROOM UNIT 243 2-7 X X X ON ON
M2-8 SPHOTO SMOKE 2 BEDROOM UNIT 245 2-8 X ON ON
M2-9 SPHOTO SMOKE 2 BEDROOM UNIT 245 2-9 X X ON ON
M2-10 SPHOTO SMOKE 2 BEDROOM UNIT 245 2-10 X X ON ON
M2-11 SPHOTO SMOKE 1 BEDROOM UNIT 248 2-11 X X X ON ON
M2-12 SPHOTO SMOKE 1 BEDROOM UNIT 248 2-12 X X ON ON
M2-13 SPHOTO SMOKE 2 BEDROOM UNIT 247 2-13 X X X ON ON
M2-14 SPHOTO SMOKE 2 BEDROOM UNIT 247 2-14 X X X ON ON
M2-15 SPHOTO SMOKE 2 BEDROOM UNIT 247 2-15 X X X X ON ON
M2-16 SPHOTO SMOKE STUDIO UNIT 237 2-16 X ON ON
M2-17 SPHOTO SMOKE 1 BEDROOM UNIT 238 2-17 X X ON ON
M2-18 SPHOTO SMOKE 1 BEDROOM UNIT 238 2-18 X X ON ON
M2-19 SPHOTO SMOKE 1 BEDROOM UNIT 239 2-19 X X X ON ON
M2-20 SPHOTO SMOKE 1 BEDROOM UNIT 239 2-20 X X ON ON
M2-21 SPHOTO SMOKE STUDIO UNIT 241 2-21 X X X ON ON
M2-22 SPHOTO SMOKE 1 BEDROOM UNIT 242 2-22 X X X ON ON
M2-23 SPHOTO SMOKE 1 BEDROOM UNIT 242 2-23 X X X X ON ON
M2-24 SPHOTO SMOKE 1 BEDROOM UNIT 244 2-24 X X ON ON
M2-25 SPHOTO SMOKE 1 BEDROOM UNIT 244 2-25 X X X ON ON
M2-26 SPHOTO SMOKE 2 BEDROOM UNIT 246 2-26 X X X ON ON
M2-27 SPHOTO SMOKE 2 BEDROOM UNIT 246 2-27 X X X X ON ON
M2-28 SPHOTO SMOKE 2 BEDROOM UNIT 246 2-28 X X X ON ON
M2-29 SPHOTO SMOKE 2 BEDROOM UNIT 233 2-29 X X X X ON ON
M2-30 SPHOTO SMOKE 2 BEDROOM UNIT 233 2-30 X X X X ON ON
M2-31 SPHOTO SMOKE 2 BEDROOM UNIT 233 2-31 X X X X X ON ON
M2-32 SPHOTO SMOKE 1 BEDROOM UNIT 231 2-32 X ON ON
M2-33 SPHOTO SMOKE 1 BEDROOM UNIT 231 2-33 X X ON ON
M2-34 SPHOTO SMOKE 3 BEDROOM UNIT 229 2-34 X X ON ON
M2-35 SPHOTO SMOKE 3 BEDROOM UNIT 229 2-35 X X X ON ON
M2-36 SPHOTO SMOKE 3 BEDROOM UNIT 229 2-36 X X ON ON
M2-37 SPHOTO SMOKE 3 BEDROOM UNIT 229 2-37 X X X ON ON
M2-38 SPHOTO SMOKE 2 BEDROOM UNIT 226 2-38 X X X ON ON
M2-39 SPHOTO SMOKE 2 BEDROOM UNIT 226 2-39 X X X X ON ON
M2-40 SPHOTO SMOKE 2 BEDROOM UNIT 226 2-40 X X ON ON
M2-41 SPHOTO SMOKE 2 BEDROOM UNIT 224 2-41 X X X ON ON
M2-42 SPHOTO SMOKE 2 BEDROOM UNIT 224 2-42 X X X ON ON
M2-43 SPHOTO SMOKE 2 BEDROOM UNIT 224 2-43 X X X X ON ON
M2-44 SPHOTO SMOKE 2 BEDROOM UNIT 221 2-44 X X X ON ON
M2-45 SPHOTO SMOKE 2 BEDROOM UNIT 221 2-45 X X X X ON ON
M2-46 SPHOTO SMOKE 2 BEDROOM UNIT 221 2-46 X X X X ON ON
M2-47 SPHOTO SMOKE 2 BEDROOM UNIT 219 2-47 X X X X X ON ON
M2-48 SPHOTO SMOKE 2 BEDROOM UNIT 219 2-48 X X ON ON
M2-49 SPHOTO SMOKE 2 BEDROOM UNIT 219 2-49 X X X ON ON
M2-50 SPHOTO SMOKE 2 BEDROOM UNIT 217 2-50 X X X ON ON
M2-51 SPHOTO SMOKE 2 BEDROOM UNIT 217 2-51 X X X X ON ON
M2-52 SPHOTO SMOKE 2 BEDROOM UNIT 217 2-52 X X X ON ON
M2-53 SPHOTO SMOKE STUDIO UNIT 215 2-53 X X X X ON ON
M2-54 PHOTO SMOKE ELEV LOBBY 260 2-54 X X X X ON
M2-55 PHOTO SMOKE ELECT 264 2-55 X X X X X ON
M2-56 NAC4PT SIGNAL ELECT 264 2-56 X X X ON
M2-57 SPHOTO SMOKE 2 BEDROOM UNIT 210 2-57 X X X X ON ON
M2-58 SPHOTO SMOKE 2 BEDROOM UNIT 210 2-58 X X X X ON ON
M2-59 SPHOTO SMOKE 2 BEDROOM UNIT 210 2-59 X X X X X ON ON
M2-60 SPHOTO SMOKE 1 BEDROOM UNIT 208 2-60 X X X X ON ON
M2-61 SPHOTO SMOKE 1 BEDROOM UNIT 208 2-61 X X X X X ON ON
M2-62 SPHOTO SMOKE 2 BEDROOM UNIT 206 2-62 X X X X X ON ON
M2-63 SPHOTO SMOKE 2 BEDROOM UNIT 206 2-63 X X X X X X ON ON
M2-64 SPHOTO SMOKE 2 BEDROOM UNIT 206 2-64 X ON ON
M2-65 SPHOTO SMOKE 1 BEDROOM UNIT 204 2-65 X X ON ON
M2-66 SPHOTO SMOKE 1 BEDROOM UNIT 204 2-66 X X ON ON
M2-67 SPHOTO SMOKE STUDIO UNIT 202 2-67 X X X ON ON
M2-68 SPHOTO SMOKE 2 BEDROOM UNIT 200 2-68 X X ON ON
M2-69 SPHOTO SMOKE 2 BEDROOM UNIT 200 2-69 X X X ON ON
M2-70 SPHOTO SMOKE 2 BEDROOM UNIT 200 2-70 X X X ON ON
M2-71 SPHOTO SMOKE 2 BEDROOM UNIT 236 2-71 X X X X ON ON
M2-72 SPHOTO SMOKE 2 BEDROOM UNIT 236 2-72 X X ON ON
M2-73 SPHOTO SMOKE 2 BEDROOM UNIT 236 2-73 X X X ON ON
M2-74 SPHOTO SMOKE STUDIO UNIT 235 2-74 X X X ON ON
M2-75 SPHOTO SMOKE 2 BEDROOM UNIT 234 2-75 X X X X ON ON
M2-76 SPHOTO SMOKE 2 BEDROOM UNIT 234 2-76 X X X ON ON
M2-77 SPHOTO SMOKE 2 BEDROOM UNIT 234 2-77 X X X X ON ON
M2-78 SPHOTO SMOKE 1 BEDROOM UNIT 232 2-78 X X X X ON ON
M2-79 SPHOTO SMOKE 1 BEDROOM UNIT 232 2-79 X X X X X ON ON
M2-80 SPHOTO SMOKE 1 BEDROOM UNIT 230 2-80 X X ON ON
M2-81 SPHOTO SMOKE 1 BEDROOM UNIT 230 2-81 X X X ON ON
M2-82 SPHOTO SMOKE 1 BEDROOM UNIT 228 2-82 X X X ON ON
M2-83 SPHOTO SMOKE 1 BEDROOM UNIT 228 2-83 X X X X ON ON
M2-84 SPHOTO SMOKE STUDIO UNIT 227 2-84 X X X ON ON
M2-85 SPHOTO SMOKE 2 BEDROOM UNIT 225 2-85 X X X X ON ON
M2-86 SPHOTO SMOKE 2 BEDROOM UNIT 225 2-86 X X X X ON ON
M2-87 SPHOTO SMOKE 2 BEDROOM UNIT 225 2-87 X X X X X ON ON
M2-88 SPHOTO SMOKE 2 BEDROOM UNIT 223 2-88 X X X ON ON
M2-89 SPHOTO SMOKE 2 BEDROOM UNIT 223 2-89 X X X X ON ON
M2-90 SPHOTO SMOKE 2 BEDROOM UNIT 223 2-90 X X X X ON ON
M2-91 SPHOTO SMOKE 1 BEDROOM UNIT 222 2-91 X X X X X ON ON
M2-92 SPHOTO SMOKE 1 BEDROOM UNIT 222 2-92 X X X X ON ON
M2-93 SPHOTO SMOKE 1 BEDROOM UNIT 220 2-93 X X X X X ON ON
M2-94 SPHOTO SMOKE 1 BEDROOM UNIT 220 2-94 X X X X X ON ON
M2-95 SPHOTO SMOKE 1 BEDROOM UNIT 218 2-95 X X X X X X ON ON
M2-96 SPHOTO SMOKE 1 BEDROOM UNIT 218 2-96 X X ON ON
M2-97 SPHOTO SMOKE 1 BEDROOM UNIT 216 2-97 X X X ON ON
M2-98 SPHOTO SMOKE 1 BEDROOM UNIT 216 2-98 X X X ON ON
M2-99 SPHOTO SMOKE 2 BEDROOM UNIT 214 2-99 X X X X ON ON
M2-100 SPHOTO SMOKE 2 BEDROOM UNIT 214 2-100 X X X ON ON
M2-101 SPHOTO SMOKE 2 BEDROOM UNIT 214 2-101 X X X X ON ON
M2-102 SPHOTO SMOKE 3 BEDROOM UNIT 213 2-102 X X X X ON ON
M2-103 SPHOTO SMOKE 3 BEDROOM UNIT 213 2-103 X X X X X ON ON
M2-104 SPHOTO SMOKE 3 BEDROOM UNIT 213 2-104 X X X ON ON
M2-105 SPHOTO SMOKE 3 BEDROOM UNIT 213 2-105 X X X X ON ON
M2-106 SPHOTO SMOKE 1 BEDROOM UNIT 212 2-106 X X X X ON ON
M2-107 SPHOTO SMOKE 1 BEDROOM UNIT 212 2-107 X X X X X ON ON
M2-108 SPHOTO SMOKE 1 BEDROOM UNIT 211 2-108 X X X X ON ON
M2-109 SPHOTO SMOKE 1 BEDROOM UNIT 211 2-109 X X X X X ON ON
M2-110 SPHOTO SMOKE 2 BEDROOM UNIT 209 2-110 X X X X X ON ON
M2-111 SPHOTO SMOKE 2 BEDROOM UNIT 209 2-111 X X X X X X ON ON
M2-112 SPHOTO SMOKE 2 BEDROOM UNIT 209 2-112 X X X ON ON
M2-113 SPHOTO SMOKE 1 BEDROOM UNIT 207 2-113 X X X X ON ON
M2-114 SPHOTO SMOKE 1 BEDROOM UNIT 207 2-114 X X X X ON ON
M2-115 SPHOTO SMOKE 1 BEDROOM UNIT 205 2-115 X X X X X ON ON
M2-116 SPHOTO SMOKE 1 BEDROOM UNIT 205 2-116 X X X X ON ON
M2-117 SPHOTO SMOKE 1 BEDROOM UNIT 203 2-117 X X X X X ON ON
M2-118 SPHOTO SMOKE 1 BEDROOM UNIT 203 2-118 X X X X X ON ON
M2-119 SPHOTO SMOKE 3 BEDROOM UNIT 201 2-119 X X X X X X ON ON
M2-120 SPHOTO SMOKE 3 BEDROOM UNIT 201 2-120 X X X X ON ON
M2-121 SPHOTO SMOKE 3 BEDROOM UNIT 201 2-121 X X X X X ON ON
M2-122 SPHOTO SMOKE 3 BEDROOM UNIT 201 2-122 X X X X X ON ON
M2-123 RIAM RELAY CORRIDOR 244 2-123 X X X X X X ON
M2-124 PHOTO SMOKE CORRIDOR 244 2-124 X X X X X ON
M2-125 X X X X X X ON
NOTE: THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES.
THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS.
ANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW, PRIOR TO PROGRAMMING.POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
IDNET CHANNEL M2 ADDRESSES IN USE: 254 (101.6%) | SPARE ADDRESSES: -4 (-1.6%) SWITCH SETTINGS
Address Location Description 1 2 3 4 5 6 7 8 9
M2-126 SPHOTO SMOKE 2 BEDROOM UNIT 340 2-126 X X X X X X ON ON
M2-127 SPHOTO SMOKE 2 BEDROOM UNIT 340 2-127 X X X X X X X ON ON
M2-128 SPHOTO SMOKE 2 BEDROOM UNIT 340 2-128 X ON ON
M2-129 SPHOTO SMOKE 2 BEDROOM UNIT 343 2-129 X X ON ON
M2-130 SPHOTO SMOKE 2 BEDROOM UNIT 343 2-130 X X ON ON
M2-131 SPHOTO SMOKE 2 BEDROOM UNIT 343 2-131 X X X ON ON
M2-132 SPHOTO SMOKE 2 BEDROOM UNIT 345 2-132 X X ON ON
M2-133 SPHOTO SMOKE 2 BEDROOM UNIT 345 2-133 X X X ON ON
M2-134 SPHOTO SMOKE 2 BEDROOM UNIT 345 2-134 X X X ON ON
M2-135 SPHOTO SMOKE 1 BEDROOM UNIT 348 2-135 X X X X ON ON
M2-136 SPHOTO SMOKE 1 BEDROOM UNIT 348 2-136 X X ON ON
M2-137 SPHOTO SMOKE 2 BEDROOM UNIT 347 2-137 X X X ON ON
M2-138 SPHOTO SMOKE 2 BEDROOM UNIT 347 2-138 X X X ON ON
M2-139 SPHOTO SMOKE 2 BEDROOM UNIT 347 2-139 X X X X ON ON
M2-140 SPHOTO SMOKE STUDIO UNIT 337 2-140 X X X ON ON
M2-141 SPHOTO SMOKE 1 BEDROOM UNIT 338 2-141 X X X X ON ON
M2-142 SPHOTO SMOKE 1 BEDROOM UNIT 338 2-142 X X X X ON ON
M2-143 SPHOTO SMOKE 1 BEDROOM UNIT 339 2-143 X X X X X ON ON
M2-144 SPHOTO SMOKE 1 BEDROOM UNIT 339 2-144 X X ON ON
M2-145 SPHOTO SMOKE STUDIO UNIT 341 2-145 X X X ON ON
M2-146 SPHOTO SMOKE 1 BEDROOM UNIT 342 2-146 X X X ON ON
M2-147 SPHOTO SMOKE 1 BEDROOM UNIT 342 2-147 X X X X ON ON
M2-148 SPHOTO SMOKE 1 BEDROOM UNIT 344 2-148 X X X ON ON
M2-149 SPHOTO SMOKE 1 BEDROOM UNIT 344 2-149 X X X X ON ON
M2-150 SPHOTO SMOKE 2 BEDROOM UNIT 346 2-150 X X X X ON ON
M2-151 SPHOTO SMOKE 2 BEDROOM UNIT 346 2-151 X X X X X ON ON
M2-152 SPHOTO SMOKE 2 BEDROOM UNIT 346 2-152 X X X ON ON
M2-153 SPHOTO SMOKE 2 BEDROOM UNIT 333 2-153 X X X X ON ON
M2-154 SPHOTO SMOKE 2 BEDROOM UNIT 333 2-154 X X X X ON ON
M2-155 SPHOTO SMOKE 2 BEDROOM UNIT 333 2-155 X X X X X ON ON
M2-156 SPHOTO SMOKE 1 BEDROOM UNIT 331 2-156 X X X X ON ON
M2-157 SPHOTO SMOKE 1 BEDROOM UNIT 331 2-157 X X X X X ON ON
M2-158 SPHOTO SMOKE 3 BEDROOM UNIT 329 2-158 X X X X X ON ON
M2-159 SPHOTO SMOKE 3 BEDROOM UNIT 329 2-159 X X X X X X ON ON
M2-160 SPHOTO SMOKE 3 BEDROOM UNIT 329 2-160 X X ON ON
M2-161 SPHOTO SMOKE 3 BEDROOM UNIT 329 2-161 X X X ON ON
M2-162 SPHOTO SMOKE 2 BEDROOM UNIT 326 2-162 X X X ON ON
M2-163 SPHOTO SMOKE 2 BEDROOM UNIT 326 2-163 X X X X ON ON
M2-164 SPHOTO SMOKE 2 BEDROOM UNIT 326 2-164 X X X ON ON
M2-165 SPHOTO SMOKE 2 BEDROOM UNIT 324 2-165 X X X X ON ON
M2-166 SPHOTO SMOKE 2 BEDROOM UNIT 324 2-166 X X X X ON ON
M2-167 SPHOTO SMOKE 2 BEDROOM UNIT 324 2-167 X X X X X ON ON
M2-168 SPHOTO SMOKE 2 BEDROOM UNIT 321 2-168 X X X ON ON
M2-169 SPHOTO SMOKE 2 BEDROOM UNIT 321 2-169 X X X X ON ON
M2-170 SPHOTO SMOKE 2 BEDROOM UNIT 321 2-170 X X X X ON ON
M2-171 SPHOTO SMOKE 2 BEDROOM UNIT 319 2-171 X X X X X ON ON
M2-172 SPHOTO SMOKE 2 BEDROOM UNIT 319 2-172 X X X X ON ON
M2-173 SPHOTO SMOKE 2 BEDROOM UNIT 319 2-173 X X X X X ON ON
M2-174 SPHOTO SMOKE 2 BEDROOM UNIT 317 2-174 X X X X X ON ON
M2-175 SPHOTO SMOKE 2 BEDROOM UNIT 317 2-175 X X X X X X ON ON
M2-176 SPHOTO SMOKE 2 BEDROOM UNIT 317 2-176 X X X ON ON
M2-177 SPHOTO SMOKE STUDIO UNIT 315 2-177 X X X X ON ON
M2-178 PHOTO SMOKE ELEV LOBBY 360 2-178 X X X X ON
M2-179 PHOTO SMOKE ELECT 364 2-179 X X X X X ON
M2-180 NAC4PT SIGNAL ELECT 364 2-180 X X X X ON
M2-181 SPHOTO SMOKE 2 BEDROOM UNIT 310 2-181 X X X X X ON ON
M2-182 SPHOTO SMOKE 2 BEDROOM UNIT 310 2-182 X X X X X ON ON
M2-183 SPHOTO SMOKE 2 BEDROOM UNIT 310 2-183 X X X X X X ON ON
M2-184 SPHOTO SMOKE 1 BEDROOM UNIT 308 2-184 X X X X ON ON
M2-185 SPHOTO SMOKE 1 BEDROOM UNIT 308 2-185 X X X X X ON ON
M2-186 SPHOTO SMOKE 2 BEDROOM UNIT 306 2-186 X X X X X ON ON
M2-187 SPHOTO SMOKE 2 BEDROOM UNIT 306 2-187 X X X X X X ON ON
M2-188 SPHOTO SMOKE 2 BEDROOM UNIT 306 2-188 X X X X X ON ON
M2-189 SPHOTO SMOKE 1 BEDROOM UNIT 304 2-189 X X X X X X ON ON
M2-190 SPHOTO SMOKE 1 BEDROOM UNIT 304 2-190 X X X X X X ON ON
M2-191 SPHOTO SMOKE STUDIO UNIT 302 2-191 X X X X X X X ON ON
M2-192 SPHOTO SMOKE 2 BEDROOM UNIT 300 2-192 X X ON ON
M2-193 SPHOTO SMOKE 2 BEDROOM UNIT 300 2-193 X X X ON ON
M2-194 SPHOTO SMOKE 2 BEDROOM UNIT 300 2-194 X X X ON ON
M2-195 SPHOTO SMOKE 2 BEDROOM UNIT 336 2-195 X X X X ON ON
M2-196 SPHOTO SMOKE 2 BEDROOM UNIT 336 2-196 X X X ON ON
M2-197 SPHOTO SMOKE 2 BEDROOM UNIT 336 2-197 X X X X ON ON
M2-198 SPHOTO SMOKE STUDIO UNIT 335 2-198 X X X X ON ON
M2-199 SPHOTO SMOKE 2 BEDROOM UNIT 334 2-199 X X X X X ON ON
M2-200 SPHOTO SMOKE 2 BEDROOM UNIT 334 2-200 X X X ON ON
M2-201 SPHOTO SMOKE 2 BEDROOM UNIT 334 2-201 X X X X ON ON
M2-202 SPHOTO SMOKE 1 BEDROOM UNIT 332 2-202 X X X X ON ON
M2-203 SPHOTO SMOKE 1 BEDROOM UNIT 332 2-203 X X X X X ON ON
M2-204 SPHOTO SMOKE 1 BEDROOM UNIT 330 2-204 X X X X ON ON
M2-205 SPHOTO SMOKE 1 BEDROOM UNIT 330 2-205 X X X X X ON ON
M2-206 SPHOTO SMOKE 1 BEDROOM UNIT 328 2-206 X X X X X ON ON
M2-207 SPHOTO SMOKE 1 BEDROOM UNIT 328 2-207 X X X X X X ON ON
M2-208 SPHOTO SMOKE STUDIO UNIT 327 2-208 X X X ON ON
M2-209 SPHOTO SMOKE 2 BEDROOM UNIT 325 2-209 X X X X ON ON
M2-210 SPHOTO SMOKE 2 BEDROOM UNIT 325 2-210 X X X X ON ON
M2-211 SPHOTO SMOKE 2 BEDROOM UNIT 325 2-211 X X X X X ON ON
M2-212 SPHOTO SMOKE 2 BEDROOM UNIT 323 2-212 X X X X ON ON
M2-213 SPHOTO SMOKE 2 BEDROOM UNIT 323 2-213 X X X X X ON ON
M2-214 SPHOTO SMOKE 2 BEDROOM UNIT 323 2-214 X X X X X ON ON
M2-215 SPHOTO SMOKE 1 BEDROOM UNIT 322 2-215 X X X X X X ON ON
M2-216 SPHOTO SMOKE 1 BEDROOM UNIT 322 2-216 X X X X ON ON
M2-217 SPHOTO SMOKE 1 BEDROOM UNIT 320 2-217 X X X X X ON ON
M2-218 SPHOTO SMOKE 1 BEDROOM UNIT 320 2-218 X X X X X ON ON
M2-219 SPHOTO SMOKE 1 BEDROOM UNIT 318 2-219 X X X X X X ON ON
M2-220 SPHOTO SMOKE 1 BEDROOM UNIT 318 2-220 X X X X X ON ON
M2-221 SPHOTO SMOKE 1 BEDROOM UNIT 316 2-221 X X X X X X ON ON
M2-222 SPHOTO SMOKE 1 BEDROOM UNIT 316 2-222 X X X X X X ON ON
M2-223 SPHOTO SMOKE 2 BEDROOM UNIT 314 2-223 X X X X X X X ON ON
M2-224 SPHOTO SMOKE 2 BEDROOM UNIT 314 2-224 X X X ON ON
M2-225 SPHOTO SMOKE 2 BEDROOM UNIT 314 2-225 X X X X ON ON
M2-226 SPHOTO SMOKE 3 BEDROOM UNIT 313 2-226 X X X X ON ON
M2-227 SPHOTO SMOKE 3 BEDROOM UNIT 313 2-227 X X X X X ON ON
M2-228 SPHOTO SMOKE 3 BEDROOM UNIT 313 2-228 X X X X ON ON
M2-229 SPHOTO SMOKE 3 BEDROOM UNIT 313 2-229 X X X X X ON ON
M2-230 RIAM RELAY CORRIDOR 344 2-230 X X X X X ON
M2-231 SPHOTO SMOKE 1 BEDROOM UNIT 312 2-231 X X X X X X ON ON
M2-232 SPHOTO SMOKE 1 BEDROOM UNIT 312 2-232 X X X X ON ON
M2-233 SPHOTO SMOKE 1 BEDROOM UNIT 311 2-233 X X X X X ON ON
M2-234 SPHOTO SMOKE 1 BEDROOM UNIT 311 2-234 X X X X X ON ON
M2-235 SPHOTO SMOKE 2 BEDROOM UNIT 309 2-235 X X X X X X ON ON
M2-236 SPHOTO SMOKE 2 BEDROOM UNIT 309 2-236 X X X X X ON ON
M2-237 SPHOTO SMOKE 2 BEDROOM UNIT 309 2-237 X X X X X X ON ON
M2-238 SPHOTO SMOKE 1 BEDROOM UNIT 307 2-238 X X X X X X ON ON
M2-239 SPHOTO SMOKE 1 BEDROOM UNIT 307 2-239 X X X X X X X ON ON
M2-240 SPHOTO SMOKE 1 BEDROOM UNIT 305 2-240 X X X X ON ON
M2-241 SPHOTO SMOKE 1 BEDROOM UNIT 305 2-241 X X X X X ON ON
M2-242 SPHOTO SMOKE 1 BEDROOM UNIT 303 2-242 X X X X X ON ON
M2-243 SPHOTO SMOKE 1 BEDROOM UNIT 303 2-243 X X X X X X ON ON
M2-244 SPHOTO SMOKE 3 BEDROOM UNIT 301 2-244 X X X X X ON ON
M2-245 SPHOTO SMOKE 3 BEDROOM UNIT 301 2-245 X X X X X X ON ON
M2-246 SPHOTO SMOKE 3 BEDROOM UNIT 301 2-246 X X X X X X ON ON
M2-247 SPHOTO SMOKE 3 BEDROOM UNIT 301 2-247 X X X X X X X ON ON
M2-248 PHOTO SMOKE CORRIDOR 344 2-248 X X X X X ON
M2-249 PHOTO SMOKE CORRIDOR 344 2-249 X X X X X X ON
THRU ON
M2-250 X X X X X X ON
NOTE: THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES.
THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS.
ANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW, PRIOR TO PROGRAMMING.POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
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ISSU
E LO
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Revi
sion
s sh
own
wit
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sy
mbo
l
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
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CE T
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SER:
By
acce
ptin
g or
usi
ng t
his
draw
ing
and/
or t
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form
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here
in,
the
user
agr
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to t
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win
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and
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itio
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nic
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in t
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may
be
subj
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to in
tent
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Any
use
, re
use,
cop
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alt
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of t
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form
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ntai
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hall
be a
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Thi
s in
form
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e so
ld o
r tr
ansf
erre
d to
any
thi
rd p
arty
, us
ed o
n ot
her
proj
ects
or
addi
tion
s to
the
pro
ject
for
whi
ch it
was
pre
pare
d, o
r us
ed f
or c
ompl
etio
n of
thi
s pr
ojec
t by
any
thi
rd p
arty
. S
impl
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by t
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k. U
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o th
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nd a
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age
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jury
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sing
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here
from
.
FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-6
01.d
wg
9/13
/201
6 9:
52:3
1 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-601
CALCULATIONS AND
SCHEDULES
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
s:\1-current projects\7555-parkway off central\Fire\FA-601.dwg, FA-601 CALCULATIONS AND SCHEDULES, 9/13/2016 9:52:30 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
IDNET CHANNEL M3 ADDRESSES IN USE: 148 (59.2%) | SPARE ADDRESSES: 102 (40.8%) SWITCH SETTINGS
Address Device Type Point Type Location Description 1 2 3 4 5 6 7 8 9
M3-1 PHOTO SMOKE ELECT 259 3-1 X ON
M3-2 NAC4PT SIGNAL ELECT 259 3-2 X ON
M3-3 RIAM RELAY CORRIDOR 244 3-3 X X ON
M3-4 PHOTO SMOKE FLOOR LOBBY 256 3-4 X ON
M3-5 X X ON
M3-6 X X ON
M3-7 X X X ON
M3-8 X ON
M3-9 X X ON
M3-10 X X ON
M3-11 PHOTO SMOKE ELECT 359 3-11 X X X ON
M3-12 NAC4PT SIGNAL ELECT 359 3-12 X X ON
M3-13 RIAM RELAY CORRIDOR 344 3-13 X X X ON
M3-14 PHOTO SMOKE FLOOR LOBBY 356 3-14 X X X ON
M3-15 X X X X ON
M3-16 X ON
M3-17 X X ON
M3-18 X X ON
M3-19 X X X ON
M3-20 X X ON
M3-21 PHOTO SMOKE ELECT 459 3-21 X X X ON
M3-22 NAC4PT SIGNAL ELECT 459 3-22 X X X ON
M3-23 RIAM RELAY CORRIDOR 444 3-23 X X X X ON
M3-24 PHOTO SMOKE FLOOR LOBBY 456 3-24 X X ON
M3-25 SPHOTO SMOKE 2 BEDROOM UNIT 440 3-25 X X X ON ON
M3-26 SPHOTO SMOKE 2 BEDROOM UNIT 440 3-26 X X X ON ON
M3-27 SPHOTO SMOKE 2 BEDROOM UNIT 440 3-27 X X X X ON ON
M3-28 SPHOTO SMOKE 2 BEDROOM UNIT 443 3-28 X X X ON ON
M3-29 SPHOTO SMOKE 2 BEDROOM UNIT 443 3-29 X X X X ON ON
M3-30 SPHOTO SMOKE 2 BEDROOM UNIT 443 3-30 X X X X ON ON
M3-31 SPHOTO SMOKE 2 BEDROOM UNIT 445 3-31 X X X X X ON ON
M3-32 SPHOTO SMOKE 2 BEDROOM UNIT 445 3-32 X ON ON
M3-33 SPHOTO SMOKE 2 BEDROOM UNIT 445 3-33 X X ON ON
M3-34 SPHOTO SMOKE 1 BEDROOM UNIT 448 3-34 X X ON ON
M3-35 SPHOTO SMOKE 1 BEDROOM UNIT 448 3-35 X X X ON ON
M3-36 SPHOTO SMOKE 2 BEDROOM UNIT 447 3-36 X X ON ON
M3-37 SPHOTO SMOKE 2 BEDROOM UNIT 447 3-37 X X X ON ON
M3-38 SPHOTO SMOKE 2 BEDROOM UNIT 447 3-38 X X X ON ON
M3-39 SPHOTO SMOKE STUDIO UNIT 437 3-39 X X X X ON ON
M3-40 SPHOTO SMOKE 1 BEDROOM UNIT 438 3-40 X X ON ON
M3-41 SPHOTO SMOKE 1 BEDROOM UNIT 438 3-41 X X X ON ON
M3-42 SPHOTO SMOKE 1 BEDROOM UNIT 439 3-42 X X X ON ON
M3-43 SPHOTO SMOKE 1 BEDROOM UNIT 439 3-43 X X X X ON ON
M3-44 SPHOTO SMOKE STUDIO UNIT 441 3-44 X X X ON ON
M3-45 SPHOTO SMOKE 1 BEDROOM UNIT 442 3-45 X X X X ON ON
M3-46 SPHOTO SMOKE 1 BEDROOM UNIT 442 3-46 X X X X ON ON
M3-47 SPHOTO SMOKE 1 BEDROOM UNIT 444 3-47 X X X X X ON ON
M3-48 SPHOTO SMOKE 1 BEDROOM UNIT 444 3-48 X X ON ON
M3-49 SPHOTO SMOKE 2 BEDROOM UNIT 446 3-49 X X X ON ON
M3-50 SPHOTO SMOKE 2 BEDROOM UNIT 446 3-50 X X X ON ON
M3-51 SPHOTO SMOKE 2 BEDROOM UNIT 446 3-51 X X X X ON ON
M3-52 SPHOTO SMOKE 2 BEDROOM UNIT 433 3-52 X X X ON ON
M3-53 SPHOTO SMOKE 2 BEDROOM UNIT 433 3-53 X X X X ON ON
M3-54 SPHOTO SMOKE 2 BEDROOM UNIT 433 3-54 X X X X ON ON
M3-55 SPHOTO SMOKE 1 BEDROOM UNIT 431 3-55 X X X X X ON ON
M3-56 SPHOTO SMOKE 1 BEDROOM UNIT 431 3-56 X X X ON ON
M3-57 SPHOTO SMOKE 3 BEDROOM UNIT 429 3-57 X X X X ON ON
M3-58 SPHOTO SMOKE 3 BEDROOM UNIT 429 3-58 X X X X ON ON
M3-59 SPHOTO SMOKE 3 BEDROOM UNIT 429 3-59 X X X X X ON ON
M3-60 SPHOTO SMOKE 3 BEDROOM UNIT 429 3-60 X X X X ON ON
M3-61 SPHOTO SMOKE 2 BEDROOM UNIT 426 3-61 X X X X X ON ON
M3-62 SPHOTO SMOKE 2 BEDROOM UNIT 426 3-62 X X X X X ON ON
M3-63 SPHOTO SMOKE 2 BEDROOM UNIT 426 3-63 X X X X X X ON ON
M3-64 SPHOTO SMOKE 2 BEDROOM UNIT 424 3-64 X ON ON
M3-65 SPHOTO SMOKE 2 BEDROOM UNIT 424 3-65 X X ON ON
M3-66 SPHOTO SMOKE 2 BEDROOM UNIT 424 3-66 X X ON ON
M3-67 SPHOTO SMOKE 2 BEDROOM UNIT 421 3-67 X X X ON ON
M3-68 SPHOTO SMOKE 2 BEDROOM UNIT 421 3-68 X X ON ON
M3-69 SPHOTO SMOKE 2 BEDROOM UNIT 421 3-69 X X X ON ON
M3-70 SPHOTO SMOKE 2 BEDROOM UNIT 419 3-70 X X X ON ON
M3-71 SPHOTO SMOKE 2 BEDROOM UNIT 419 3-71 X X X X ON ON
M3-72 SPHOTO SMOKE 2 BEDROOM UNIT 419 3-72 X X ON ON
M3-73 SPHOTO SMOKE 2 BEDROOM UNIT 417 3-73 X X X ON ON
M3-74 SPHOTO SMOKE 2 BEDROOM UNIT 417 3-74 X X X ON ON
M3-75 SPHOTO SMOKE 2 BEDROOM UNIT 417 3-75 X X X X ON ON
M3-76 SPHOTO SMOKE STUDIO UNIT 415 3-76 X X X ON ON
M3-77 PHOTO SMOKE ELEV LOBBY 460 3-77 X X X X ON
M3-78 PHOTO SMOKE ELECT 464 3-78 X X X X ON
M3-79 NAC4PT SIGNAL ELECT 464 3-79 X X X X X ON
M3-80 SPHOTO SMOKE 2 BEDROOM UNIT 410 3-80 X X ON ON
M3-81 SPHOTO SMOKE 2 BEDROOM UNIT 410 3-81 X X X ON ON
M3-82 SPHOTO SMOKE 2 BEDROOM UNIT 410 3-82 X X X ON ON
M3-83 SPHOTO SMOKE 1 BEDROOM UNIT 408 3-83 X X X X ON ON
M3-84 SPHOTO SMOKE 1 BEDROOM UNIT 408 3-84 X X X ON ON
M3-85 SPHOTO SMOKE 2 BEDROOM UNIT 406 3-85 X X X X ON ON
M3-86 SPHOTO SMOKE 2 BEDROOM UNIT 406 3-86 X X X X ON ON
M3-87 SPHOTO SMOKE 2 BEDROOM UNIT 406 3-87 X X X X X ON ON
M3-88 SPHOTO SMOKE 1 BEDROOM UNIT 404 3-88 X X X ON ON
M3-89 SPHOTO SMOKE 1 BEDROOM UNIT 404 3-89 X X X X ON ON
M3-90 SPHOTO SMOKE UNIT 402 3-90 X X X X ON ON
M3-91 SPHOTO SMOKE 2 BEDROOM UNIT 400 3-91 X X X X X ON ON
M3-92 SPHOTO SMOKE 2 BEDROOM UNIT 400 3-92 X X X X ON ON
M3-93 SPHOTO SMOKE 2 BEDROOM UNIT 400 3-93 X X X X X ON ON
M3-94 SPHOTO SMOKE 2 BEDROOM UNIT 436 3-94 X X X X X ON ON
M3-95 SPHOTO SMOKE 2 BEDROOM UNIT 436 3-95 X X X X X X ON ON
M3-96 SPHOTO SMOKE 2 BEDROOM UNIT 436 3-96 X X ON ON
M3-97 SPHOTO SMOKE STUDIO UNIT 435 3-97 X X X ON ON
M3-98 SPHOTO SMOKE 2 BEDROOM UNIT 434 3-98 X X X ON ON
M3-99 SPHOTO SMOKE 2 BEDROOM UNIT 434 3-99 X X X X ON ON
M3-100 SPHOTO SMOKE 2 BEDROOM UNIT 434 3-100 X X X ON ON
M3-101 SPHOTO SMOKE 1 BEDROOM UNIT 432 3-101 X X X X ON ON
M3-102 SPHOTO SMOKE 1 BEDROOM UNIT 432 3-102 X X X X ON ON
M3-103 SPHOTO SMOKE 1 BEDROOM UNIT 430 3-103 X X X X X ON ON
M3-104 SPHOTO SMOKE 1 BEDROOM UNIT 430 3-104 X X X ON ON
M3-105 SPHOTO SMOKE 1 BEDROOM UNIT 428 3-105 X X X X ON ON
M3-106 SPHOTO SMOKE 1 BEDROOM UNIT 428 3-106 X X X X ON ON
M3-107 SPHOTO SMOKE STUDIO UNIT 427 3-107 X X X X X ON ON
M3-108 SPHOTO SMOKE 2 BEDROOM UNIT 425 3-108 X X X X ON ON
M3-109 SPHOTO SMOKE 2 BEDROOM UNIT 425 3-109 X X X X X ON ON
M3-110 SPHOTO SMOKE 2 BEDROOM UNIT 425 3-110 X X X X X ON ON
M3-111 SPHOTO SMOKE 2 BEDROOM UNIT 423 3-111 X X X X X X ON ON
M3-112 SPHOTO SMOKE 2 BEDROOM UNIT 423 3-112 X X X ON ON
M3-113 SPHOTO SMOKE 2 BEDROOM UNIT 423 3-113 X X X X ON ON
M3-114 SPHOTO SMOKE 1 BEDROOM UNIT 422 3-114 X X X X ON ON
M3-115 SPHOTO SMOKE 1 BEDROOM UNIT 422 3-115 X X X X X ON ON
M3-116 SPHOTO SMOKE 1 BEDROOM UNIT 420 3-116 X X X X ON ON
M3-117 SPHOTO SMOKE 1 BEDROOM UNIT 420 3-117 X X X X X ON ON
M3-118 SPHOTO SMOKE 1 BEDROOM UNIT 418 3-118 X X X X X ON ON
M3-119 SPHOTO SMOKE 1 BEDROOM UNIT 418 3-119 X X X X X X ON ON
M3-120 SPHOTO SMOKE 1 BEDROOM UNIT 416 3-120 X X X X ON ON
M3-121 SPHOTO SMOKE 1 BEDROOM UNIT 416 3-121 X X X X X ON ON
M3-122 SPHOTO SMOKE 2 BEDROOM UNIT 414 3-122 X X X X X ON ON
M3-123 SPHOTO SMOKE 2 BEDROOM UNIT 414 3-123 X X X X X X ON ON
M3-124 SPHOTO SMOKE 2 BEDROOM UNIT 414 3-124 X X X X X ON ON
M3-125 SPHOTO SMOKE 3 BEDROOM UNIT 413 3-125 X X X X X X ON ON
NOTE: THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES.
THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS.
ANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW, PRIOR TO PROGRAMMING.POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
IDNET CHANNEL M3 ADDRESSES IN USE: 148 (59.2%) | SPARE ADDRESSES: 102 (40.8%) SWITCH SETTINGS
Address Location Description 1 2 3 4 5 6 7 8 9
M3-126 SPHOTO SMOKE 3 BEDROOM UNIT 413 3-126 X X X X X X ON ON
M3-127 SPHOTO SMOKE 3 BEDROOM UNIT 413 3-127 X X X X X X X ON ON
M3-128 SPHOTO SMOKE 3 BEDROOM UNIT 413 3-128 X ON ON
M3-129 SPHOTO SMOKE 1 BEDROOM UNIT 412 3-129 X X ON ON
M3-130 SPHOTO SMOKE 1 BEDROOM UNIT 412 3-130 X X ON ON
M3-131 RIAM RELAY CORRIDOR 444 3-131 X X X ON
M3-132 SPHOTO SMOKE 1 BEDROOM UNIT 411 3-132 X X ON ON
M3-133 SPHOTO SMOKE 1 BEDROOM UNIT 411 3-133 X X X ON ON
M3-134 SPHOTO SMOKE 2 BEDROOM UNIT 409 3-134 X X X ON ON
M3-135 SPHOTO SMOKE 2 BEDROOM UNIT 409 3-135 X X X X ON ON
M3-136 SPHOTO SMOKE 2 BEDROOM UNIT 409 3-136 X X ON ON
M3-137 SPHOTO SMOKE 1 BEDROOM UNIT 407 3-137 X X X ON ON
M3-138 SPHOTO SMOKE 1 BEDROOM UNIT 407 3-138 X X X ON ON
M3-139 SPHOTO SMOKE 1 BEDROOM UNIT 405 3-139 X X X X ON ON
M3-140 SPHOTO SMOKE 1 BEDROOM UNIT 405 3-140 X X X ON ON
M3-141 SPHOTO SMOKE 1 BEDROOM UNIT 403 3-141 X X X X ON ON
M3-142 SPHOTO SMOKE 1 BEDROOM UNIT 403 3-142 X X X X ON ON
M3-143 SPHOTO SMOKE 3 BEDROOM UNIT 401 3-143 X X X X X ON ON
M3-144 SPHOTO SMOKE 3 BEDROOM UNIT 401 3-144 X X ON ON
M3-145 SPHOTO SMOKE 3 BEDROOM UNIT 401 3-145 X X X ON ON
M3-146 SPHOTO SMOKE 3 BEDROOM UNIT 401 3-146 X X X ON ON
M3-147 PHOTO SMOKE CORRIDOR 444 3-147 X X X X ON
M3-148 PHOTO SMOKE CORRIDOR 444 3-148 X X X ON
M3-149 X X X X ON
M3-150 X X X X ON
M3-151 X X X X X ON
M3-152 X X X ON
M3-153 X X X X ON
M3-154 X X X X ON
M3-155 X X X X X ON
M3-156 X X X X ON
M3-157 X X X X X ON
M3-158 X X X X X ON
M3-159 X X X X X X ON
M3-160 X X ON
M3-161 X X X ON
M3-162 X X X ON
M3-163 X X X X ON
M3-164 X X X ON
M3-165 X X X X ON
M3-166 X X X X ON
M3-167 X X X X X ON
M3-168 X X X ON
M3-169 X X X X ON
M3-170 X X X X ON
M3-171 X X X X X ON
M3-172 X X X X ON
M3-173 X X X X X ON
M3-174 X X X X X ON
M3-175 X X X X X X ON
M3-176 X X X ON
M3-177 X X X X ON
M3-178 X X X X ON
M3-179 X X X X X ON
M3-180 X X X X ON
M3-181 X X X X X ON
M3-182 X X X X X ON
M3-183 X X X X X X ON
M3-184 X X X X ON
M3-185 X X X X X ON
M3-186 X X X X X ON
M3-187 X X X X X X ON
M3-188 X X X X X ON
M3-189 X X X X X X ON
M3-190 X X X X X X ON
M3-191 X X X X X X X ON
M3-192 X X ON
M3-193 X X X ON
M3-194 X X X ON
M3-195 X X X X ON
M3-196 X X X ON
M3-197 X X X X ON
M3-198 X X X X ON
M3-199 X X X X X ON
M3-200 X X X ON
M3-201 X X X X ON
M3-202 X X X X ON
M3-203 X X X X X ON
M3-204 X X X X ON
M3-205 X X X X X ON
M3-206 X X X X X ON
M3-207 X X X X X X ON
M3-208 X X X ON
M3-209 X X X X ON
M3-210 X X X X ON
M3-211 X X X X X ON
M3-212 X X X X ON
M3-213 X X X X X ON
M3-214 X X X X X ON
M3-215 X X X X X X ON
M3-216 X X X X ON
M3-217 X X X X X ON
M3-218 X X X X X ON
M3-219 X X X X X X ON
M3-220 X X X X X ON
M3-221 X X X X X X ON
M3-222 X X X X X X ON
M3-223 X X X X X X X ON
M3-224 X X X ON
M3-225 X X X X ON
M3-226 X X X X ON
M3-227 X X X X X ON
M3-228 X X X X ON
M3-229 X X X X X ON
M3-230 X X X X X ON
M3-231 X X X X X X ON
M3-232 X X X X ON
M3-233 X X X X X ON
M3-234 X X X X X ON
M3-235 X X X X X X ON
M3-236 X X X X X ON
M3-237 X X X X X X ON
M3-238 X X X X X X ON
M3-239 X X X X X X X ON
M3-240 X X X X ON
M3-241 X X X X X ON
M3-242 X X X X X ON
M3-243 X X X X X X ON
M3-244 X X X X X ON
M3-245 X X X X X X ON
M3-246 X X X X X X ON
M3-247 X X X X X X X ON
M3-248 X X X X X ON
M3-249 X X X X X X ON
THRU ON
M3-250 X X X X X X ON
NOTE: THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES.
THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS.ANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW, PRIOR TO PROGRAMMING.POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
VOLTAGE DROP SUMMARYPlan
Circuit Description Load % Drop
H3 1ST FLOOR NORTH CENTER SIG3 1.290A 11.30%H4 2ND FLOOR NORTH CENTER SIG4 1.161A 9.54%H5 SPARE SIG5 0.000A 0.00%
2.451A Total
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
H3 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.30%Circuit Capacity 3.A
Normal OperationDistance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceH3-1 4098-9772 520 Hz 167 0.129 1.323 18.18H3-2 4098-9772 520 Hz 24 0.129 1.494 18.01H3-3 4098-9772 520 Hz 25 0.129 1.652 17.85H3-4 4098-9772 520 Hz 25 0.129 1.791 17.71H3-5 4098-9772 520 Hz 26 0.129 1.914 17.59H3-6 4098-9772 520 Hz 24 0.129 2.009 17.49H3-7 4098-9772 520 Hz 26 0.129 2.092 17.41H3-8 4098-9772 520 Hz 23 0.129 2.146 17.35H3-9 4098-9772 520 Hz 24 0.129 2.185 17.32H3-10 4098-9772 520 Hz 23 0.129 2.203 17.30
Totals: 387 Ft. 1.290A
H4 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 9.54%Ckt Capacity 3.A
Normal OperationDistance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceH4-1 4098-9772 520 Hz 158 0.129 1.126 18.37H4-2 4098-9772 520 Hz 29 0.129 1.310 18.19H4-3 4098-9772 520 Hz 24 0.129 1.443 18.06H4-4 4098-9772 520 Hz 25 0.129 1.562 17.94H4-5 4098-9772 520 Hz 25 0.129 1.661 17.84H4-6 4098-9772 520 Hz 26 0.129 1.743 17.76H4-7 4098-9772 520 Hz 24 0.129 1.800 17.70H4-8 4098-9772 520 Hz 26 0.129 1.842 17.66H4-9 4098-9772 520 Hz 23 0.129 1.860 17.64
Totals: 360 Ft. 1.161A
VOLTAGE DROP SUMMARYPlan
Circuit Description Load % DropH9 3RD FLOOR NORTH-CENTER SIG9 1.161A 9.54%H10 4TH FLOOR NORTH-CENTER SIG10 1.161A 11.07%H11 SPARE SIG11 0.000A 0.00%
2.322A Total
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
H9 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 9.54%Circuit Capacity 3.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceH9-1 4098-9772 520 Hz 158 0.129 1.126 18.37H9-2 4098-9772 520 Hz 29 0.129 1.310 18.19H9-3 4098-9772 520 Hz 24 0.129 1.443 18.06H9-4 4098-9772 520 Hz 25 0.129 1.562 17.94H9-5 4098-9772 520 Hz 25 0.129 1.661 17.84H9-6 4098-9772 520 Hz 26 0.129 1.743 17.76H9-7 4098-9772 520 Hz 24 0.129 1.800 17.70H9-8 4098-9772 520 Hz 26 0.129 1.842 17.66H9-9 4098-9772 520 Hz 23 0.129 1.860 17.64
Totals: 360 Ft. 1.161A
H10 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.07%Ckt Capacity 3.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceH10-1 4098-9772 520 Hz 200 0.129 1.426 18.07H10-2 4098-9772 520 Hz 29 0.129 1.609 17.89H10-3 4098-9772 520 Hz 24 0.129 1.743 17.76H10-4 4098-9772 520 Hz 25 0.129 1.861 17.64H10-5 4098-9772 520 Hz 25 0.129 1.960 17.54H10-6 4098-9772 520 Hz 26 0.129 2.043 17.46H10-7 4098-9772 520 Hz 24 0.129 2.100 17.40H10-8 4098-9772 520 Hz 26 0.129 2.141 17.36H10-9 4098-9772 520 Hz 23 0.129 2.159 17.34
Totals: 402 Ft. 1.161A
Parkway Off Central - EPS-1 CIRCUIT SUMMARY & VOLTAGE DROP
Alarm Unit Wire Spare Spare
Channel Description Current % Drop Load* Length Current VoltageDropA1:1 GARAGE/3RD FLOOR 2.479A 11.32% 29 2,248 17% 45%A1:2 1ST FLOOR/4TH FLOOR 2.453A 4.07% 37 2,263 18% 80%A1:3 2ND FLOOR 1.995A 9.58% 22 1,314 34% 54%
EPRs
FOR
A1:
1
0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%
EPRs
FOR
A1:
2
0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%
EPRs
FOR
A1:
3
0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%0.000A 0.00% 0 0 100% 100%
* 139 Unit Load Limit
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.A1: ENHANCED POWER SUPPLY - CHANNEL 1 SWITCH SETTINGS
IDNac Number Device Type PID Candela Custom Label (Max 40 Characters) 1A1:1-1 AV 49AV-WRF 75cd GARAGE 001 1-1-1 X ON
A1:1-2 AV 49AV-WRF 75cd GARAGE 001 1-1-2 X ON
A1:1-3 AV 49AV-WRF 75cd GARAGE 001 1-1-3 X X ON
A1:1-4 AV 49AV-WRF 75cd GARAGE 001 1-1-4 X ON
A1:1-5 AV 49AV-WRF 75cd GARAGE 001 1-1-5 X X ON
A1:1-6 AV 49AV-WRF 75cd GARAGE 001 1-1-6 X X ON
A1:1-7 AV 49AV-WRF 75cd GARAGE 001 1-1-7 X X X ON
A1:1-8 AV 49AV-WRF 75cd GARAGE 001 1-1-8 X ON
A1:1-9 AV 49AV-WRF 75cd GARAGE 001 1-1-9 X X ON
A1:1-10 AV 49AV-WRF 75cd GARAGE 001 1-1-10 X X ON
A1:1-11 AV 49AV-WRF 75cd GARAGE 001 1-1-11 X X X ON
A1:1-12 AV 49AV-WRF 75cd GARAGE 001 1-1-12 X X ON
A1:1-13 AV 49AV-WRF 75cd GARAGE 001 1-1-13 X X X ON
A1:1-14 AV 49AV-WRF 75cd GARAGE 001 1-1-14 X X X ON
A1:1-15 AV 49AV-WRF 75cd GARAGE 001 1-1-15 X X X X ON
A1:1-16 AV 49AV-WRF 75cd GARAGE 001 1-1-16 X ON
A1:1-17 X X ON
A1:1-18 AV 49AV-WRF 15cd CORRIDOR 344 1-1-18 X X ON
A1:1-19 AV 49AV-WRF 15cd CORRIDOR 344 1-1-19 X X X ON
A1:1-20 AV 49AV-WRF 15cd CORRIDOR 344 1-1-20 X X ON
A1:1-21 AV 49AV-WRF 15cd CORRIDOR 344 1-1-21 X X X ON
A1:1-22 AV 49AV-WRF 15cd CORRIDOR 344 1-1-22 X X X ON
A1:1-23 AV 49AV-WRF 15cd CORRIDOR 344 1-1-23 X X X X ON
A1:1-24 AV 49AV-WRF 15cd CORRIDOR 344 1-1-24 X X ON
A1:1-25 AV 49AV-WRF 15cd CORRIDOR 344 1-1-25 X X X ON
A1:1-26 AV 49AV-WRF 15cd CORRIDOR 344 1-1-26 X X X ON
A1:1-27 AV 49AV-WRF 15cd CORRIDOR 344 1-1-27 X X X X ON
A1:1-28 AV 49AV-WRF 15cd CORRIDOR 344 1-1-28 X X X ON
A1:1-29 AV 49AV-WRF 15cd STORAGE 358 1-1-29 X X X X ON
A1:1-30 AV 49AV-WRF 15cd STORAGE 362 1-1-30 X X X X ON
A1:1-31 X X X X X ON
A1:1-32 X ON
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.A1: ENHANCED POWER SUPPLY - CHANNEL 2 SWITCH SETTINGS
IDNac Number Device Type Custom Label (Max 40 Characters) 1A1:2-1 AV 49AV-WRF 15cd CORRIDOR 144 1-2-1 X ON
A1:2-2 AV 49AV-WRF 15cd CORRIDOR 144 1-2-2 X ON
A1:2-3 AV 49AV-WRF 15cd CORRIDOR 144 1-2-3 X X ON
A1:2-4 AV 49AV-WRF 15cd CORRIDOR 144 1-2-4 X ON
A1:2-5 VO 49VO-WRF 15cd CONF. ROOM 160 1-2-5 X X ON
A1:2-6 AV 49AV-WRF 75cd COMMUNITY ROOM 153 1-2-6 X X ON
A1:2-7 VO 49VO-WRF 15cd THEATRE 152 1-2-7 X X X ON
A1:2-8 VO 49VO-WRF 15cd WOMEN 148 1-2-8 X ON
A1:2-9 VO 49VO-WRF 15cd MEN 149 1-2-9 X X ON
A1:2-10 VO 49VO-WRF 15cd SHOWER 150 1-2-10 X X ON
A1:2-11 AV 49AV-WRF 30cd FITNESS CENTER 147 1-2-11 X X X ON
A1:2-12 AV 49AV-WRF 15cd GROUP FITNESS 146 1-2-12 X X ON
A1:2-13 VO 49VO-WRF 15cd STUDIO UNIT 135 1-2-13 X X X ON
A1:2-14 VO 49VO-WRF 185cd STUDIO UNIT 135 1-2-14 X X X ON
A1:2-15 AV 49AV-WRF 15cd CORRIDOR 144 1-2-15 X X X X ON
A1:2-16 AV 49AV-WRF 15cd CORRIDOR 144 1-2-16 X ON
A1:2-17 AV 49AV-WRF 15cd CORRIDOR 144 1-2-17 X X ON
A1:2-18 AV 49AV-WRF 15cd CORRIDOR 144 1-2-18 X X ON
A1:2-19 AV 49AV-WRF 15cd CORRIDOR 144 1-2-19 X X X ON
A1:2-20 AV 49AV-WRF 15cd CORRIDOR 144 1-2-20 X X ON
A1:2-21 AV 49AV-WRF 15cd CORRIDOR 144 1-2-21 X X X ON
A1:2-22 AV 49AV-WRF 15cd STORAGE 168 1-2-22 X X X ON
A1:2-23 VO 49VO-WRF 15cd 1 BEDROOM UNIT 128 1-2-23 X X X X ON
A1:2-24 VO 49VO-WRF 185cd 1 BEDROOM UNIT 128 1-2-24 X X ON
A1:2-25 X X X ON
A1:2-26 AV 49AV-WRF 15cd CORRIDOR 444 1-2-26 X X X ON
A1:2-27 AV 49AV-WRF 15cd CORRIDOR 444 1-2-27 X X X X ON
A1:2-28 AV 49AV-WRF 15cd CORRIDOR 444 1-2-28 X X X ON
A1:2-29 AV 49AV-WRF 15cd CORRIDOR 444 1-2-29 X X X X ON
A1:2-30 AV 49AV-WRF 15cd STORAGE 458 1-2-30 X X X X ON
A1:2-31 AV 49AV-WRF 15cd CORRIDOR 444 1-2-31 X X X X X ON
A1:2-32 AV 49AV-WRF 15cd CORRIDOR 444 1-2-32 X ON
A1:2-33 AV 49AV-WRF 15cd CORRIDOR 444 1-2-33 X X ON
A1:2-34 AV 49AV-WRF 15cd CORRIDOR 444 1-2-34 X X ON
A1:2-35 AV 49AV-WRF 15cd CORRIDOR 444 1-2-35 X X X ON
A1:2-36 AV 49AV-WRF 15cd CORRIDOR 444 1-2-36 X X ON
A1:2-37 AV 49AV-WRF 15cd CORRIDOR 444 1-2-37 X X X ON
A1:2-38 AV 49AV-WRF 15cd STORAGE 462 1-2-38 X X X ON
A1:2-39 X X X X ON
A1:2-40 X X ON
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.A1: ENHANCED POWER SUPPLY - CHANNEL 3 SWITCH SETTINGS
IDNac Number Device Type Custom Label (Max 40 Characters) 1A1:3-1 AV 49AV-WRF 15cd CORRIDOR 244 1-3-1 X ON
A1:3-2 AV 49AV-WRF 15cd CORRIDOR 244 1-3-2 X ON
A1:3-3 AV 49AV-WRF 15cd CORRIDOR 244 1-3-3 X X ON
A1:3-4 AV 49AV-WRF 15cd CORRIDOR 244 1-3-4 X ON
A1:3-5 AV 49AV-WRF 15cd STORAGE 258 1-3-5 X X ON
A1:3-6 AV 49AV-WRF 15cd CORRIDOR 244 1-3-6 X X ON
A1:3-7 VO 49VO-WRF 15cd 3 BEDROOM UNIT 229 1-3-7 X X X ON
A1:3-8 VO 49VO-WRF 185cd 3 BEDROOM UNIT 229 1-3-8 X ON
A1:3-9 VO 49VO-WRF 185cd 3 BEDROOM UNIT 229 1-3-9 X X ON
A1:3-10 VO 49VO-WRF 185cd 3 BEDROOM UNIT 229 1-3-10 X X ON
A1:3-11 VO 49VO-WRF 15cd 3 BEDROOM UNIT 229 1-3-11 X X X ON
A1:3-12 AV 49AV-WRF 15cd CORRIDOR 244 1-3-12 X X ON
A1:3-13 AV 49AV-WRF 15cd CORRIDOR 244 1-3-13 X X X ON
A1:3-14 AV 49AV-WRF 15cd CORRIDOR 244 1-3-14 X X X ON
A1:3-15 AV 49AV-WRF 15cd CORRIDOR 244 1-3-15 X X X X ON
A1:3-16 AV 49AV-WRF 15cd CORRIDOR 244 1-3-16 X ON
A1:3-17 AV 49AV-WRF 15cd CORRIDOR 244 1-3-17 X X ON
A1:3-18 AV 49AV-WRF 15cd STORAGE 262 1-3-18 X X ON
A1:3-19 VO 49VO-WRF 15cd 2 BEDROOM UNIT 210 1-3-19 X X X ON
A1:3-20 VO 49VO-WRF 185cd 2 BEDROOM UNIT 210 1-3-20 X X ON
A1:3-21 VO 49VO-WRF 185cd 2 BEDROOM UNIT 210 1-3-21 X X X ON
A1:3-22 VO 49VO-WRF 15cd 2 BEDROOM UNIT 210 1-3-22 X X X ON
A1:3-23 X X X X ON
A1:1 Notification SLC Distributed Load Voltage Drop
Starting Voltage: 29vdcMin. Device Voltage: 23.vdc Primary Wire Gauge: 14ga Wire Res. Per Ft. 0.0031 @ 75Á Celsius
Allowable % Drop: 20.7% Home Run Wire Gauge: 14ga Wire Res. Per Ft. 0.0031 @ 75Á Celsius
Class B CalculationsDistance Device Current Voltage Voltage % Vdrop
Branch Device # From (Feet) PID Candela Draw at Device Drop at Device Wire Length
1 A1:1-1 PANEL 65 49AV-WRF 75cd 0.1070 0.535 0.214 28.786 Branch 1: 2.39%1 A1:1-2 A1:1-1 60 49AV-WRF 75cd 0.1070 0.428 0.158 28.629 Length: 375
1 A1:1-3 A1:1-2 78 49AV-WRF 75cd 0.1070 0.321 0.154 28.4751 A1:1-4 A1:1-3 86 49AV-WRF 75cd 0.1070 0.214 0.113 28.3621 A1:1-5 A1:1-4 86 49AV-WRF 75cd 0.1070 0.107 0.057 28.306
0.0000 0.000 0.000 0.0002 A1:1-6 PANEL 38 49AV-WRF 75cd 0.1070 1.177 0.275 28.725 Branch 2: 11.32%2 A1:1-7 A1:1-6 86 49AV-WRF 75cd 0.1070 1.070 0.565 28.160 Length: 865
2 A1:1-8 A1:1-7 86 49AV-WRF 75cd 0.1070 0.963 0.509 27.6522 A1:1-9 A1:1-8 86 49AV-WRF 75cd 0.1070 0.856 0.452 27.2002 A1:1-10 A1:1-9 86 49AV-WRF 75cd 0.1070 0.749 0.396 26.8042 A1:1-11 A1:1-10 86 49AV-WRF 75cd 0.1070 0.642 0.339 26.4652 A1:1-12 A1:1-11 64 49AV-WRF 75cd 0.1070 0.535 0.210 26.2552 A1:1-13 A1:1-12 76 49AV-WRF 75cd 0.1070 0.428 0.200 26.0552 A1:1-14 A1:1-13 85 49AV-WRF 75cd 0.1070 0.321 0.168 25.8882 A1:1-15 A1:1-14 86 49AV-WRF 75cd 0.1070 0.214 0.113 25.7752 A1:1-16 A1:1-15 86 49AV-WRF 75cd 0.1070 0.107 0.057 25.718
0.0000 0.000 0.000 0.0003 TAP1 PANEL 62 JBOX 0.0000 0.767 0.292 28.708 Branch 3: 4.67%3 A1:1-18 TAP1 27 49AV-WRF 15cd 0.0590 0.295 0.049 28.659 Length: 10083 A1:1-19 A1:1-18 62 49AV-WRF 15cd 0.0590 0.236 0.090 28.5693 A1:1-20 A1:1-19 84 49AV-WRF 15cd 0.0590 0.118 0.061 28.5083 A1:1-21 A1:1-20 103 49AV-WRF 15cd 0.0590 0.059 0.037 28.4713 A1:1-22 TAP1 128 49AV-WRF 15cd 0.0590 0.472 0.371 28.3373 A1:1-23 A1:1-22 108 49AV-WRF 15cd 0.0590 0.413 0.274 28.0633 A1:1-24 A1:1-23 43 49AV-WRF 15cd 0.0590 0.354 0.093 27.9703 A1:1-25 A1:1-24 69 49AV-WRF 15cd 0.0590 0.295 0.125 27.8453 A1:1-26 A1:1-25 65 49AV-WRF 15cd 0.0590 0.236 0.094 27.7513 A1:1-27 A1:1-26 92 49AV-WRF 15cd 0.0590 0.118 0.067 27.6843 A1:1-28 A1:1-27 104 49AV-WRF 15cd 0.0590 0.059 0.038 27.6463 A1:1-29 A1:1-19 31 49AV-WRF 15cd 0.0590 0.059 0.011 28.5583 A1:1-30 A1:1-26 30 49AV-WRF 15cd 0.0590 0.059 0.011 27.740
A1:2 Distributed Load Voltage Drop
Starting Voltage: 29vdcMin. Device Voltage: 23.vdc Primary Wire Gauge: 14ga Wire Res. Per Ft. 0.0031 @ 75Á Celsius
Allowable % Drop: 20.7% Home Run Wire Gauge: 14ga Wire Res. Per Ft. 0.0031 @ 75Á Celsius
Class B CalculationsDistance Device Current Voltage Voltage Branch
Branch Device # From (Feet) PID Candela Draw at Device Drop at Device % Drop
1 A1:2-1 PANEL 40 49AV-WRF 15cd 0.0590 0.959 0.236 28.764 Branch 1: 2.71%1 A1:2-2 A1:2-1 62 49AV-WRF 15cd 0.0590 0.746 0.284 28.480 Length: 607
1 A1:2-3 A1:2-2 84 49AV-WRF 15cd 0.0590 0.373 0.192 28.2881 A1:2-4 A1:2-3 103 49AV-WRF 15cd 0.0590 0.059 0.037 28.2511 A1:2-5 A1:2-2 38 49VO-WRF 15cd 0.0470 0.047 0.011 28.4701 A1:2-6 A1:2-1 53 49AV-WRF 75cd 0.1070 0.154 0.050 28.7141 A1:2-7 A1:2-6 43 49VO-WRF 15cd 0.0470 0.047 0.012 28.7021 A1:2-8 A1:2-2 27 49VO-WRF 15cd 0.0470 0.141 0.023 28.4571 A1:2-9 A1:2-8 21 49VO-WRF 15cd 0.0470 0.094 0.012 28.4451 A1:2-10 A1:2-9 18 49VO-WRF 15cd 0.0470 0.047 0.005 28.4401 A1:2-11 A1:2-2 51 49AV-WRF 30cd 0.0670 0.126 0.039 28.4411 A1:2-12 A1:2-11 15 49AV-WRF 15cd 0.0590 0.059 0.005 28.4361 A1:2-13 A1:2-3 23 49VO-WRF 15cd 0.0470 0.255 0.036 28.2521 A1:2-14 A1:2-13 29 49VO-WRF 185cd 0.2080 0.208 0.037 28.215
0.0000 0.000 0.000 0.0002 A1:2-15 PANEL 110 49AV-WRF 15cd 0.0590 0.727 0.491 28.509 Branch 2: 4.07%2 A1:2-16 A1:2-15 108 49AV-WRF 15cd 0.0590 0.413 0.274 28.235 Length: 691
2 A1:2-17 A1:2-16 35 49AV-WRF 15cd 0.0590 0.354 0.076 28.1592 A1:2-18 A1:2-17 77 49AV-WRF 15cd 0.0590 0.295 0.139 28.0202 A1:2-19 A1:2-18 65 49AV-WRF 15cd 0.0590 0.236 0.094 27.9252 A1:2-20 A1:2-19 92 49AV-WRF 15cd 0.0590 0.118 0.067 27.8592 A1:2-21 A1:2-20 104 49AV-WRF 15cd 0.0590 0.059 0.038 27.8212 A1:2-22 A1:2-19 30 49AV-WRF 15cd 0.0590 0.059 0.011 27.9152 A1:2-23 A1:2-15 45 49VO-WRF 15cd 0.0470 0.255 0.070 28.4392 A1:2-24 A1:2-23 25 49VO-WRF 185cd 0.2080 0.208 0.032 28.407
0.0000 0.000 0.000 0.0003 TAP1 PANEL 19 JBOX 0.0000 0.767 0.089 28.911 Branch 3: 3.97%3 A1:2-26 TAP1 27 49AV-WRF 15cd 0.0590 0.295 0.049 28.862 Length: 965
3 A1:2-27 A1:2-26 62 49AV-WRF 15cd 0.0590 0.236 0.090 28.7723 A1:2-28 A1:2-27 84 49AV-WRF 15cd 0.0590 0.118 0.061 28.7113 A1:2-29 A1:2-28 103 49AV-WRF 15cd 0.0590 0.059 0.037 28.6743 A1:2-30 A1:2-27 31 49AV-WRF 15cd 0.0590 0.059 0.011 28.7613 A1:2-31 TAP1 128 49AV-WRF 15cd 0.0590 0.472 0.371 28.5403 A1:2-32 A1:2-31 108 49AV-WRF 15cd 0.0590 0.413 0.274 28.2663 A1:2-33 A1:2-32 43 49AV-WRF 15cd 0.0590 0.354 0.093 28.1723 A1:2-34 A1:2-33 69 49AV-WRF 15cd 0.0590 0.295 0.125 28.0473 A1:2-35 A1:2-34 65 49AV-WRF 15cd 0.0590 0.236 0.094 27.9533 A1:2-36 A1:2-35 92 49AV-WRF 15cd 0.0590 0.118 0.067 27.8863 A1:2-37 A1:2-36 104 49AV-WRF 15cd 0.0590 0.059 0.038 27.8493 A1:2-38 A1:2-35 30 49AV-WRF 15cd 0.0590 0.059 0.011 27.942
A1:3 Distributed Load Voltage Drop
Starting Voltage: 29vdcMin. Device Voltage: 23.vdc Primary Wire Gauge: 14ga Wire Res. Per Ft. 0.0031 @ 75Á Celsius
Allowable % Drop: 20.7% Home Run Wire Gauge: 14ga Wire Res. Per Ft. 0.0031 @ 75Á Celsius
Class B CalculationsDistance Device Current Voltage Voltage Branch
Branch Device # From (Feet) PID Candela Draw at Device Drop at Device % Drop
1 A1:3-1 PANEL 32 49AV-WRF 15cd 0.0590 1.072 0.211 28.789 Branch 1: 3.81%1 A1:3-2 A1:3-1 62 49AV-WRF 15cd 0.0590 0.236 0.090 28.700 Length: 561
1 A1:3-3 A1:3-2 84 49AV-WRF 15cd 0.0590 0.118 0.061 28.6391 A1:3-4 A1:3-3 103 49AV-WRF 15cd 0.0590 0.059 0.037 28.6011 A1:3-5 A1:3-2 31 49AV-WRF 15cd 0.0590 0.059 0.011 28.6881 A1:3-6 A1:3-1 111 49AV-WRF 15cd 0.0590 0.777 0.530 28.2601 A1:3-7 A1:3-6 28 49VO-WRF 15cd 0.0470 0.718 0.123 28.1361 A1:3-8 A1:3-7 29 49VO-WRF 185cd 0.2080 0.671 0.119 28.0171 A1:3-9 A1:3-8 20 49VO-WRF 185cd 0.2080 0.463 0.057 27.9601 A1:3-10 A1:3-9 37 49VO-WRF 185cd 0.2080 0.255 0.058 27.9021 A1:3-11 A1:3-10 24 49VO-WRF 15cd 0.0470 0.047 0.007 27.895
0.0000 0.000 0.000 0.0002 A1:3-12 PANEL 231 49AV-WRF 15cd 0.0590 0.923 1.309 27.691 Branch 2: 9.58%2 A1:3-13 A1:3-12 35 49AV-WRF 15cd 0.0590 0.864 0.186 27.505 Length: 753
2 A1:3-14 A1:3-13 77 49AV-WRF 15cd 0.0590 0.805 0.381 27.1252 A1:3-15 A1:3-14 65 49AV-WRF 15cd 0.0590 0.746 0.298 26.8272 A1:3-16 A1:3-15 92 49AV-WRF 15cd 0.0590 0.628 0.355 26.4722 A1:3-17 A1:3-16 104 49AV-WRF 15cd 0.0590 0.059 0.038 26.4342 A1:3-18 A1:3-15 30 49AV-WRF 15cd 0.0590 0.059 0.011 26.8162 A1:3-19 A1:3-16 38 49VO-WRF 15cd 0.0470 0.510 0.119 26.3532 A1:3-20 A1:3-19 25 49VO-WRF 185cd 0.2080 0.463 0.071 26.2822 A1:3-21 A1:3-20 35 49VO-WRF 185cd 0.2080 0.255 0.055 26.2272 A1:3-22 A1:3-21 21 49VO-WRF 15cd 0.0470 0.047 0.006 26.221
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
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FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-6
01.d
wg
9/13
/201
6 9:
52:3
3 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-602
CALCULATIONS AND
SCHEDULES
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
s:\1-current projects\7555-parkway off central\Fire\FA-601.dwg, FA-602 CALCULATIONS AND SCHEDULES, 9/13/2016 9:52:32 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
Parkway Off Central NAC1 4009 NACStandby Total Alarm Total
Module Qty Description Current Standby Current Alarm
Panel Equipment
4009-9201 1 4009 IDNET NAC EXTENDER, 120 VAC 0.0850 0.0850 0.1850 0.1850
Panel Totals 0.0850 0.1850
Notification Appliances
4098-9772 42 TRUEALARM 520HZ SOUNDER BASE W/ REMOTE LED * 520 H 0.0000 0.0000 0.1290 5.4180Peripheral Totals 0.0000 5.4180
Added Current for EPS Conversion of 24 to 29 Volt IDNac Devices 0.0000 0.0000
RUI Totals 0 0.0000 0.0000
Address Totals 0 Addresses 0.0000 0.0000System Totals*: Standby 0.0850 Alarm 5.6030
Standby Standby Alarm Alarm
Battery Set #1 (Cabinet/Charger #1) Current Total Current TotalSelect ALL Power Supplies on this battery set:
4009 0.0850 5.6030
Sub Total 0.0850 5.6030
Total 0.0850 5.6030
Standby Time = 24 Hrs x 0.0850 = 2.0400 Standby Ah
Alarm Time = 5 Min 0.08333 x 5.603 = 0.4669 Alarm Ah
2.5069Additional Spare Battery Capacity = 0% + 0.0000
2.5069Battery Discharge Factor = 20% + 0.5014Minimum Battery Required 2081-9272 6.2AH (2x) 3.0083
Battery Supplied 2081-9272 6.2AH (2x)* System Totals represent total system current requirements. Those currents may be distributed between multiple battery sets or powersupplies as shown above.
VOLTAGE DROP SUMMARYPlan
Circuit Description Load % DropN1:H1 1ST FLOOR WEST-SE SIG1 1.419A 10.50%N1:H2 1ST FLOOR WEST-SW SIG2 1.548A 14.24%N1:H3 1ST FLOOR WEST-NE SIG3 1.161A 5.02%N1:H4 1ST FLOOR WEST-NW SIG4 1.290A 7.70%
5.418A Total
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
N1:H1 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 10.50%Circuit Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN1:H1-1 4098-9772 520 Hz 99 0.129 0.863 18.64N1:H1-2 4098-9772 520 Hz 26 0.129 1.068 18.43N1:H1-3 4098-9772 520 Hz 27 0.129 1.261 18.24N1:H1-4 4098-9772 520 Hz 24 0.129 1.413 18.09N1:H1-5 4098-9772 520 Hz 26 0.129 1.557 17.94N1:H1-6 4098-9772 520 Hz 27 0.129 1.686 17.81N1:H1-7 4098-9772 520 Hz 24 0.129 1.781 17.72N1:H1-8 4098-9772 520 Hz 26 0.129 1.863 17.64N1:H1-9 4098-9772 520 Hz 34 0.129 1.944 17.56N1:H1-10 4098-9772 520 Hz 53 0.129 2.028 17.47N1:H1-11 4098-9772 520 Hz 24 0.129 2.047 17.45
Totals: 390 Ft. 1.419A
N1:H2 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 14.24%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN1:H2-1 4098-9772 520 Hz 147 0.129 1.397 18.10N1:H2-2 4098-9772 520 Hz 29 0.129 1.650 17.85N1:H2-3 4098-9772 520 Hz 28 0.129 1.872 17.63N1:H2-4 4098-9772 520 Hz 23 0.129 2.036 17.46N1:H2-5 4098-9772 520 Hz 29 0.129 2.219 17.28N1:H2-6 4098-9772 520 Hz 23 0.129 2.347 17.15N1:H2-7 4098-9772 520 Hz 23 0.129 2.456 17.04N1:H2-8 4098-9772 520 Hz 25 0.129 2.555 16.94N1:H2-9 4098-9772 520 Hz 27 0.129 2.641 16.86N1:H2-10 4098-9772 520 Hz 26 0.129 2.703 16.80N1:H2-11 4098-9772 520 Hz 31 0.129 2.752 16.75N1:H2-12 4098-9772 520 Hz 32 0.129 2.777 16.72
Totals: 443 Ft. 1.548A
N1:H3 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 5.02%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN1:H3-1 4098-9772 520 Hz 36 0.129 0.257 19.24N1:H3-2 4098-9772 520 Hz 22 0.129 0.396 19.10N1:H3-3 4098-9772 520 Hz 26 0.129 0.540 18.96N1:H3-4 4098-9772 520 Hz 33 0.129 0.697 18.80N1:H3-5 4098-9772 520 Hz 27 0.129 0.804 18.70N1:H3-6 4098-9772 520 Hz 19 0.129 0.864 18.64N1:H3-7 4098-9772 520 Hz 25 0.129 0.924 18.58N1:H3-8 4098-9772 520 Hz 24 0.129 0.962 18.54N1:H3-9 4098-9772 520 Hz 21 0.129 0.978 18.52
Totals: 233 Ft. 1.161A
N1:H4 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 7.70%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN1:H4-1 4098-9772 520 Hz 77 0.129 0.610 18.89N1:H4-2 4098-9772 520 Hz 25 0.129 0.788 18.71N1:H4-3 4098-9772 520 Hz 25 0.129 0.947 18.55N1:H4-4 4098-9772 520 Hz 25 0.129 1.085 18.41N1:H4-5 4098-9772 520 Hz 24 0.129 1.199 18.30N1:H4-6 4098-9772 520 Hz 27 0.129 1.306 18.19N1:H4-7 4098-9772 520 Hz 23 0.129 1.379 18.12N1:H4-8 4098-9772 520 Hz 25 0.129 1.438 18.06N1:H4-9 4098-9772 520 Hz 27 0.129 1.481 18.02N1:H4-10 4098-9772 520 Hz 26 0.129 1.502 18.00
Totals: 304 Ft. 1.290A
Parkway Off Central NAC2 4009 NACStandby Total Alarm Total
Module Qty Description Current Standby Current Alarm
Panel Equipment
4009-9201 1 4009 IDNET NAC EXTENDER, 120 VAC 0.0850 0.0850 0.1850 0.1850
Panel Totals 0.0850 0.1850
Notification Appliances
4098-9772 55 TRUEALARM 520HZ SOUNDER BASE W/ REMOTE LED * 520 H 0.0000 0.0000 0.1290 7.0950Peripheral Totals 0.0000 7.0950
Added Current for EPS Conversion of 24 to 29 Volt IDNac Devices 0.0000 0.0000
RUI Totals 0 0.0000 0.0000
Address Totals 0 Addresses 0.0000 0.0000System Totals*: Standby 0.0850 Alarm 7.2800
Standby Standby Alarm Alarm
Battery Set #1 (Cabinet/Charger #1) Current Total Current TotalSelect ALL Power Supplies on this battery set:
4009 0.0850 7.2800
Sub Total 0.0850 7.2800
Total 0.0850 7.2800
Standby Time = 24 Hrs x 0.0850 = 2.0400 Standby Ah
Alarm Time = 5 Min 0.08333 x 7.28 = 0.6067 Alarm Ah
2.6467Additional Spare Battery Capacity = 0% + 0.0000
2.6467Battery Discharge Factor = 20% + 0.5293Minimum Battery Required 2081-9272 6.2AH (2x) 3.1760
Battery Supplied 2081-9272 6.2AH (2x)* System Totals represent total system current requirements. Those currents may be distributed between multiple battery sets or powersupplies as shown above.
VOLTAGE DROP SUMMARYPlan
Circuit Description Load % DropN2:H1 1ST FLOOR EAST-SW SIG1 1.806A 11.72%N2:H2 1ST FLOOR EAST-SE SIG2 1.935A 13.05%N2:H3 1ST FLOOR EAST-NW SIG3 1.677A 11.45%N2:H4 1ST FLOOR EAST-NE SIG4 1.677A 11.56%
7.095A Total
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
N2:H1 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.72%Circuit Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN2:H1-1 4098-9772 520 Hz 38 0.129 0.421 19.08N2:H1-2 4098-9772 520 Hz 26 0.129 0.689 18.81N2:H1-3 4098-9772 520 Hz 26 0.129 0.936 18.56N2:H1-4 4098-9772 520 Hz 25 0.129 1.154 18.35N2:H1-5 4098-9772 520 Hz 22 0.129 1.328 18.17N2:H1-6 4098-9772 520 Hz 29 0.129 1.535 17.96N2:H1-7 4098-9772 520 Hz 24 0.129 1.687 17.81N2:H1-8 4098-9772 520 Hz 27 0.129 1.837 17.66N2:H1-9 4098-9772 520 Hz 23 0.129 1.946 17.55N2:H1-10 4098-9772 520 Hz 22 0.129 2.033 17.47N2:H1-11 4098-9772 520 Hz 28 0.129 2.122 17.38N2:H1-12 4098-9772 520 Hz 40 0.129 2.217 17.28N2:H1-13 4098-9772 520 Hz 28 0.129 2.261 17.24N2:H1-14 4098-9772 520 Hz 31 0.129 2.286 17.21
Totals: 389 Ft. 1.806A
N2:H2 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 13.05%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN2:H2-1 4098-9772 520 Hz 43 0.129 0.511 18.99N2:H2-2 4098-9772 520 Hz 22 0.129 0.755 18.75N2:H2-3 4098-9772 520 Hz 26 0.129 1.023 18.48N2:H2-4 4098-9772 520 Hz 25 0.129 1.260 18.24N2:H2-5 4098-9772 520 Hz 25 0.129 1.478 18.02N2:H2-6 4098-9772 520 Hz 24 0.129 1.668 17.83N2:H2-7 4098-9772 520 Hz 22 0.129 1.825 17.68N2:H2-8 4098-9772 520 Hz 29 0.129 2.009 17.49N2:H2-9 4098-9772 520 Hz 22 0.129 2.131 17.37N2:H2-10 4098-9772 520 Hz 24 0.129 2.245 17.26N2:H2-11 4098-9772 520 Hz 24 0.129 2.340 17.16N2:H2-12 4098-9772 520 Hz 30 0.129 2.435 17.07N2:H2-13 4098-9772 520 Hz 17 0.129 2.475 17.02N2:H2-14 4098-9772 520 Hz 27 0.129 2.518 16.98N2:H2-15 4098-9772 520 Hz 35 0.129 2.546 16.95
Totals: 395 Ft. 1.935A
N2:H3 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.45%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN2:H3-1 4098-9772 520 Hz 61 0.129 0.628 18.87N2:H3-2 4098-9772 520 Hz 30 0.129 0.913 18.59N2:H3-3 4098-9772 520 Hz 25 0.129 1.131 18.37N2:H3-4 4098-9772 520 Hz 25 0.129 1.329 18.17N2:H3-5 4098-9772 520 Hz 25 0.129 1.507 17.99N2:H3-6 4098-9772 520 Hz 27 0.129 1.678 17.82N2:H3-7 4098-9772 520 Hz 26 0.129 1.823 17.68N2:H3-8 4098-9772 520 Hz 25 0.129 1.941 17.56N2:H3-9 4098-9772 520 Hz 25 0.129 2.040 17.46N2:H3-10 4098-9772 520 Hz 24 0.129 2.116 17.38N2:H3-11 4098-9772 520 Hz 24 0.129 2.173 17.33N2:H3-12 4098-9772 520 Hz 25 0.129 2.213 17.29N2:H3-13 4098-9772 520 Hz 25 0.129 2.233 17.27
Totals: 367 Ft. 1.677A
N2:H4 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.56%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN2:H4-1 4098-9772 520 Hz 54 0.129 0.556 18.94N2:H4-2 4098-9772 520 Hz 20 0.129 0.746 18.75N2:H4-3 4098-9772 520 Hz 48 0.129 1.164 18.34N2:H4-4 4098-9772 520 Hz 18 0.129 1.307 18.19N2:H4-5 4098-9772 520 Hz 27 0.129 1.499 18.00N2:H4-6 4098-9772 520 Hz 33 0.129 1.708 17.79N2:H4-7 4098-9772 520 Hz 25 0.129 1.847 17.65N2:H4-8 4098-9772 520 Hz 23 0.129 1.956 17.54N2:H4-9 4098-9772 520 Hz 25 0.129 2.055 17.44N2:H4-10 4098-9772 520 Hz 28 0.129 2.144 17.36N2:H4-11 4098-9772 520 Hz 23 0.129 2.199 17.30N2:H4-12 4098-9772 520 Hz 25 0.129 2.238 17.26N2:H4-13 4098-9772 520 Hz 21 0.129 2.255 17.25
Totals: 370 Ft. 1.677A
Parkway Off Central NAC3 4009 NACStandby Total Alarm Total
Module Qty Description Current Standby Current Alarm
Panel Equipment
4009-9201 1 4009 IDNET NAC EXTENDER, 120 VAC 0.0850 0.0850 0.1850 0.1850
Panel Totals 0.0850 0.1850
Notification Appliances
4098-9772 52 TRUEALARM 520HZ SOUNDER BASE W/ REMOTE LED * 520 H 0.0000 0.0000 0.1290 6.7080Peripheral Totals 0.0000 6.7080
Added Current for EPS Conversion of 24 to 29 Volt IDNac Devices 0.0000 0.0000
RUI Totals 0 0.0000 0.0000
Address Totals 0 Addresses 0.0000 0.0000System Totals*: Standby 0.0850 Alarm 6.8930
Standby Standby Alarm Alarm
Battery Set #1 (Cabinet/Charger #1) Current Total Current TotalSelect ALL Power Supplies on this battery set:
4009 0.0850 6.8930
Sub Total 0.0850 6.8930
Total 0.0850 6.8930
Standby Time = 24 Hrs x 0.0850 = 2.0400 Standby Ah
Alarm Time = 5 Min 0.08333 x 6.893 = 0.5744 Alarm Ah
2.6144Additional Spare Battery Capacity = 0% + 0.0000
2.6144Battery Discharge Factor = 20% + 0.5229Minimum Battery Required 2081-9272 6.2AH (2x) 3.1373
Battery Supplied 2081-9272 6.2AH (2x)* System Totals represent total system current requirements. Those currents may be distributed between multiple battery sets or powersupplies as shown above.
VOLTAGE DROP SUMMARYPlan
Circuit Description Load % DropN3:H1 2ND FLOOR-WEST-SE SIG1 1.806A 13.96%N3:H2 2ND FLOOR-WEST-SW SIG2 1.677A 11.48%N3:H3 2ND FLOOR-WEST-NE SIG3 1.548A 9.82%N3:H4 2ND FLOOR-WEST-NW SIG4 1.677A 13.47%
6.708A Total
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
N3:H1 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 13.96%Circuit Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN3:H1-1 4098-9772 520 Hz 64 0.129 0.710 18.79N3:H1-2 4098-9772 520 Hz 26 0.129 0.977 18.52N3:H1-3 4098-9772 520 Hz 27 0.129 1.234 18.27N3:H1-4 4098-9772 520 Hz 24 0.129 1.443 18.06N3:H1-5 4098-9772 520 Hz 26 0.129 1.649 17.85N3:H1-6 4098-9772 520 Hz 27 0.129 1.842 17.66N3:H1-7 4098-9772 520 Hz 24 0.129 1.994 17.51N3:H1-8 4098-9772 520 Hz 26 0.129 2.138 17.36N3:H1-9 4098-9772 520 Hz 34 0.129 2.299 17.20N3:H1-10 4098-9772 520 Hz 53 0.129 2.509 16.99N3:H1-11 4098-9772 520 Hz 24 0.129 2.585 16.91N3:H1-12 4098-9772 520 Hz 26 0.129 2.647 16.85N3:H1-13 4098-9772 520 Hz 32 0.129 2.698 16.80N3:H1-14 4098-9772 520 Hz 31 0.129 2.722 16.78
Totals: 444 Ft. 1.806A
N3:H2 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.48%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN3:H2-1 4098-9772 520 Hz 61 0.129 0.628 18.87N3:H2-2 4098-9772 520 Hz 27 0.129 0.885 18.62N3:H2-3 4098-9772 520 Hz 21 0.129 1.068 18.43N3:H2-4 4098-9772 520 Hz 30 0.129 1.305 18.19N3:H2-5 4098-9772 520 Hz 22 0.129 1.462 18.04N3:H2-6 4098-9772 520 Hz 33 0.129 1.671 17.83N3:H2-7 4098-9772 520 Hz 28 0.129 1.826 17.67N3:H2-8 4098-9772 520 Hz 23 0.129 1.936 17.56N3:H2-9 4098-9772 520 Hz 29 0.129 2.051 17.45N3:H2-10 4098-9772 520 Hz 23 0.129 2.124 17.38N3:H2-11 4098-9772 520 Hz 23 0.129 2.178 17.32N3:H2-12 4098-9772 520 Hz 25 0.129 2.218 17.28N3:H2-13 4098-9772 520 Hz 27 0.129 2.239 17.26
Totals: 372 Ft. 1.677A
N3:H3 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 9.82%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN3:H3-1 4098-9772 520 Hz 51 0.129 0.485 19.02N3:H3-2 4098-9772 520 Hz 33 0.129 0.772 18.73N3:H3-3 4098-9772 520 Hz 25 0.129 0.970 18.53N3:H3-4 4098-9772 520 Hz 30 0.129 1.184 18.32N3:H3-5 4098-9772 520 Hz 22 0.129 1.324 18.18N3:H3-6 4098-9772 520 Hz 26 0.129 1.468 18.03N3:H3-7 4098-9772 520 Hz 34 0.129 1.629 17.87N3:H3-8 4098-9772 520 Hz 28 0.129 1.740 17.76N3:H3-9 4098-9772 520 Hz 19 0.129 1.800 17.70N3:H3-10 4098-9772 520 Hz 25 0.129 1.860 17.64N3:H3-11 4098-9772 520 Hz 24 0.129 1.898 17.60N3:H3-12 4098-9772 520 Hz 21 0.129 1.914 17.59
Totals: 338 Ft. 1.548A
N3:H4 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 13.47%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN3:H4-1 4098-9772 520 Hz 79 0.129 0.813 18.69N3:H4-2 4098-9772 520 Hz 35 0.129 1.146 18.35N3:H4-3 4098-9772 520 Hz 25 0.129 1.364 18.14N3:H4-4 4098-9772 520 Hz 39 0.129 1.673 17.83N3:H4-5 4098-9772 520 Hz 34 0.129 1.915 17.58N3:H4-6 4098-9772 520 Hz 25 0.129 2.074 17.43N3:H4-7 4098-9772 520 Hz 25 0.129 2.212 17.29N3:H4-8 4098-9772 520 Hz 25 0.129 2.331 17.17N3:H4-9 4098-9772 520 Hz 24 0.129 2.426 17.07N3:H4-10 4098-9772 520 Hz 27 0.129 2.512 16.99N3:H4-11 4098-9772 520 Hz 23 0.129 2.566 16.93N3:H4-12 4098-9772 520 Hz 25 0.129 2.606 16.89N3:H4-13 4098-9772 520 Hz 27 0.129 2.627 16.87
Totals: 413 Ft. 1.677A
Parkway Off Central NAC4 4009 NACStandby Total Alarm Total
Module Qty Description Current Standby Current Alarm
Panel Equipment
4009-9201 1 4009 IDNET NAC EXTENDER, 120 VAC 0.0850 0.0850 0.1850 0.1850
Panel Totals 0.0850 0.1850
Notification Appliances
4098-9772 57 TRUEALARM 520HZ SOUNDER BASE W/ REMOTE LED * 520 H 0.0000 0.0000 0.1290 7.3530Peripheral Totals 0.0000 7.3530
Added Current for EPS Conversion of 24 to 29 Volt IDNac Devices 0.0000 0.0000
RUI Totals 0 0.0000 0.0000
Address Totals 0 Addresses 0.0000 0.0000System Totals*: Standby 0.0850 Alarm 7.5380
Standby Standby Alarm Alarm
Battery Set #1 (Cabinet/Charger #1) Current Total Current TotalSelect ALL Power Supplies on this battery set:
4009 0.0850 7.5380
Sub Total 0.0850 7.5380
Total 0.0850 7.5380
Standby Time = 24 Hrs x 0.0850 = 2.0400 Standby Ah
Alarm Time = 5 Min 0.08333 x 7.538 = 0.6282 Alarm Ah
2.6682Additional Spare Battery Capacity = 0% + 0.0000
2.6682Battery Discharge Factor = 20% + 0.5336Minimum Battery Required 2081-9272 6.2AH (2x) 3.2018
Battery Supplied 2081-9272 6.2AH (2x)* System Totals represent total system current requirements. Those currents may be distributed between multiple battery sets or powersupplies as shown above.
VOLTAGE DROP SUMMARYPlan
Circuit Description Load % DropN4:H1 2ND FLOOR-EAST-SW SIG1 1.806A 11.99%N4:H2 2ND FLOOR-EAST-SE SIG2 1.935A 13.05%N4:H3 2ND FLOOR-EAST-NW SIG3 1.677A 11.45%N4:H4 2ND FLOOR-EAST-NE SIG4 1.935A 14.88%
7.353A Total
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
N4:H1 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.99%Circuit Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN4:H1-1 4098-9772 520 Hz 39 0.129 0.432 19.07N4:H1-2 4098-9772 520 Hz 27 0.129 0.710 18.79N4:H1-3 4098-9772 520 Hz 29 0.129 0.986 18.51N4:H1-4 4098-9772 520 Hz 25 0.129 1.204 18.30N4:H1-5 4098-9772 520 Hz 22 0.129 1.378 18.12N4:H1-6 4098-9772 520 Hz 29 0.129 1.585 17.92N4:H1-7 4098-9772 520 Hz 24 0.129 1.737 17.76N4:H1-8 4098-9772 520 Hz 27 0.129 1.887 17.61N4:H1-9 4098-9772 520 Hz 23 0.129 1.996 17.50N4:H1-10 4098-9772 520 Hz 22 0.129 2.083 17.42N4:H1-11 4098-9772 520 Hz 29 0.129 2.175 17.33N4:H1-12 4098-9772 520 Hz 32 0.129 2.251 17.25N4:H1-13 4098-9772 520 Hz 39 0.129 2.313 17.19N4:H1-14 4098-9772 520 Hz 31 0.129 2.337 17.16
Totals: 398 Ft. 1.806A
N4:H2 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 13.05%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN4:H2-1 4098-9772 520 Hz 43 0.129 0.511 18.99N4:H2-2 4098-9772 520 Hz 22 0.129 0.755 18.75N4:H2-3 4098-9772 520 Hz 26 0.129 1.023 18.48N4:H2-4 4098-9772 520 Hz 25 0.129 1.260 18.24N4:H2-5 4098-9772 520 Hz 25 0.129 1.478 18.02N4:H2-6 4098-9772 520 Hz 24 0.129 1.668 17.83N4:H2-7 4098-9772 520 Hz 22 0.129 1.825 17.68N4:H2-8 4098-9772 520 Hz 29 0.129 2.009 17.49N4:H2-9 4098-9772 520 Hz 22 0.129 2.131 17.37N4:H2-10 4098-9772 520 Hz 24 0.129 2.245 17.26N4:H2-11 4098-9772 520 Hz 24 0.129 2.340 17.16N4:H2-12 4098-9772 520 Hz 30 0.129 2.435 17.07N4:H2-13 4098-9772 520 Hz 17 0.129 2.475 17.02N4:H2-14 4098-9772 520 Hz 27 0.129 2.518 16.98N4:H2-15 4098-9772 520 Hz 35 0.129 2.546 16.95
Totals: 395 Ft. 1.935A
N4:H3 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.45%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN4:H3-1 4098-9772 520 Hz 61 0.129 0.628 18.87N4:H3-2 4098-9772 520 Hz 30 0.129 0.913 18.59N4:H3-3 4098-9772 520 Hz 25 0.129 1.131 18.37N4:H3-4 4098-9772 520 Hz 25 0.129 1.329 18.17N4:H3-5 4098-9772 520 Hz 25 0.129 1.507 17.99N4:H3-6 4098-9772 520 Hz 27 0.129 1.678 17.82N4:H3-7 4098-9772 520 Hz 26 0.129 1.823 17.68N4:H3-8 4098-9772 520 Hz 25 0.129 1.941 17.56N4:H3-9 4098-9772 520 Hz 25 0.129 2.040 17.46N4:H3-10 4098-9772 520 Hz 24 0.129 2.116 17.38N4:H3-11 4098-9772 520 Hz 24 0.129 2.173 17.33N4:H3-12 4098-9772 520 Hz 25 0.129 2.213 17.29N4:H3-13 4098-9772 520 Hz 25 0.129 2.233 17.27
Totals: 367 Ft. 1.677A
N4:H4 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 14.88%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN4:H4-1 4098-9772 520 Hz 54 0.129 0.642 18.86N4:H4-2 4098-9772 520 Hz 20 0.129 0.863 18.64N4:H4-3 4098-9772 520 Hz 48 0.129 1.358 18.14N4:H4-4 4098-9772 520 Hz 18 0.129 1.529 17.97N4:H4-5 4098-9772 520 Hz 27 0.129 1.764 17.74N4:H4-6 4098-9772 520 Hz 33 0.129 2.025 17.47N4:H4-7 4098-9772 520 Hz 25 0.129 2.204 17.30N4:H4-8 4098-9772 520 Hz 23 0.129 2.349 17.15N4:H4-9 4098-9772 520 Hz 25 0.129 2.488 17.01N4:H4-10 4098-9772 520 Hz 28 0.129 2.621 16.88N4:H4-11 4098-9772 520 Hz 23 0.129 2.712 16.79N4:H4-12 4098-9772 520 Hz 25 0.129 2.791 16.71N4:H4-13 4098-9772 520 Hz 21 0.129 2.841 16.66N4:H4-14 4098-9772 520 Hz 27 0.129 2.884 16.62N4:H4-15 4098-9772 520 Hz 23 0.129 2.902 16.60
Totals: 420 Ft. 1.935ASHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
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FILE
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s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-6
03.d
wg
9/13
/201
6 9:
52:3
6 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-603
CALCULATIONS AND
SCHEDULES
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
s:\1-current projects\7555-parkway off central\Fire\FA-603.dwg, FA-603 CALCULATIONS AND SCHEDULES, 9/13/2016 9:52:36 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
Parkway Off Central NAC5 4009 NACStandby Total Alarm Total
Module Qty Description Current Standby Current Alarm
Panel Equipment
4009-9201 1 4009 IDNET NAC EXTENDER, 120 VAC 0.0850 0.0850 0.1850 0.1850
Panel Totals 0.0850 0.1850
Notification Appliances
4098-9772 52 TRUEALARM 520HZ SOUNDER BASE W/ REMOTE LED * 520 H 0.0000 0.0000 0.1290 6.7080Peripheral Totals 0.0000 6.7080
Added Current for EPS Conversion of 24 to 29 Volt IDNac Devices 0.0000 0.0000
RUI Totals 0 0.0000 0.0000
Address Totals 0 Addresses 0.0000 0.0000System Totals*: Standby 0.0850 Alarm 6.8930
Standby Standby Alarm Alarm
Battery Set #1 (Cabinet/Charger #1) Current Total Current TotalSelect ALL Power Supplies on this battery set:
4009 0.0850 6.8930
Sub Total 0.0850 6.8930
Total 0.0850 6.8930
Standby Time = 24 Hrs x 0.0850 = 2.0400 Standby Ah
Alarm Time = 5 Min 0.08333 x 6.893 = 0.5744 Alarm Ah
2.6144Additional Spare Battery Capacity = 0% + 0.0000
2.6144Battery Discharge Factor = 20% + 0.5229Minimum Battery Required 2081-9272 6.2AH (2x) 3.1373
Battery Supplied 2081-9272 6.2AH (2x)* System Totals represent total system current requirements. Those currents may be distributed between multiple battery sets or powersupplies as shown above.
VOLTAGE DROP SUMMARYPlan
Circuit Description Load % DropN5:H1 3RD FLOOR-WEST-SE SIG1 1.806A 13.96%N5:H2 3RD FLOOR-WEST-SW SIG2 1.677A 11.54%N5:H3 3RD FLOOR-WEST-NW SIG3 1.548A 9.82%N5:H4 3RD FLOOR-WEST-NE SIG4 1.677A 13.47%
6.708A Total
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
N5:H1 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 13.96%Circuit Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN5:H1-1 4098-9772 520 Hz 64 0.129 0.710 18.79N5:H1-2 4098-9772 520 Hz 26 0.129 0.977 18.52N5:H1-3 4098-9772 520 Hz 27 0.129 1.234 18.27N5:H1-4 4098-9772 520 Hz 24 0.129 1.443 18.06N5:H1-5 4098-9772 520 Hz 26 0.129 1.649 17.85N5:H1-6 4098-9772 520 Hz 27 0.129 1.842 17.66N5:H1-7 4098-9772 520 Hz 24 0.129 1.994 17.51N5:H1-8 4098-9772 520 Hz 26 0.129 2.138 17.36N5:H1-9 4098-9772 520 Hz 34 0.129 2.299 17.20N5:H1-10 4098-9772 520 Hz 53 0.129 2.509 16.99N5:H1-11 4098-9772 520 Hz 24 0.129 2.585 16.91N5:H1-12 4098-9772 520 Hz 26 0.129 2.647 16.85N5:H1-13 4098-9772 520 Hz 32 0.129 2.698 16.80N5:H1-14 4098-9772 520 Hz 31 0.129 2.722 16.78
Totals: 444 Ft. 1.806A
N5:H2 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.54%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN5:H2-1 4098-9772 520 Hz 62 0.129 0.638 18.86N5:H2-2 4098-9772 520 Hz 27 0.129 0.895 18.60N5:H2-3 4098-9772 520 Hz 21 0.129 1.078 18.42N5:H2-4 4098-9772 520 Hz 30 0.129 1.316 18.18N5:H2-5 4098-9772 520 Hz 22 0.129 1.472 18.03N5:H2-6 4098-9772 520 Hz 33 0.129 1.682 17.82N5:H2-7 4098-9772 520 Hz 28 0.129 1.837 17.66N5:H2-8 4098-9772 520 Hz 23 0.129 1.946 17.55N5:H2-9 4098-9772 520 Hz 29 0.129 2.061 17.44N5:H2-10 4098-9772 520 Hz 23 0.129 2.134 17.37N5:H2-11 4098-9772 520 Hz 23 0.129 2.188 17.31N5:H2-12 4098-9772 520 Hz 25 0.129 2.228 17.27N5:H2-13 4098-9772 520 Hz 27 0.129 2.249 17.25
Totals: 373 Ft. 1.677A
N5:H3 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 9.82%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN5:H3-1 4098-9772 520 Hz 51 0.129 0.485 19.02N5:H3-2 4098-9772 520 Hz 33 0.129 0.772 18.73N5:H3-3 4098-9772 520 Hz 25 0.129 0.970 18.53N5:H3-4 4098-9772 520 Hz 30 0.129 1.184 18.32N5:H3-5 4098-9772 520 Hz 22 0.129 1.324 18.18N5:H3-6 4098-9772 520 Hz 26 0.129 1.468 18.03N5:H3-7 4098-9772 520 Hz 34 0.129 1.629 17.87N5:H3-8 4098-9772 520 Hz 28 0.129 1.740 17.76N5:H3-9 4098-9772 520 Hz 19 0.129 1.800 17.70N5:H3-10 4098-9772 520 Hz 25 0.129 1.860 17.64N5:H3-11 4098-9772 520 Hz 24 0.129 1.898 17.60N5:H3-12 4098-9772 520 Hz 21 0.129 1.914 17.59
Totals: 338 Ft. 1.548A
N5:H4 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 13.47%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN5:H4-1 4098-9772 520 Hz 79 0.129 0.813 18.69N5:H4-2 4098-9772 520 Hz 35 0.129 1.146 18.35N5:H4-3 4098-9772 520 Hz 25 0.129 1.364 18.14N5:H4-4 4098-9772 520 Hz 39 0.129 1.673 17.83N5:H4-5 4098-9772 520 Hz 34 0.129 1.915 17.58N5:H4-6 4098-9772 520 Hz 25 0.129 2.074 17.43N5:H4-7 4098-9772 520 Hz 25 0.129 2.212 17.29N5:H4-8 4098-9772 520 Hz 25 0.129 2.331 17.17N5:H4-9 4098-9772 520 Hz 24 0.129 2.426 17.07N5:H4-10 4098-9772 520 Hz 27 0.129 2.512 16.99N5:H4-11 4098-9772 520 Hz 23 0.129 2.566 16.93N5:H4-12 4098-9772 520 Hz 25 0.129 2.606 16.89N5:H4-13 4098-9772 520 Hz 27 0.129 2.627 16.87
Totals: 413 Ft. 1.677A
Parkway Off Central NAC6 4009 NACStandby Total Alarm Total
Module Qty Description Current Standby Current Alarm
Panel Equipment
4009-9201 1 4009 IDNET NAC EXTENDER, 120 VAC 0.0850 0.0850 0.1850 0.1850
Panel Totals 0.0850 0.1850
Notification Appliances
4098-9772 57 TRUEALARM 520HZ SOUNDER BASE W/ REMOTE LED * 520 H 0.0000 0.0000 0.1290 7.3530Peripheral Totals 0.0000 7.3530
Added Current for EPS Conversion of 24 to 29 Volt IDNac Devices 0.0000 0.0000
RUI Totals 0 0.0000 0.0000
Address Totals 0 Addresses 0.0000 0.0000System Totals*: Standby 0.0850 Alarm 7.5380
Standby Standby Alarm Alarm
Battery Set #1 (Cabinet/Charger #1) Current Total Current TotalSelect ALL Power Supplies on this battery set:
4009 0.0850 7.5380
Sub Total 0.0850 7.5380
Total 0.0850 7.5380
Standby Time = 24 Hrs x 0.0850 = 2.0400 Standby Ah
Alarm Time = 5 Min 0.08333 x 7.538 = 0.6282 Alarm Ah
2.6682Additional Spare Battery Capacity = 0% + 0.0000
2.6682Battery Discharge Factor = 20% + 0.5336Minimum Battery Required 2081-9272 6.2AH (2x) 3.2018
Battery Supplied 2081-9272 6.2AH (2x)* System Totals represent total system current requirements. Those currents may be distributed between multiple battery sets or powersupplies as shown above.
VOLTAGE DROP SUMMARYPlan
Circuit Description Load % DropN6:H1 3RD FLOOR-EAST-SW SIG1 1.806A 11.98%N6:H2 3RD FLOOR-EAST-SE SIG2 1.935A 13.05%N6:H3 3RD FLOOR-EAST-NW SIG3 1.677A 11.45%N6:H4 3RD FLOOR-EAST-NE SIG4 1.935A 14.88%
7.353A Total
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
N6:H1 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.98%Circuit Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN6:H1-1 4098-9772 520 Hz 39 0.129 0.432 19.07N6:H1-2 4098-9772 520 Hz 27 0.129 0.710 18.79N6:H1-3 4098-9772 520 Hz 29 0.129 0.986 18.51N6:H1-4 4098-9772 520 Hz 25 0.129 1.204 18.30N6:H1-5 4098-9772 520 Hz 22 0.129 1.378 18.12N6:H1-6 4098-9772 520 Hz 29 0.129 1.585 17.92N6:H1-7 4098-9772 520 Hz 24 0.129 1.737 17.76N6:H1-8 4098-9772 520 Hz 27 0.129 1.887 17.61N6:H1-9 4098-9772 520 Hz 23 0.129 1.996 17.50N6:H1-10 4098-9772 520 Hz 22 0.129 2.083 17.42N6:H1-11 4098-9772 520 Hz 29 0.129 2.175 17.33N6:H1-12 4098-9772 520 Hz 32 0.129 2.251 17.25N6:H1-13 4098-9772 520 Hz 37 0.129 2.310 17.19N6:H1-14 4098-9772 520 Hz 33 0.129 2.336 17.16
Totals: 398 Ft. 1.806A
N6:H2 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 13.05%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN6:H2-1 4098-9772 520 Hz 43 0.129 0.511 18.99N6:H2-2 4098-9772 520 Hz 22 0.129 0.755 18.75N6:H2-3 4098-9772 520 Hz 26 0.129 1.023 18.48N6:H2-4 4098-9772 520 Hz 25 0.129 1.260 18.24N6:H2-5 4098-9772 520 Hz 25 0.129 1.478 18.02N6:H2-6 4098-9772 520 Hz 24 0.129 1.668 17.83N6:H2-7 4098-9772 520 Hz 22 0.129 1.825 17.68N6:H2-8 4098-9772 520 Hz 29 0.129 2.009 17.49N6:H2-9 4098-9772 520 Hz 22 0.129 2.131 17.37N6:H2-10 4098-9772 520 Hz 24 0.129 2.245 17.26N6:H2-11 4098-9772 520 Hz 24 0.129 2.340 17.16N6:H2-12 4098-9772 520 Hz 30 0.129 2.435 17.07N6:H2-13 4098-9772 520 Hz 17 0.129 2.475 17.02N6:H2-14 4098-9772 520 Hz 27 0.129 2.518 16.98N6:H2-15 4098-9772 520 Hz 35 0.129 2.546 16.95
Totals: 395 Ft. 1.935A
N6:H3 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.45%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN6:H3-1 4098-9772 520 Hz 61 0.129 0.628 18.87N6:H3-2 4098-9772 520 Hz 30 0.129 0.913 18.59N6:H3-3 4098-9772 520 Hz 25 0.129 1.131 18.37N6:H3-4 4098-9772 520 Hz 25 0.129 1.329 18.17N6:H3-5 4098-9772 520 Hz 25 0.129 1.507 17.99N6:H3-6 4098-9772 520 Hz 27 0.129 1.678 17.82N6:H3-7 4098-9772 520 Hz 26 0.129 1.823 17.68N6:H3-8 4098-9772 520 Hz 25 0.129 1.941 17.56N6:H3-9 4098-9772 520 Hz 25 0.129 2.040 17.46N6:H3-10 4098-9772 520 Hz 24 0.129 2.116 17.38N6:H3-11 4098-9772 520 Hz 24 0.129 2.173 17.33N6:H3-12 4098-9772 520 Hz 25 0.129 2.213 17.29N6:H3-13 4098-9772 520 Hz 25 0.129 2.233 17.27
Totals: 367 Ft. 1.677A
N6:H4 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 14.88%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN6:H4-1 4098-9772 520 Hz 54 0.129 0.642 18.86N6:H4-2 4098-9772 520 Hz 20 0.129 0.863 18.64N6:H4-3 4098-9772 520 Hz 48 0.129 1.358 18.14N6:H4-4 4098-9772 520 Hz 18 0.129 1.529 17.97N6:H4-5 4098-9772 520 Hz 27 0.129 1.764 17.74N6:H4-6 4098-9772 520 Hz 33 0.129 2.025 17.47N6:H4-7 4098-9772 520 Hz 25 0.129 2.204 17.30N6:H4-8 4098-9772 520 Hz 23 0.129 2.349 17.15N6:H4-9 4098-9772 520 Hz 25 0.129 2.488 17.01N6:H4-10 4098-9772 520 Hz 28 0.129 2.621 16.88N6:H4-11 4098-9772 520 Hz 23 0.129 2.712 16.79N6:H4-12 4098-9772 520 Hz 25 0.129 2.791 16.71N6:H4-13 4098-9772 520 Hz 21 0.129 2.841 16.66N6:H4-14 4098-9772 520 Hz 27 0.129 2.884 16.62N6:H4-15 4098-9772 520 Hz 23 0.129 2.902 16.60
Totals: 420 Ft. 1.935A
Parkway Off Central NAC7 4009 NACStandby Total Alarm Total
Module Qty Description Current Standby Current Alarm
Panel Equipment
4009-9201 1 4009 IDNET NAC EXTENDER, 120 VAC 0.0850 0.0850 0.1850 0.1850
Panel Totals 0.0850 0.1850
Notification Appliances
4098-9772 52 TRUEALARM 520HZ SOUNDER BASE W/ REMOTE LED * 520 H 0.0000 0.0000 0.1290 6.7080Peripheral Totals 0.0000 6.7080
Added Current for EPS Conversion of 24 to 29 Volt IDNac Devices 0.0000 0.0000
RUI Totals 0 0.0000 0.0000
Address Totals 0 Addresses 0.0000 0.0000System Totals*: Standby 0.0850 Alarm 6.8930
Standby Standby Alarm Alarm
Battery Set #1 (Cabinet/Charger #1) Current Total Current TotalSelect ALL Power Supplies on this battery set:
4009 0.0850 6.8930
Sub Total 0.0850 6.8930
Total 0.0850 6.8930
Standby Time = 24 Hrs x 0.0850 = 2.0400 Standby Ah
Alarm Time = 5 Min 0.08333 x 6.893 = 0.5744 Alarm Ah
2.6144Additional Spare Battery Capacity = 0% + 0.0000
2.6144Battery Discharge Factor = 20% + 0.5229Minimum Battery Required 2081-9272 6.2AH (2x) 3.1373
Battery Supplied 2081-9272 6.2AH (2x)* System Totals represent total system current requirements. Those currents may be distributed between multiple battery sets or powersupplies as shown above.
VOLTAGE DROP SUMMARYPlan
Circuit Description Load % DropN7:H1 4TH FLOOR-WEST-SE SIG1 1.806A 14.07%N7:H2 4TH FLOOR-WEST-SW SIG2 1.677A 11.59%N7:H3 4TH FLOOR-WEST-NW SIG3 1.548A 9.72%N7:H4 4TH FLOOR-WEST-NE SIG4 1.677A 13.58%
6.708A Total
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
N7:H1 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 14.07%Circuit Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN7:H1-1 4098-9772 520 Hz 66 0.129 0.732 18.77N7:H1-2 4098-9772 520 Hz 26 0.129 1.000 18.50N7:H1-3 4098-9772 520 Hz 27 0.129 1.256 18.24N7:H1-4 4098-9772 520 Hz 24 0.129 1.465 18.03N7:H1-5 4098-9772 520 Hz 26 0.129 1.671 17.83N7:H1-6 4098-9772 520 Hz 27 0.129 1.864 17.64N7:H1-7 4098-9772 520 Hz 24 0.129 2.016 17.48N7:H1-8 4098-9772 520 Hz 26 0.129 2.160 17.34N7:H1-9 4098-9772 520 Hz 34 0.129 2.322 17.18N7:H1-10 4098-9772 520 Hz 53 0.129 2.531 16.97N7:H1-11 4098-9772 520 Hz 24 0.129 2.607 16.89N7:H1-12 4098-9772 520 Hz 26 0.129 2.669 16.83N7:H1-13 4098-9772 520 Hz 32 0.129 2.720 16.78N7:H1-14 4098-9772 520 Hz 31 0.129 2.744 16.76
Totals: 446 Ft. 1.806A
N7:H2 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.59%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN7:H2-1 4098-9772 520 Hz 63 0.129 0.649 18.85N7:H2-2 4098-9772 520 Hz 27 0.129 0.905 18.59N7:H2-3 4098-9772 520 Hz 21 0.129 1.088 18.41N7:H2-4 4098-9772 520 Hz 30 0.129 1.326 18.17N7:H2-5 4098-9772 520 Hz 22 0.129 1.483 18.02N7:H2-6 4098-9772 520 Hz 33 0.129 1.692 17.81N7:H2-7 4098-9772 520 Hz 28 0.129 1.847 17.65N7:H2-8 4098-9772 520 Hz 23 0.129 1.956 17.54N7:H2-9 4098-9772 520 Hz 29 0.129 2.071 17.43N7:H2-10 4098-9772 520 Hz 23 0.129 2.144 17.36N7:H2-11 4098-9772 520 Hz 23 0.129 2.199 17.30N7:H2-12 4098-9772 520 Hz 25 0.129 2.238 17.26N7:H2-13 4098-9772 520 Hz 27 0.129 2.260 17.24
Totals: 374 Ft. 1.677A
N7:H3 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 9.72%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN7:H3-1 4098-9772 520 Hz 49 0.129 0.466 19.03N7:H3-2 4098-9772 520 Hz 33 0.129 0.753 18.75N7:H3-3 4098-9772 520 Hz 25 0.129 0.951 18.55N7:H3-4 4098-9772 520 Hz 30 0.129 1.165 18.33N7:H3-5 4098-9772 520 Hz 22 0.129 1.305 18.20N7:H3-6 4098-9772 520 Hz 26 0.129 1.449 18.05N7:H3-7 4098-9772 520 Hz 34 0.129 1.610 17.89N7:H3-8 4098-9772 520 Hz 28 0.129 1.721 17.78N7:H3-9 4098-9772 520 Hz 19 0.129 1.781 17.72N7:H3-10 4098-9772 520 Hz 25 0.129 1.841 17.66N7:H3-11 4098-9772 520 Hz 24 0.129 1.879 17.62N7:H3-12 4098-9772 520 Hz 21 0.129 1.895 17.60
Totals: 336 Ft. 1.548A
N7:H4 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 13.58%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN7:H4-1 4098-9772 520 Hz 81 0.129 0.834 18.67N7:H4-2 4098-9772 520 Hz 35 0.129 1.167 18.33N7:H4-3 4098-9772 520 Hz 25 0.129 1.385 18.12N7:H4-4 4098-9772 520 Hz 39 0.129 1.693 17.81N7:H4-5 4098-9772 520 Hz 34 0.129 1.936 17.56N7:H4-6 4098-9772 520 Hz 25 0.129 2.094 17.41N7:H4-7 4098-9772 520 Hz 25 0.129 2.233 17.27N7:H4-8 4098-9772 520 Hz 25 0.129 2.352 17.15N7:H4-9 4098-9772 520 Hz 24 0.129 2.447 17.05N7:H4-10 4098-9772 520 Hz 27 0.129 2.532 16.97N7:H4-11 4098-9772 520 Hz 23 0.129 2.587 16.91N7:H4-12 4098-9772 520 Hz 25 0.129 2.626 16.87N7:H4-13 4098-9772 520 Hz 27 0.129 2.648 16.85
Totals: 415 Ft. 1.677A
Parkway Off Central NAC8 4009 NACStandby Total Alarm Total
Module Qty Description Current Standby Current Alarm
Panel Equipment
4009-9201 1 4009 IDNET NAC EXTENDER, 120 VAC 0.0850 0.0850 0.1850 0.1850
Panel Totals 0.0850 0.1850
Notification Appliances
4098-9772 57 TRUEALARM 520HZ SOUNDER BASE W/ REMOTE LED * 520 H 0.0000 0.0000 0.1290 7.3530Peripheral Totals 0.0000 7.3530
Added Current for EPS Conversion of 24 to 29 Volt IDNac Devices 0.0000 0.0000
RUI Totals 0 0.0000 0.0000
Address Totals 0 Addresses 0.0000 0.0000System Totals*: Standby 0.0850 Alarm 7.5380
Standby Standby Alarm Alarm
Battery Set #1 (Cabinet/Charger #1) Current Total Current TotalSelect ALL Power Supplies on this battery set:
4009 0.0850 7.5380
Sub Total 0.0850 7.5380
Total 0.0850 7.5380
Standby Time = 24 Hrs x 0.0850 = 2.0400 Standby Ah
Alarm Time = 5 Min 0.08333 x 7.538 = 0.6282 Alarm Ah
2.6682Additional Spare Battery Capacity = 0% + 0.0000
2.6682Battery Discharge Factor = 20% + 0.5336Minimum Battery Required 2081-9272 6.2AH (2x) 3.2018
Battery Supplied 2081-9272 6.2AH (2x)* System Totals represent total system current requirements. Those currents may be distributed between multiple battery sets or powersupplies as shown above.
VOLTAGE DROP SUMMARYPlan
Circuit Description Load % DropN8:H1 4TH FLOOR-EAST-SW SIG1 1.806A 11.97%N8:H2 4TH FLOOR-EAST-SE SIG2 1.935A 13.05%N8:H3 4TH FLOOR-EAST-NW SIG3 1.677A 11.45%N8:H4 4TH FLOOR-EAST-NE SIG4 1.935A 14.88%
7.353A Total
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
N8:H1 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.97%Circuit Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN8:H1-1 4098-9772 520 Hz 39 0.129 0.432 19.07N8:H1-2 4098-9772 520 Hz 27 0.129 0.710 18.79N8:H1-3 4098-9772 520 Hz 29 0.129 0.986 18.51N8:H1-4 4098-9772 520 Hz 25 0.129 1.204 18.30N8:H1-5 4098-9772 520 Hz 22 0.129 1.378 18.12N8:H1-6 4098-9772 520 Hz 29 0.129 1.585 17.92N8:H1-7 4098-9772 520 Hz 24 0.129 1.737 17.76N8:H1-8 4098-9772 520 Hz 27 0.129 1.887 17.61N8:H1-9 4098-9772 520 Hz 23 0.129 1.996 17.50N8:H1-10 4098-9772 520 Hz 22 0.129 2.083 17.42N8:H1-11 4098-9772 520 Hz 29 0.129 2.175 17.33N8:H1-12 4098-9772 520 Hz 33 0.129 2.253 17.25N8:H1-13 4098-9772 520 Hz 34 0.129 2.307 17.19N8:H1-14 4098-9772 520 Hz 33 0.129 2.333 17.17
Totals: 396 Ft. 1.806A
N8:H2 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 13.05%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN8:H2-1 4098-9772 520 Hz 43 0.129 0.511 18.99N8:H2-2 4098-9772 520 Hz 22 0.129 0.755 18.75N8:H2-3 4098-9772 520 Hz 26 0.129 1.023 18.48N8:H2-4 4098-9772 520 Hz 25 0.129 1.260 18.24N8:H2-5 4098-9772 520 Hz 25 0.129 1.478 18.02N8:H2-6 4098-9772 520 Hz 24 0.129 1.668 17.83N8:H2-7 4098-9772 520 Hz 22 0.129 1.825 17.68N8:H2-8 4098-9772 520 Hz 29 0.129 2.009 17.49N8:H2-9 4098-9772 520 Hz 22 0.129 2.131 17.37N8:H2-10 4098-9772 520 Hz 24 0.129 2.245 17.26N8:H2-11 4098-9772 520 Hz 24 0.129 2.340 17.16N8:H2-12 4098-9772 520 Hz 30 0.129 2.435 17.07N8:H2-13 4098-9772 520 Hz 17 0.129 2.475 17.02N8:H2-14 4098-9772 520 Hz 27 0.129 2.518 16.98N8:H2-15 4098-9772 520 Hz 35 0.129 2.546 16.95
Totals: 395 Ft. 1.935A
N8:H3 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 11.45%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN8:H3-1 4098-9772 520 Hz 61 0.129 0.628 18.87N8:H3-2 4098-9772 520 Hz 30 0.129 0.913 18.59N8:H3-3 4098-9772 520 Hz 25 0.129 1.131 18.37N8:H3-4 4098-9772 520 Hz 25 0.129 1.329 18.17N8:H3-5 4098-9772 520 Hz 25 0.129 1.507 17.99N8:H3-6 4098-9772 520 Hz 27 0.129 1.678 17.82N8:H3-7 4098-9772 520 Hz 26 0.129 1.823 17.68N8:H3-8 4098-9772 520 Hz 25 0.129 1.941 17.56N8:H3-9 4098-9772 520 Hz 25 0.129 2.040 17.46N8:H3-10 4098-9772 520 Hz 24 0.129 2.116 17.38N8:H3-11 4098-9772 520 Hz 24 0.129 2.173 17.33N8:H3-12 4098-9772 520 Hz 25 0.129 2.213 17.29N8:H3-13 4098-9772 520 Hz 25 0.129 2.233 17.27
Totals: 367 Ft. 1.677A
N8:H4 Distributed Load Voltage Drop
Allowable % Drop: 17.9% Wire Res. Per Ft. 0.0031 @ 75Á CelsiusWire Gauge: 14ga Min. Device Voltage: 16.vdc
Starting Voltage: 19.5vdc % Voltage Drop 14.88%Ckt Capacity 2.A
Normal Operation
Distance Device Voltage Voltage At
Device # PID Candela (Feet) Current Drop DeviceN8:H4-1 4098-9772 520 Hz 54 0.129 0.642 18.86N8:H4-2 4098-9772 520 Hz 20 0.129 0.863 18.64N8:H4-3 4098-9772 520 Hz 48 0.129 1.358 18.14N8:H4-4 4098-9772 520 Hz 18 0.129 1.529 17.97N8:H4-5 4098-9772 520 Hz 27 0.129 1.764 17.74N8:H4-6 4098-9772 520 Hz 33 0.129 2.025 17.47N8:H4-7 4098-9772 520 Hz 25 0.129 2.204 17.30N8:H4-8 4098-9772 520 Hz 23 0.129 2.349 17.15N8:H4-9 4098-9772 520 Hz 25 0.129 2.488 17.01N8:H4-10 4098-9772 520 Hz 28 0.129 2.621 16.88N8:H4-11 4098-9772 520 Hz 23 0.129 2.712 16.79N8:H4-12 4098-9772 520 Hz 25 0.129 2.791 16.71N8:H4-13 4098-9772 520 Hz 21 0.129 2.841 16.66N8:H4-14 4098-9772 520 Hz 27 0.129 2.884 16.62N8:H4-15 4098-9772 520 Hz 23 0.129 2.902 16.60
Totals: 420 Ft. 1.935ASHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
yco.
ISSU
E LO
G:
Revi
sion
s sh
own
wit
h #
sy
mbo
l
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
OTI
CE T
O U
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By
acce
ptin
g or
usi
ng t
his
draw
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and/
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FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-6
03.d
wg
9/13
/201
6 9:
52:3
8 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-604
CALCULATIONS AND
SCHEDULES
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
s:\1-current projects\7555-parkway off central\Fire\FA-603.dwg, FA-604 CALCULATIONS AND SCHEDULES, 9/13/2016 9:52:37 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
SHEET:
DRAWN BY:CHECKED BY:
JOB #:PROJECT #:
DE
SC
RIP
TIO
NC
AD
DA
TE
MA
RK
SYSTEM:
CH
K
ISSUE DATE:
30"
x 42
" -
Arch
E1
Size
TM
Safer. S
marter. T
yco.
ISSU
E LO
G:
Revi
sion
s sh
own
wit
h #
sy
mbo
l
LAST
PRI
NTE
D:
LAST
SAV
ED B
Y:
IMPO
RTAN
T N
OTI
CE T
O U
SER:
By
acce
ptin
g or
usi
ng t
his
draw
ing
and/
or t
he in
form
atio
n co
ntai
ned
here
in,
the
user
agr
ees
to t
he f
ollo
win
g te
rms
and
cond
itio
ns:
The
ele
ctro
nic
info
rmat
ion
in t
he d
raw
ing
may
be
subj
ect
to in
tent
iona
l or
unin
tent
iona
l alt
erat
ion.
Any
use
, re
use,
cop
ying
mod
ific
atio
n or
alt
erat
ion
of t
he in
form
atio
n co
ntai
ned
here
in s
hall
be a
t th
e so
le r
isk
of t
he u
ser.
Thi
s in
form
atio
n m
ay n
ot b
e so
ld o
r tr
ansf
erre
d to
any
thi
rd p
arty
, us
ed o
n ot
her
proj
ects
or
addi
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s to
the
pro
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for
whi
ch it
was
pre
pare
d, o
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ed f
or c
ompl
etio
n of
thi
s pr
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any
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impl
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s al
l lia
bilit
y fo
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e us
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reu
se o
fal
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d fi
les
by t
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ser
or a
ny t
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par
ty a
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use
will
be
a us
er's
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ris
k. U
ser
shal
l, t
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ext
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perm
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law
, de
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, in
dem
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, an
d ho
ld S
impl
exG
rinn
ell h
arm
less
fro
m a
ny a
nd a
ll cl
aim
s fo
r lo
ss,
dam
age
or in
jury
ari
sing
dir
ectl
y or
indi
rect
ly t
here
from
.
FILE
PAT
H:
s:\1
-cur
rent
pro
ject
s\75
55-p
arkw
ay o
ff c
entr
al\F
ire\
FA-7
01.d
wg
9/13
/201
6 9:
52:4
1 AM
DTH
URS
TON
337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
RK
WA
Y O
FF
C
EN
TR
AL
9436 U
LY
SS
ES
S
TR
EE
T N
E
BLA
IN
E, M
N 55434
5400
NAT
HAN
LAN
E, S
UIT
E 10
0PL
YMO
UTH
, M
N 5
5442
PHO
NE:
7
63-3
67-5
000
SERV
ICE:
763
-367
-500
1FA
X:
763
-367
-500
2
337445916
DIS
TR
IC
T - 337
FA-701
WIRING TYPICALS
TYCO SIMPLEXGRINNELL © 2016
7555
PA
RK
WA
Y O
FF
C
EN
TR
AL
INSTRUCTIONS
66"
FLOOR
3 17/32"
6 29/32"
24"
1 7/16"
16"
FOR SURFACE MOUNTUSE 4 HOLES TO SECURE
BACKBOX TO WALL
BATTERY AREA(IF APPLICABLE)
NO CONDUIT ENTRY ORWIRING IN THIS AREA
SEECHART
5 17/32"
FIG. 1
11 11/16"
4 3/4"
(TYPICAL, FOR5 FOOT HEIGHTTO LCD DISPLAY
CENTERLINE)
TYPICAL CONDUIT LOCATION FORPWR. LIMITED FIELD WIRING
EXAMPLE OF ADDITIONALCABINET MOUNTING
LOCATION
CONDUIT FOR INTERNALPANEL HARNESSES OR NPLWIRING.
3 1/4" MIN.10" MAX.
1. FOR ADDITIONAL INFORMATION, DOWNLOAD DATA SHEET S4100-0100 FROM HTTP://WWW.SIMPLEX-FIRE.COM
4100es BACKBOX INSTALLATION
BATTERY BOX HEIGHT REFERENCE
PID NUMBER BOX HEIGHT BOX LENGTH BOX DEPTH
2081-9280 1'-0" 2'-2 1/2" 1'-0"
4081-9306 1'-1 1/2" 2'-3 7/8" 1'-2 5/8"
4081-9308 1'-1 1/2" 2'-3 7/8" 1'-2 5/8"
WALL STUD GUIDES(SEE NOTE 3)
KNOCKOUT SCREW/NAILHOLES FOR SEMI-FLUSH
MOUNT (SEE NOTE 3)
REFER TO FIG.1 FOR TYPICAL CONDUITPENETRATION LOCATIONS
WALL
1. REMOVE ELECTRONIC CARD CAGE (IF PRESENT) AND STORE IT IN A SAFE DRY AREA.2. NO KNOCKOUTS PROVIDED. CUT CONDUIT/SERVICE ENTRANCE OPENINGS. REFER TO FIG.1
FOR PROPER LOCATIONS. CONDUIT PROTRUSION INTO BOX 1/2" MAX.3. MOUNT BOX TO WALL: BOX MUST BE LEVEL AND PLUMB. FOR SURFACE MOUNT USE TEAR
DROP AND CLEARANCE HOLES ON BACK SURFACE. FOR SEMI-FLUSH MOUNT: USE WALL STUDGUIDES FOR MAXIMUM ALLOWABLE BOX DEPTH TO PROVIDE OPEN DOOR CLEARANCE. USEKNOCKOUTS ON SIDE WALL, SCREW OR NAIL BOX TO WALL STUDS.
4. MINIMUM DISTANCE BETWEEN ANY TWO BOXES IS 3 1/4" (6" MAXIMUM).5. IF PRESENT, USE WIRE MANAGEMENT BRACKETS ON BOX SIDES TO SECURE WIRE RUNS.6. NEMA RATING: NEMA 1 - GENERAL PURPOSE.7. DO NOT LOCATE POWER-LIMITED WIRING IN THE SHADED AREAS OF THE BACKBOX, THIS
AREA IS RESERVED FOR NON-POWER LIMITED CIRCUITRY SUCH AS AC POWER, BATTERIES ANDCITY CONNECTION.
8. REFER TO SIMPLEX BACKBOX INSTALLATION DOCUMENT 579-117 FOR DETAILEDINSTRUCTIONS.
BACKBOX AND DOOR OPTIONS
PKG. SIZEBOX W/
GLASS DOORBOX W/
SOLID DOORBOX ONLY
GLASSDOOR
SOLIDDOOR
BOXHEIGHT
1 BAY RED 2975-9441 2975-9447 2975-9407 4100-2124 4100-2134 22"
2 BAY RED 2975-9442 2975-9448 2975-9408 4100-2125 4100-2135 40"
3 BAY RED 2975-9443 2975-9449 2975-9409 4100-2126 4100-2136 56"
1 BAY PLATINUM 2975-9444 2975-9450 2975-9438 4100-2104 4100-2114 22"
2 BAY PLATINUM 2975-9445 2975-9451 2975-9439 4100-2105 4100-2115 40"
3 BAY PLATINUM 2975-9446 2975-9452 2975-9440 4100-2106 4100-2116 56"
1
3
REDRED2
RED1
5
GLDREDVLT4.7K YEL
GLDREDGRY6.8K BLU
GLDREDGRY1.8K BRN
GLDBRNBLU560 Ω GRN
GLDREDRED1.2K BRN
GLDORGBLK10K BRN
GLDBLKBLK20 Ω RED
GLDREDBLK1K BRN
GLDBRNBLKBRNGLDORGRED22K REDBRNWHTWHT4.99K YEL
GLDREDYEL2.4K RED
GLDREDGRN1.5K BRN
GLDYELGRN150K BRNGLDREDWHT3.9K ORGGLDORGBLK10K BRN
733-893
733-892
733-896
733-886
733-984
733-890
733-891
733-894
733-912
733-973
733-974733-985734-086
734-092
734-093
734-149734-171734-168
4081-9001
MODEL
4081-9002
4081-9003
4081-9004
4081-9005
4081-9006
4081-9007
4081-9008
4081-9009
4081-9010
4081-90114081-90124081-9013
4081-9014
4081-9015
4081-90164081-90174081-9018
1
1/2
1/2
1/2
1/2
1
1
1/2
1
1
1/21/21/2
1/2
1/2
1/211
4
GLD
GLD
REDORG3.3K ORG
2.2K
OHMS
BRN
N/A
N/A
N/AN/AN/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/AN/A
ANNUNCIATOR (4300)
GLDREDRED8.2K GRAYGLDREDBLU5.6K GRNGLDORGRED12K BRN
378-090378-046378-069
1/21/21/2
N/AN/AN/A
END OF LINE RESISTOR CODES
N.O. INITIATING PULL, SMOKE,HEAT, WATERFLOW, TAMPER,
ETC.24 PT. I/O SWITCH SUPV.
N.O. INITIATING PULL,SMOKE, HEAT,
WATERFLOW, TAMPER,ETC.
CURRENT LIMITED N.O.INITIATING (IN LINE)
N.C. INITIATING (EOLR)
N.C. INITIATING (EOLR)
NOTIFICATION
24 PT. I/O (ACROSS CONTACTS)N.C. INIT. (ACROSS CONTACTS)
TO MR-101 RELAY COIL
CURRENT LIMITED N.O. INIT.(IN SERIES WITH CONTACT)
ANNUNCIATOR (N2)
SPEAKER CIRCUIT
N.C. INITIATING (SECURITYMONITORING EOLR)
CURRENT LIMITED N.O. INIT.(SECURITY MONITORING EOLR)
70VRMS CONSTANT SUPV. NACSSECURITY MONITORING (EOLR)N.O. SECURITY MON. (SERIES)N.C. SECURITY MON. (SHUNT) 4100, 4100U
4100, 4100U4100, 4100U4100-1260
4090-9001 IDNET IAM
4090-9001 IDNET IAM
40034006, 4008, 4010
4090-9001 IDNET IAM
4605-7401, 4100 SERIES4005*,4090-9001 IDNET IAM
4005 8 POINT I/O
4004, 4005, 4006, 4008, 4009,4010, 4100, 4100U
4005
4005*, 4090-9001 IDNET IAM4100, 4100U
4090-9001 IDNET IAM
4-20MA ZAM (TROUBLE)
4004, 4005, 4090-9001IDNET IAM 2190-9173
MAPNETII 2 PT I/O
2080-90244090-9001 IDNET IAM (EOLR)
4605-7401, 4100 SERIES
4004*, 4004R, 4005*, 4006,4100, 4120, 4100U, ZAMs
4004, 4010 (TROUBLE)
FIRE ALARM PANEL/MODULECIRCUIT TYPEWATTS
100 Ω
REFERENCE
NUMBER
CURRENT LIMITED N.O. INIT.NOTIFICATION (DACT)
NOTE: REFER TO PANEL/MODULE AND DEVICE INSTALLATIONINSTRUCTIONS FOR PROPER TERMINATIONS.
* USE WITH RETROFIT OR HIGH CURRENT MODULE
BAND NUMBER
3
4603-9101 REMOTE ANNUNCIATOR
MOUNTING OPTION "A"
ELECTRICAL BOX
1. MAINTAIN CORRECT POLARITY ONTERMINAL CONNECTIONS.
2. ALWAYS CUT CONDUCTORS AND SECUREUNDER TERMINALS. NEVER LOOP WIRESUNDER TERMINALS.
3. ONE INDICATOR MAY BE INSTALLED PERDETECTOR.
WIRING NOTES
TERMINATION VIEW
ON
OFF
MOUNTING OPTIONS
OPTION
1
BACK BOX SPECIFICATION NOTES
A FLUSH MOUNT - 6-GANG BOX, 3-1/2" (89mm) DEEP BY OTHERS
B FLUSH MOUNT - MASONRY BOX, 3-1/2" (89mm) DEEP BY OTHERS
C SURFACE MOUNT - SIMPLEX 2975-9206, 2-3/4" (70mm) DEEP ORDERED SEPARATELY
1. FOR ADDITIONAL INFORMATION, DOWNLOAD DATA SHEET 4603-0001 FROM HTTP://WWW.SIMPLEX-FIRE.COM2. REFER TO RUI DIPSWITCH SETTINGS DETAIL
LCD ANNUNCIATORASSEMBLY
TRIM PLATE
TB1
TB2++ - -
++-- SS
FROM 24VDCPOWER SOURCE
TO ADDITIONAL24VDC DEVICES
RUI FROM FACP ORPREVIOUS DEVICE
RUI TO NEXT DEVICE OR RETURNTO FACP IN CLASS A SYSTEM
SHIELD (NOT REQUIRED ONRUI+ APPLICATIONS)
RUI ADDRESSDIPSWITCH2
4
IDNET CONTROL4009 NAC PANEL WIRING
ASSY 0565-771 A B C DADDRESSABLE NAC SYSTEM
A-
IDNET
HARDWIRE
4009-9201 IDNet NAC EXTENDER
HARDWIREINPUT 2AUDIBLE
INPUT 1VISIBLE
RET OUTRET INPOS OUT
RET OUT
POS OUT
POS IN
RET IN
BATTERY+ -
NAC 4
AUX POWER
POS IN
+
-
NAC 1-+
NAC 2 NAC 3
HARDWARE ADDRESS/ CONFIG SOFTWARE
5
7
6
4
3
2
1
8SW18
1
2
3
4
6
7
5
ON
SW2
ON
SHLD
SHLD A+B- B+
TERMINALSTRIP PARTOF 733-991
CONNECT TO 120VAC 60HZ INPUT 3A MAX.NEUTRAL
HOT 120V
NEU
T120V
HARNESS 733-991
GROUND
4009-9807 FOUR POINT NAC MODULE
NAC 5
565-828NAC 8NAC 6 NAC 7
BATTERY BATTERY
HARNESS 733-945INTERNAL BATTERY
-+ -+ -+
-+ -+ -+ -+
V
V
V
V
V
V
V
V
M
M
(OPTIONAL)
TO NAC#:V8 DEVICES
TO NAC#:V7 DEVICES
TO NAC#:V6 DEVICES
TO NAC#:V5 DEVICESTO NAC#:V4 DEVICES
TO NAC#:V3 DEVICES
TO NAC#:V2 DEVICES
TO NAC#:V1 DEVICES
TO ADDITIONAL IDNet DEVICES OR RETURNTO HOST IDNet CONTROL PANEL
FROM PREVIOUS IDNet DEVICESOR HOST IDNet CONTROL PANEL
CONNECT A 12 AWG COPPER GROUND WIRE FROM SAFETYGROUND IN THE ELECTRICAL DISTRIBUTION PANEL TOTHE 4009 SAFETY GROUND STUD.
1. IF IDNet WIRING CONTINUES ON TO ANOTHER DEVICE,TAPE SHIELDS TOGETHER.
2. IF IDNet WIRING TERMINATES AT THE 4009 IDNet NACEXTENDER, TAPE SHIELD.
3. NEVER TERMINATE SHIELDS AT THE 4009 IDNet NACEXTENDER
WIRING NOTES
IF OPTIONAL SHIELDS ARE USED FOR IDNet WIRING, FOLLOWTHESE PRECAUTIONS:
2
CLASS B WIRING
1. MAINTAIN CORRECT POLARITY ON TERMINALCONNECTIONS.
2. ALWAYS CUT CONDUCTORS AND SECURE UNDERTERMINALS. NEVER LOOP WIRES UNDER TERMINALS.
3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJAPPROVED METHODS.
WIRING NOTES
MOUNTING OPTIONS
OPTION
1
BACK BOX SPECIFICATION NOTES
A SINGLE GANG BOX, 2-1/2" (64mm) DEEP BY OTHERS
B4" (102mm) SQUARE BOX, 2-1/8" DEEP (MIN)W/ SINGLE GANG COVER PLATE 3/4" (19mm) EXTENSION BY OTHERS
C5H x 3-7/8"W x 2-3/16"D(127mm x 98mm x 56mm) SIMPLEX 2975-9022, ORDERED SEPARATELY
D5-3/4"H x 3-7/8"W x 2-3/16"D(132mm x 102mm x 56mm) SIMPLEX 2975-9178, ORDERED SEPARATELY
TOP OF PULL HANDLETO BE MOUNTED AT 42"
- 48" A.F.F.
1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET 4099-0005 FROM HTTP://WWW.SIMPLEX-FIRE.COM
ALARMFIRE
PULL DOWN
12
34
IDNet SLC(-)
(+)
(-)
(+)
4099 SERIES IDNET PULL STATIONS
(-) (+)
OPTIONAL TAPLOCATION FOR
IDNet SLC
12
34
T-TAP(SPLICE)CONNECTION
SERIESCONNECTION
IDNet SLC
TERMINATION VIEW: DEVICE REAR
4099-9005BREAKGLASS
4099-9006PUSH
WITH 2099-9828INSTITUTIONAL
COVER KIT
4099-9004SINGLE ACTION
4099-9021NO GRIP
SINGLE ACTION
4099-9805NO GRIP
RETROFIT KIT
MOUNTING OPTION "B"
5
CLASS B WIRING
1. MAINTAIN CORRECT POLARITY ON TERMINAL CONNECTIONS.2. ALWAYS CUT CONDUCTORS AND SECURE UNDER TERMINALS.
NEVER LOOP WIRES UNDER TERMINALS.3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ APPROVED
METHODS.
WIRING NOTES
1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET 4098-0019 FROM HTTP://WWW.SIMPLEX-FIRE.COM
IDNet SLC(-)
(+)
(-)
(+)
4098-9792 STANDARD SENSOR BASE
(-) (+)
OPTIONAL TAPLOCATION FOR
IDNet SLC
T-TAP (SPLICE)CONNECTION
SERIESCONNECTION
IDNet SLC
TERMINATION VIEW: DEVICE REARSENSOR BASE
SMOKE SENSOR
HEAT SENSOR
4"(102mm)
3' (941mm)MINIMUM
CEILING MOUNTEDSENSOR
HEAT SENSORSNEVER HERE
12"(305mm)MAXIMUM
FINISHEDWALL
WALL MOUNTEDSENSOR
4"(102mm)
3' (941mm)MINIMUM
CEILING MOUNTEDSENSOR
HEAT SENSORSNEVER HERE
12"(305mm)MAXIMUM
FINISHED WALL
WALL MOUNTEDSENSOR
MOUNTING OPTION "B"
MOUNTING OPTIONS
OPTION
1
DESCRIPTION NOTE
A SINGLE GANG BOX, 2-1/2" (64mm) DEEP BY OTHERS
B4" (102mm) SQUARE BOX, 1-1/2" (38mm) DEEP MINIMUMW/ SINGLE ADAPTER BRACKET
BY OTHERS
C 4" (102mm) OCTAGONAL BOX, 1-1/2" (38mm) DEEP, MINIMUM BY OTHERS
DADAPTER PLATE KIT (FOR 4" SQUARE/OCTAGONAL SURFACE MOUNTEDELECTRICAL BOX)
SIMPLEX 4098-9832 ORDEREDSEPARATELY
6
CLASS B WIRING
1. MAINTAIN CORRECT POLARITY ON TERMINAL CONNECTIONS.2. ALWAYS CUT CONDUCTORS AND SECURE UNDER TERMINALS.
NEVER LOOP WIRES UNDER TERMINALS.3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJ
APPROVED METHODS.
WIRING NOTES
(-)
(+)
(-)
(-) (+)
OPTIONAL TAPLOCATION FOR
IDNet SLC
T-TAP (SPLICE)CONNECTION
SERIESCONNECTION
TERMINATION VIEW: DEVICE REAR
MOUNTING OPTIONS
OPTION
1
DESCRIPTION NOTE
A SINGLE GANG BOX, 2-1/2" (64mm) DEEP BY OTHERS
B4" (102mm) SQUARE BOX, 2-1/8" DEEP (MIN)W/ SINGLE GANG COVER PLATE 3/4" (19mm) EXTENSION BY OTHERS
CADAPTER PLATE KIT (FOR 4" SQUARE/OCTAGONAL SURFACE MOUNTEDELECTRICAL BOX)
SIMPLEX 4098-9832 ORDEREDSEPARATELY
1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET 4098-0054 FROM HTTP://WWW.SIMPLEX-FIRE.COM
(+)
(-)24V or NAC
(+)
SMOKE SENSOR
HEAT SENSOR
4"(102mm)
3' (941mm)MINIMUM
CEILING MOUNTEDSENSOR
HEAT SENSORSNEVER HERE
12"(305mm)MAXIMUM
FINISHEDWALL
WALL MOUNTEDSENSOR
4"(102mm)
3' (941mm)MINIMUM
CEILING MOUNTEDSENSOR
HEAT SENSORSNEVER HERE
12"(305mm)MAXIMUM
FINISHED WALL
WALL MOUNTEDSENSOR
4098-9772 SENSOR BASE WITH 520Hz SOUNDER
IDNet SLC(+)
OPTIONAL TAPLOCATION FOR
IDNet SLC
IDNet SLC
24V or NAC(-)
(+)
REMOTE LED(-)
SOUNDER BASE
MOUNTING OPTION "B"
7
0=OFF1=ON
241
242
244
245
243
240
247
248
250
251
249
253
254
255
252
246
193
194
196
197
195
209
210
211
212
213
192 208
145
146
148
149
147
161
162
163
164
165
144 160 176
177
178
179
180
181
199
200
202
203
201
215
216
217
218
219
205
206
207
221
222
223
204 220
151
152
154
155
153
167
168
169
170
171
157
158
159
173
174
175
156 172
183
184
185
186
187
188
189
190
191
150 166 182 198 214
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
1286432
7 86
842
42 3 5
16
ADDRESS SHOWN ABOVE IS 120
1ON
1OFF
129
130
132
133
131
97
98
100
101
99
113
114
115
116
117
96 112 128
81
82
84
85
83
49
50
52
53
51
65
66
67
68
69
48 64 80
135
136
139
138
137
103
104
106
107
105
119
120
121
122
123
142
141
143
109
110
111
125
126
127
108 124 140
87
88
91
90
89
55
56
58
59
57
71
72
73
74
75
94
93
95
61
62
63
77
78
79
60 76 92
54 70 86 102 118 134
33
34
36
37
35
1
2
4
5
3
17
18
19
20
21
0 16 32
39
40
43
42
41
7
8
10
11
9
23
24
25
26
27
46
45
47
13
14
15
29
30
31
12 28 44
6 22 38
DIP SWITCHES 5 THRU 8
DO NOT USE ADDRESS 0 FOR AN IDNET ADDRESS
9
NOTE:THE 4098-9771, -9794, -9795, -9798 SOUNDER BASES HAVE A 9-POSITION DIP SWITCH. THE FIRST EIGHT DIP SWITCHES SETTHE SOUNDER BASE ADDRESS. DIP SWITCH POSITION 9 IS SET TO OFF OR ON DEPENDING UPON THE SOUNDER BASE POWERSOURCE. WHEN THE SOUNDER BASE IS CONNECTED TO A 24 VDC POWER SOURCE, DIP SWITCH POSITION 9 IS SET TO “OFF”AND THE 24 VDC POWER IS SUPERVISED BY THE SOUNDER BASE. WHEN THE SOUNDER BASE IS POWERED BY THE PANEL’SNOTIFICATION APPLIANCE CIRCUIT (NAC), DIP SWITCH POSITION 9 IS SET TO “ON” AND THE POWER IS SUPERVISED BY THE NACAND NOT THE SOUNDER BASE. THE 4098-9770 AND -9797 BASES HAVE THE SAME LAYOUT, BUT DOESN’T OFFER SOUNDERFUNCTIONALITY. THEY USE AN 8-WAY DIP SWITCH ONLY.
IDNet DIP SWITCH SETTINGS
SEENOTE
DIPSWITCHES1 THRU 4
8
s:\1-current projects\7555-parkway off central\Fire\FA-701.dwg, FA-701 WIRING TYPICALS, 9/13/2016 9:52:40 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
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s:\1
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pro
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s\75
55-p
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entr
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FA-7
01.d
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9/13
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6 9:
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DTH
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337:994941601
G. CERRICHIO
D. THURSTON
9/7/16
FIRE ALARM SYSTEM
PA
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763
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337445916
DIS
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FA-702
WIRING TYPICALS
TYCO SIMPLEXGRINNELL © 2016
7555
PA
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WA
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3
REDRED2
RED1
5
GLDREDVLT4.7K YEL
GLDREDGRY6.8K BLU
GLDREDGRY1.8K BRN
GLDBRNBLU560 Ω GRN
GLDREDRED1.2K BRN
GLDORGBLK10K BRN
GLDBLKBLK20 Ω RED
GLDREDBLK1K BRN
GLDBRNBLKBRNGLDORGRED22K REDBRNWHTWHT4.99K YEL
GLDREDYEL2.4K RED
GLDREDGRN1.5K BRN
GLDYELGRN150K BRNGLDREDWHT3.9K ORGGLDORGBLK10K BRN
733-893
733-892
733-896
733-886
733-984
733-890
733-891
733-894
733-912
733-973
733-974733-985734-086
734-092
734-093
734-149734-171734-168
4081-9001
MODEL
4081-9002
4081-9003
4081-9004
4081-9005
4081-9006
4081-9007
4081-9008
4081-9009
4081-9010
4081-90114081-90124081-9013
4081-9014
4081-9015
4081-90164081-90174081-9018
1
1/2
1/2
1/2
1/2
1
1
1/2
1
1
1/21/21/2
1/2
1/2
1/211
4
GLD
GLD
REDORG3.3K ORG
2.2K
OHMS
BRN
N/A
N/A
N/AN/AN/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/AN/A
ANNUNCIATOR (4300)
GLDREDRED8.2K GRAYGLDREDBLU5.6K GRNGLDORGRED12K BRN
378-090378-046378-069
1/21/21/2
N/AN/AN/A
END OF LINE RESISTOR CODES
N.O. INITIATING PULL, SMOKE,HEAT, WATERFLOW, TAMPER,
ETC.24 PT. I/O SWITCH SUPV.
N.O. INITIATING PULL,SMOKE, HEAT,
WATERFLOW, TAMPER,ETC.
CURRENT LIMITED N.O.INITIATING (IN LINE)
N.C. INITIATING (EOLR)
N.C. INITIATING (EOLR)
NOTIFICATION
24 PT. I/O (ACROSS CONTACTS)N.C. INIT. (ACROSS CONTACTS)
TO MR-101 RELAY COIL
CURRENT LIMITED N.O. INIT.(IN SERIES WITH CONTACT)
ANNUNCIATOR (N2)
SPEAKER CIRCUIT
N.C. INITIATING (SECURITYMONITORING EOLR)
CURRENT LIMITED N.O. INIT.(SECURITY MONITORING EOLR)
70VRMS CONSTANT SUPV. NACSSECURITY MONITORING (EOLR)N.O. SECURITY MON. (SERIES)N.C. SECURITY MON. (SHUNT) 4100, 4100U
4100, 4100U4100, 4100U4100-1260
4090-9001 IDNET IAM
4090-9001 IDNET IAM
40034006, 4008, 4010
4090-9001 IDNET IAM
4605-7401, 4100 SERIES4005*,4090-9001 IDNET IAM
4005 8 POINT I/O
4004, 4005, 4006, 4008, 4009,4010, 4100, 4100U
4005
4005*, 4090-9001 IDNET IAM4100, 4100U
4090-9001 IDNET IAM
4-20MA ZAM (TROUBLE)
4004, 4005, 4090-9001IDNET IAM 2190-9173
MAPNETII 2 PT I/O
2080-90244090-9001 IDNET IAM (EOLR)
4605-7401, 4100 SERIES
4004*, 4004R, 4005*, 4006,4100, 4120, 4100U, ZAMs
4004, 4010 (TROUBLE)
FIRE ALARM PANEL/MODULECIRCUIT TYPEWATTS
100 Ω
REFERENCE
NUMBER
CURRENT LIMITED N.O. INIT.NOTIFICATION (DACT)
NOTE: REFER TO PANEL/MODULE AND DEVICE INSTALLATIONINSTRUCTIONS FOR PROPER TERMINATIONS.
* USE WITH RETROFIT OR HIGH CURRENT MODULE
BAND NUMBER
3
CLASS B WIRING
1. MAINTAIN CORRECT POLARITY ON TERMINALCONNECTIONS.
2. ALWAYS CUT CONDUCTORS AND SECURE UNDERTERMINALS. NEVER LOOP WIRES UNDER TERMINALS.
3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJAPPROVED METHODS.
WIRING NOTES
MOUNTING OPTIONS
OPTION
1
DESCRIPTION NOTE
A SINGLE GANG BOX, 2-1/2" (64mm) DEEP WITH SINGLE GANG COVER PLATE BY OTHERS
BSINGLE GANG BOX, 2-1/2" (64mm) DEEP WITH SIMPLEX 4090-9810 IAMMOUNTING BRACKET AND SIMPLEX 4090-9806 TRIM PLATE FOR SEMI-FLUSHMOUNTED BOX
BOX BY OTHERS, PLATES ORDEREDSEPARATELY
CSINGLE GANG BOX, 2-1/2" (64mm) DEEP WITH SIMPLEX 4090-9810 IAMMOUNTING BRACKET AND SIMPLEX 4090-9807 TRIM PLATE FOR SURFACEMOUNTED BOX
BOX BY OTHERS, PLATES ORDEREDSEPARATELY
1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET 4090-0001 FROM HTTP://WWW.SIMPLEX-FIRE.COM2. OR EQUIVALENT EQUIPMENT
12
34
IDNet SLC(-)
(+)
(-)
(+)
4090-9001 ADDRESSABLE INPUT MODULE (IAM)
(-) (+)
OPTIONAL TAPLOCATION FOR
IDNet SLC
12
34
T-TAP (SPLICE)CONNECTION
SERIESCONNECTION
IDNet SLC
TERMINATION VIEW: DEVICE REAR
733-896(4.7K 1/2W)
733-886(6.8K 1/2W)
733-984(1.8K 1/2W)
SINGLE GANG ELECTRICAL BOX2-1/2" DEEP
MOUNTING OPTION "B"
IAM MOUNTING BRACKET
4090-9001 IAM
TRIM PLATE
1
CLASS B / STYLE 4 WIRING
1. MAINTAIN CORRECT POLARITY ON TERMINALCONNECTIONS.
2. ALWAYS CUT CONDUCTORS AND SECURE UNDERTERMINALS. NEVER LOOP WIRES UNDER TERMINALS.
3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJAPPROVED METHODS.
WIRING NOTES
MOUNTING OPTIONS
OPTION
1
DESCRIPTION NOTE
A4" (102mm) SQUARE BOX, 2-1/8" MINIMUM DEPTH WITH DOUBLE GANG COVERPLATE.
BY OTHERS
B4" (102mm) SQUARE BOX, 2-1/8" MINIMUM DEPTH WITH SIMPLEX 4090-9801TRIM PLATE FOR SEMI-FLUSH MOUNTED BOX
BOX BY OTHERS, PLATESORDERED SEPARATELY
C4" (102mm) SQUARE BOX, 2-1/8" MINIMUM DEPTH WITH SIMPLEX 4090-9802TRIM PLATE FOR SURFACE MOUNTED BOX
BOX BY OTHERS, PLATESORDERED SEPARATELY
1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET 4090-0002 FROM HTTP://WWW.SIMPLEX-FIRE.COM
IDNet SLC(-)
(+)
(-)
(+)
4090-9002 ADDRESSABLE RELAY MODULE
(+) (-)
OPTIONAL TAPLOCATION FOR
IDNet SLC
T-TAP (SPLICE)CONNECTION
SERIESCONNECTION
IDNet SLC
TERMINATION VIEW
N.C.
1 2 3 4
5 6 7 8
1 2 3 4
5 6 7 8
1 2 3 4
5 6 7 8
1 2 3 4
5 6 7 8
C N.O.
TO CONTROLLEDDEVICE. SEE DATASHEET FOR POWER
RATINGLIMITATIONS.
MOUNTING OPTION "B"
4"(102mm) SQUARE BOX
4090-9002 RELAY IAM
COVER PLATE
CLASS B / STYLE 4 WIRING
1. MAINTAIN CORRECT POLARITY ON TERMINALCONNECTIONS.
2. ALWAYS CUT CONDUCTORS AND SECURE UNDERTERMINALS. NEVER LOOP WIRES UNDER TERMINALS.
3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJAPPROVED METHODS.
WIRING NOTES
MOUNTING OPTIONS
OPTION
1
DESCRIPTION NOTE
A4" (102mm) SQUARE BOX, 2-1/8" MINIMUM DEPTH WITH DOUBLE GANG COVERPLATE.
BY OTHERS
B4" (102mm) SQUARE BOX, 2-1/8" MINIMUM DEPTH WITH SIMPLEX 4090-9801TRIM PLATE FOR SEMI-FLUSH MOUNTED BOX
BOX BY OTHERS, PLATESORDERED SEPARATELY
C4" (102mm) SQUARE BOX, 2-1/8" MINIMUM DEPTH WITH SIMPLEX 4090-9802TRIM PLATE FOR SURFACE MOUNTED BOX
BOX BY OTHERS, PLATESORDERED SEPARATELY
1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET 4090-0002 FROM HTTP://WWW.SIMPLEX-FIRE.COM
IDNet SLC(-)
(+)
(-)
(+)
4090-9002 ADDRESSABLE RELAY MODULE
(+) (-)
OPTIONAL TAPLOCATION FOR
IDNet SLC
T-TAP (SPLICE)CONNECTION
SERIESCONNECTION
IDNet SLC
TERMINATION VIEW
N.C.
1 2 3 4
5 6 7 8
1 2 3 4
5 6 7 8
1 2 3 4
5 6 7 8
1 2 3 4
5 6 7 8
C N.O.
TO CONTROLLEDDEVICE. SEE DATASHEET FOR POWER
RATINGLIMITATIONS.
MOUNTING OPTION "B"
4"(102mm) SQUARE BOX
4090-9002 RELAY IAM
COVER PLATE
2
WALL MOUNTED VISUAL ONLY
1. MAINTAIN CORRECT POLARITY ON TERMINALCONNECTIONS.
2. ALWAYS CUT CONDUCTORS AND SECURE UNDERTERMINALS. NEVER LOOP WIRES UNDER TERMINALS.
3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJAPPROVED METHODS.
WIRING NOTES
MOUNTING OPTIONS
OPTION
1
DESCRIPTION NOTE
A SINGLE GANG BOX, 2-1/2" (64mm) DEEP BY OTHERS
B 4" (102mm) SQUARE BOX, 2-1/8" DEEP (MIN) BY OTHERS
CSIMPLEX 2975-9145, 7-7/8"H x 5-1/8"W x 2-3/4"D(127mm x 98mm x 56mm) REQUIRES 4905-9931 PLATE
ORDEREDSEPARATELY
BOTTOM OF LENS:80" (2032mm) A.F.F. MINIMUM
1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET S49VO-0001 FROM HTTP://WWW.SIMPLEX-FIRE.COM
IDNAC SLC(-)
(+)
(-)
(+)
49VO TrueAlert ES ADDRESSABLE APPLIANCES
(-) (+)
OPTIONAL TAPLOCATION FOR
IDNAC SLC
T-TAP (SPLICE)CONNECTION
SERIESCONNECTION
IDNAC SLC
TERMINATION VIEW: DEVICE MOUNTING PLATE
CLICK HERE TOCHANGE WIRING
STYLE
TOP OF LENS:96" (2044mm) A.F.F MAXIMUMFOR CEILINGS > 86" (2180mm) A.F.F.:<= 6" (150mm) FROM CEILING
(-) (+) (-) (+)
CLASS B WIRING
CANDELA INTENSITYPLUG ACCESSIBLE FROMREAR OF HOUSING
MOUNTING OPTION "B"
6
1. VOLTAGE REGULATOR: ANY ELECTRICAL ORELECTRONIC DEVICE THAT MAINTAINS THE VOLTAGE OFA POWER SOURCE WITHIN ACCEPTABLE LIMITS. THEVOLTAGE REGULATOR IS NEEDED TO KEEP VOLTAGESWITHIN THE PRESCRIBED RANGE THAT CAN BETOLERATED BY THE ELECTRICAL EQUIPMENT USINGTHAT VOLTAGE. IN THIS CASE, THE VOLTAGEREGULATOR IS USED TO MAINTAIN A MINIMUM 29 VDCTO THE IDNAC CIRCUITS DURING AN ALARM CONDITION.
1. THE SIMPLEXGRINNELL ENHANCED POWERSUPPLY HAS A TOTAL OUTPUT OF 9A BUTMAY DRAW MORE THAN THIS FROM EITHERTHE 120VAC TRANSFORMER OR FROM THEBATTERIES.
ENHANCED POWER SUPPLY VOLTAGE DIAGRAM
VOLTAGETRANSFORMERRATED 24VDC
OUTPUT
BATTERY SET
VOLTAGEREGULATOR
24V DC POWER
PRIMARY POWER SUPPLY:DEDICATED BRANCH CIRCUIT 120 VOLTS AC.132 VAC (110%) TO 102 VAC (85%)
IDNAC ADDRESSABLENOTIFICATION CIRCUITS
29VDC, 9A
BATTERY CHARGER
AUXILIARY POWER
CARD POWER
29V DC POWER
THE VOLTAGE REGULATOR MAINTAINS A CONSTANT29VDC OUTPUT FROM IDNAC CIRCUITS, REGARDLESSOF THE VOLTAGE RECEIVED FROM THE TRANSFORMEROR BATTERY.
THE VOLTAGE REGULATOR WILL DRAW ADDITIONALCURRENT IN ALARM TO MAINTAIN THE REGULATED29VDC REGARDLESS OF INPUT VOLTAGE, WITHOUTAFFECTING THE 9A CAPACITY.
SECONDARY POWER SUPPLY:STORAGE BATTERIES24VDC. 26.4 VDC (110%) TO 20.4 VDC (85%)
29VDC STARTING SLC VOLTAGE FOR IDNAC CIRCUITS
23VDC MINIMUM SLC VOLTAGE AT FURTHEST DEVICE ON IDNAC CIRCUIT
NOTESDEFINITIONS
INPUT 4.6A @ 120VAC MAXOUTPUT 23A @ 24VDC MAX
4
WALL MOUNTED AUDIBLE / VISUAL
1. MAINTAIN CORRECT POLARITY ON TERMINALCONNECTIONS.
2. ALWAYS CUT CONDUCTORS AND SECURE UNDERTERMINALS. NEVER LOOP WIRES UNDER TERMINALS.
3. ANY WIRE SPLICES TO BE MADE BY LISTED AND AHJAPPROVED METHODS.
WIRING NOTES
MOUNTING OPTIONS
OPTION
1
DESCRIPTION NOTE
A SINGLE GANG BOX, 2-1/2" (64mm) DEEP BY OTHERS
B 4" (102mm) SQUARE BOX, 2-1/8" DEEP (MIN) BY OTHERS
CSIMPLEX 2975-9145, 7-7/8"H x 5-1/8"W x 2-3/4"D(127mm x 98mm x 56mm) REQUIRES 4905-9931 PLATE
ORDEREDSEPARATELY
BOTTOM OF LENS:80" (2032mm) A.F.F. MINIMUM
1. FOR ADDITIONAL MOUNTING OPTIONS, DOWNLOAD DATA SHEET S49AV-0001 FROM HTTP://WWW.SIMPLEX-FIRE.COM
IDNAC SLC(-)
(+)
(-)
(+)
49AV TrueAlert ES ADDRESSABLE APPLIANCES
(-) (+)
OPTIONAL TAPLOCATION FOR
IDNAC SLC
T-TAP (SPLICE)CONNECTION
SERIESCONNECTION
IDNAC SLC
TERMINATION VIEW: DEVICE MOUNTING PLATE
CLICK HERE TOCHANGE
WIRING STYLE
TOP OF LENS:96" (2044mm) A.F.F MAXIMUMFOR CEILINGS > 86" (2180mm) A.F.F.:<= 6" (150mm) FROM CEILING
(-) (+) (-) (+)
CLASS B WIRING
CANDELA INTENSITYPLUG ACCESSIBLE FROMREAR OF HOUSING
MOUNTING OPTION "B"
7
0=OFF
128648 16 32
4 65 87
421
ON
31 2OFF
ADDRESS SHOWN ABOVE IS 2
DO NOT USE ADDRESS 0 FOR A SLC ADDRESS
1=ON
ADDRESSABLE NOTIFICATION DIP SWITCH SETTINGS
ADDRESSABLE NOTIFICATION APPLIANCE SETTINGS (SW1, SW2, SW3)
97
98
100
101
99
113
114
115
116
117
96 112
81
82
84
85
83
49
50
52
53
51
65
66
67
68
69
48 64 80
103
104
106
107
105
119
120
121
122
123
109
110
111
125
126
127
108 124
87
88
91
90
89
55
56
58
59
57
71
72
73
74
75
94
93
95
61
62
63
77
78
79
60 76 92
54 70 86 102 118
33
34
36
37
35
1
2
4
5
3
17
18
19
20
21
0 16 32
39
40
43
42
41
7
8
10
11
9
23
24
25
26
27
46
45
47
13
14
15
29
30
31
12 28 44
6 22 38
DIP SWITCHES 5 THRU 8
DIPSWITCHES1 THRU 4
5
s:\1-current projects\7555-parkway off central\Fire\FA-701.dwg, FA-702 WIRING TYPICALS, 9/13/2016 9:52:42 AM, ARCH full bleed E1 (30.00 x 42.00 Inches), 1:1
Parkway Off Central-9-12-16.xlsm
Equipment SubmittalSeptember 12, 2016
Project: Parkway Off Central
This page intentionally left blank for approvals.
Blaine, MN 55434
9436 Ulysses Street NE
Fire Alarm System
2-Way Communications System
Parkway Off Central-9-12-16.xlsm
Project:
Project Number:
Electrical Contractor:
Architect:
Presented By: SimplexGrinnell5400 Nathan Lane NorthSuite 100Plymouth, MN 55442-1953(763)367-5000(800)292-4111Fax (763)-367-5002
Sales Representative:
September 12, 2016
994941601
Berd Electric3308 Southway DriveSt. Cloud, MN 56301320-656-0847
651-379--9090
Jon Wiener
Dennis Thurston
James Kishish
Parkway Off Central
Equipment Submittal
9436 Ulysses Street NEBlaine, MN 55434
Project Systems Specialist:
Area General Manager:
Operations Manager:
Amcon Construction Company
George Glaros
5565 Blaine Avenue Suite 250Inver Grove Heights, MN 55076
QTY DEVICE DESCRIPTION ROUGH IN BOX
1 4100-9111 4100U/ES FIRE CONTROL PANEL INCLUDES THE FOLLOWING FEATURES:W/ (1) 4100-0634 POWER DISTRIBUTION MODULE 120V MOUNTS IN PANEL
W/ (16) 4100-1279 2" BLANK DISPLAY MODULE MOUNTS IN PANELW/ (2) 4100-2300 EXPANSION BAY (PHASE 10 ONLY) MOUNTS IN PANEL
W/ (1) 4100-3110 IDNET 2+2 250 POINT 4 LOOP MOD MOUNTS IN PANEL
W/ (1) 4100-3206 8 RELAYS – 3 AMP MOUNTS IN PANELW/ (1) 4100-5101 EXPANSION PWR SUPPLY (XPS) - 120VAC 60HZ MOUNTS IN PANEL
W/ (1) 4100-5311 EPS+ POWER SUPPLY 120V MOUNTS IN PANELW/ (1) 4100-6052 EVENT REPORTING DACT MOUNTS IN PANELW/ 2975-9446 3 BAY BB/GDOOR/DRESS PANEL, PLATINUMW/ (2) 2081-9296 50 AH BATTERY, 12 VDCW/ 4100-0650 BATTERY SHELF MOUNTS IN PANEL
8 4009-9201 4009 IDNET NAC EXTENDER, 120 VAC INCLUDES THE FOLLOWING: W/CABINET
W/ (2) 2081-9272 6.2 AH BATTERY, 12 VDC
1 4603-9101 SERIAL LCD ANNUNCIATOR 6-GANG
1 4099-9004 MANUAL PULL STATION, LED, SA, ADDR 4" SQ. W/SINGLE RING
29 4098-9714 TRUEALARM PHOTO SMOKE SENSORW/ 4098-9792 TRUEALARM SENSOR BASE 4" SQ W/OCT. RING
461 4098-9714 TRUEALARM PHOTO SMOKE SENSORW/ 4098-9772 TRUEALARM SENSOR 520 HZ SOUNDER BASE
4" SQ W/OCT. RING
12 4090-9001 IDNET SUPERVISED IAM SINGLE GANG DEEP
14 4090-9002 IDNET RELAY IAM 4" SQ. DEEP
18 49VO-WWF VISUAL ONLY, WALL, WHITE, FIRE 4" SQ
70 49AV-WWF AUDIBLE/VISUAL, WALL, WHITE, FIRE 4" SQ
Note: See equipment data sheet for additional mounting options and details.
P:\Electronics\Submittals\[Parkway Off Central-9-12-16.xlsm]System Tab 1
EQUIPMENT LIST
FIRE ALARM SYSTEM
QTY DEVICE DESCRIPTION ROUGH IN BOX
1 2500-210PSS RATH SMARTRESCUE BASE STATION, 10 ZONES, FLUSH MOUNTW/ 2500-PWR24 RATH POWER SUPPLY
10 2100-958SR RATH CALL BOX
W/ 7080_ RATH SIGN, RESCUE ASSTANCE, BRAILE
Note: See equipment data sheet for additional mounting options and details.
P:\Electronics\Submittals\[Parkway Off Central-9-12-16.xlsm]System Tab 2
EQUIPMENT LIST
2-WAY COMMUNICATIONS SYSTEM
SIMPLEXGRINNELL WARRANTY STATEMENTSimplexGrinnell warrants to the purchaser of new SimplexGrinnell product(s) that during the effective period of the warranty, such product(s) shall be free from defects in the workmanship and material.
Warranty PeriodThe warranty period will terminate immediately following the earliest occurrence of either of the following:
» 18 months have elapsed following the shipment of any system or subsystem of SimplexGrinnell to the customer site, or
» 12 months have elapsed following the final connection, operation or beneficial use of all or any part of the system.
SimplexGrinnell Obligation Under the Terms of the Warranty:SimplexGrinnell sole responsibility shall be to repair, adjust or replace at its option any SimplexGrinnell product when it fails during this period provided purchaser has promptly reported such failure to SimplexGrinnell in writing. Replacement parts provided under warranty of products may contain used parts, which are equivalent to new parts when used. Replacement parts will be warranted only for the balance of the equipment warranty. SimplexGrinnell agrees to continue to honor all of the unexpired expressed warranties specified above on defective equipment after transfer of the equipment to the purchasers' customer, provided the purchasers' customer assumes the purchasers' obligations specified herein. Except for the express warranties stated herein, SimplexGrinnell disclaims all warranties on products furnished hereunder, including without limitation, all implied warranties of merchantability and fitness for a particular purpose, and the stated warranties are in lieu of or in connection with the performance of the products. The seller shall not be liable for any direct, incidental or consequential loss or damage to the purchaser or user of this equipment arising out of the failure of the equipment to operate in excess of the said equipment. SimplexGrinnell makes no warranty and no warranty shall be deemed to exist, that the purchaser holds the goods free of claim of any third person by way of patent infringement or the like.
Purchaser Obligation Under the Terms of the WarrantyThis warranty shall be contingent upon the proper installation and use of the product(s). Such warranty shall not apply if the product failure is the result of accident, unusual physical, electrical or electromechanical error, failure of electrical power, air conditioning or humidity control, construction dust, damaging foreign substances, transportation or causes other than manufacturing defects. Purchaser agrees to provide full and free access to authorized SimplexGrinnell employees.
Warranty Service HoursServices provided under this warranty will be performed during 8 a.m. and 5 p.m., Monday through Friday, excluding locally observed SimplexGrinnell Holidays. Off hours response is available as an extra cost service option.
Warranty ExclusionsLabor, travel and mileage for:
» Service provided outside of SimplexGrinnell normal business hours. » Programming and/or label changes and batteries. » Failure due to external causes (lightning surges, construction dust, etc.) other than
manufacturing defects. » Electrical work external to the equipment supplied by SimplexGrinnell or maintenance of
accessories, alterations, attachments or other devices not furnished by SimplexGrinnell. » Coverage of equipment classed as water flow monitoring/control devices installed in or
on water piping.
PRELIMINARY INSTALLATION REVIEWS
Electrical Contractors Responsibilities:» Contractor to field verify building conditions, exact device locations and material
prior to performing any work or ordering of materials.» Safeguarding all material shipped to the office or job site.» Store all items (including all documentation) in a clean, dry, and safe place until
needed.» Notify all appropriate personnel if an existing system must be shut down while the
new system is being installed.» *Install all conduit and wiring, mount and terminate all field devices/equipment
including installation of end-of-line devices.» *Maintain an as-built copy of any supplied drawings for field changes or additions and
locations of end-of-line devices.» *Check all wiring for opens, grounds and shorts.» Identify high voltage circuit breaker number and location of breaker inside
any connected cabinet.» *Troubleshoot and repair of any field wiring problems.» *Terminate wiring in control panels.» *Set addresses on addressable devices.» *Schedule final/phased installation at least five (5) days in advance.» Please do not power up system.» Detectors shall not be installed until after the construction cleanup of all trades is
complete and final. (NFPA 72)» For Fire Alarm Panels, coordinate with owner to have two(2) telephone lines
installed for monitoring (one line for security systems) prior to final testing.
*Note: These items may be done by SimplexGrinnell or our sub-contractor if install is part of the our contract with the Electrical Contractor.
FINAL TESTING AND CHECK-OUT
Call763-367-5000
or 800-292-4111
Please notify SimplexGrinnell at least five (5) working days prior to the date you need our Technical Representative to check out this project.
We cannot guarantee short notice service due to prior scheduling commitments.
PRELIMINARY INSTALLATION REVIEWS
We'll be happy to stop at the job site and answer questions regarding wiring andinstallation of SimplexGrinnell Equipment.
Please call 5 days in advance for an on-site visit to avoid scheduling conflicts.
Call 763-367-5000 or 800-292-4111
SimplexGrinnell Technician Responsibilities:» Perform preliminary visit to job site and answer questions.» Final check for opens, grounds and shorts.» Power up system.» Program system for proper operation.» One (1) 100% test of all systems for proper operation and supervision.» Customer Training.
Features
Master Controller (top) bay: 32-Bit Master Controller with color-coded operator
interface including raised switches for high confidence feedback
Dual configuration program CPU, convenient service port access, and capacity for up to 2500 addressable points
CPU assembly includes 2 GB dedicated compact flash memory for on-site system programming and information storage
System power supply (SPS) and charger (9 A total) with on-board: NACs, IDNet addressable device interface, programmable auxiliary output and alarm relay
Available with InfoAlarm Command Center expanded content user interface (see data sheet S4100-0045)
Upgrade kits are available for existing control panels Standard addressable interfaces include: IDNet addressable device interface with 250 points that
support TrueAlarm analog sensing and operate with either shielded or unshielded twisted pair wiring
Remote annunciator module support via RUI (remote unit interface) communications port
Optional modules include: Building Network Interface Module (BNIC) for Ethernet
connectivity options (see data sheet S4100-0061) Electrically isolated output IDNet 2 (two loop) and
IDNet 2+2 (four loop) modules with short circuit isolation output loops allowing use with either shielded or unshielded, twisted or untwisted single pair wiring
Fire Alarm Network Interfaces, DACTs, city connections, and up to five (5) RS-232 ports for printers and terminals
IP communicator compatibility MAPNET II addressable device modules and
MAPNET II quad isolator modules Alarm relays, auxiliary relays, additional power
supplies, IDC modules, NAC expansion modules Service modems, VESDA Air Aspiration Systems
interface, ASHRAE BACnet Interface, TCP/IP Bridges LED/switch modules and panel mount printers Emergency communications systems (ECS) equipment;
8 channel digital audio or 2 channel analog audio Battery brackets for seismic area protection (see page 2)
Compatible with Simplex® remotely located 4009 IDNet NAC Extenders, up to ten per IDNet SLC 4100ES and upgrade kits are UL Listed to: UL 864, Fire Detection and Control (UOJZ), and Smoke
Control Service (UUKL) UL 2017, Process Management Equipment (QVAX) UL 1076, Proprietary Alarm Units-Burglar (APOU) UL 1730, Smoke Detector Monitor (UULH) UL 2572, Mass Notification Systems (PGWM) ); refer
to data sheet S4100-0034 for audio equipment ULC S527, Control Units for Fire Alarm Systems
Press ACK l ocated under fl ashin g indicator.Repeat operation unti l al l events are acknowledged.Local tone wil l silence.
A B C
AC Power
D E F G H I
J K L M N O P Q R
'SP ' ( ) , 0 :
S T U V W X Y Z /ALARMS
Fire Alarm Priority 2 AlarmSYSTEM WARNINGS
Supervisory Trouble Ala rm Silenced
Emergency Operating Instructions
Alarm or Warning Condition
How to Acknowledge / View Events
How to Silence Building SignalsSystem ind icator flashing. Tone On. Press Alarm Silence.
How to Reset SystemPress System Reset.Press Ack to si lence tone device.
ZONE
1SI G
2A UX
3
FB
4IO
5I DNet
6
P
7A
8L
9
N ET ADDR
0 DE L
Enter C/Exit
Fire AlarmAck
Priority 2Ack
SupvAck
TroubleAck
AlarmSilence
SystemReset
EventTime
Enable On Arm
Disable OffDisarm Auto Lamp
Test
MoreInfo
Menu
Previous
Next
On
Off
Auto
On
Off
Auto
On
Off
Auto
On
Off
Auto
On
Off
Auto
On
Off
Auto
On
Off
Auto
On
Off
Auto
Press ACK located under flashing indicator.Repeat operation until all events are acknowledged.Lo cal to ne will silence.
A B C
AC Power
D E F G H I
J K L M N O P Q R
'SP' ( ) , 0 :
S T U V W X Y Z /ALARMS
Fire Alarm Priority 2 Ala rmSYSTEM WARNINGS
Supervisory Trouble Alarm Silenced
Emergency Operating Instructions
Alarm or Warning Condition
How to Acknowledge / View Events
How to Silence Building SignalsSystem indicator flashing. Tone On. Press Alarm Silence.
How to Reset SystemPress System Reset.Press Ack to si lence tone device.
ZONE
1SI G
2A UX
3
FB
4IO
5I DNet
6
P
7A
8L
9
NET ADDR
0 DEL
Enter C/Exit
Fire AlarmAck
Priority 2Ack
SupvAck
TroubleAck
AlarmSilence
SystemReset
EventTime
Enable On Arm
Disable OffDisarm Auto Lamp
Test
MoreInfo
Menu
Previous
Next
4100ES Cabinets are Available with One, Two or Three Bays
Software Feature Summary
CPU provides dual configuration programs: Two programs allow for optimal system protection and
commissioning efficiency with one active program and one reserve
Downtime is reduced because the system stays running during download
PC based programmer features: Convenient front panel accessed Ethernet port for quick
and easy download of site-specific programming Modifications can be uploaded as well as downloaded
for greater service flexibility AND, firmware enhancements are made via software
downloads to the on-board flash memory
Introduction
4100ES Series Fire Detection and Control Panels provide extensive installation, operator, and service features with point and module capacities suitable for a wide range of system applications. An on-board Ethernet port provides fast external system communications to expedite installation and service activity. Dedicated compact flash memory archiving provides secure on-site system information storage of electronic job configuration files to meet NFPA 72 (National Fire Alarm and Signaling Code) requirements.
Modular design. A wide variety of functional modules are available to meet specific system requirements. Selections allow panels to be configured for either Stand-Alone or Networked fire control operation. InfoAlarm Command Center options provide convenient expanded display content (detailed on data sheet S4100-0045).
* See pages 5 and 6 for product that is UL or ULC listed and additional listing information. This product has been listed by the California State Fire Marshal (CSFM) pursuant to Section 13144.1 of the California Health and Safety Code. See CSFM Listing 7165-0026:251(4100ES) for allowable values and/or conditions concerning material presented in this document. Accepted for use – City of New York Department of Buildings – MEA35-93E. Additional listings may be applicable; contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
Fire Control Panels UL, ULC, CSFM Listed; FM Approved; Addressable Fire Detection and Control MEA (NYC) Acceptance* Basic Panel Modules and Accessories
S4100-0031-32 7/2015
Module Bay Description
The Master Controller Bay (top) includes a standard multi-featured system power supply, the master controller board, and operator interface equipment.
The Expansion Bays include a Power Distribution Interface (PDI) for new 4” x 5” flat design option modules and also accommodate 4100-style modules.
The Battery Compartment (bottom) accepts two batteries, up to 50 Ah, to be mounted within the cabinet without interfering with module space.
The following illustration identifies bay locations using a three bay cabinet for reference.
PDI
4x5 Module
Expansion PowerSupply
(XPS)
4x5 Module
I/O Wiring
I/O Wiring
I/O Wiring
4100
Opt
ion
4100
Opt
ion
4100
Opt
ion
Slot 1 Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 Slot 7 Slot 8
(Block E)
(Block F)
(Blocks G & H)
System Power Supply
(SPS)
IDNet NACs 1, 2 & 3
Aux Pwr Aux Relay
Btry+-
Mas
ter C
ontro
ller
Boa
rd
Slot 1 Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 Slot 7 Slot 8
Slot 1
Slot 2
Slot 4
Slot 3
PDI
4x5 Module
Expansion PowerSupply
(XPS)
4x5 Module
I/O Wiring
I/O Wiring
I/O Wiring
4100
Opt
ion
4100
Opt
ion
4100
Opt
ion
Slot 1 Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 Slot 7 Slot 8
(Block E)
(Block F)
(Blocks G & H)
Master Controller Bay
Expansion Bay 1
Battery Compartment
System power supplyMaster controller with dual slot motherboard
Expansion Bay 2
Typical bays with mixed module sizes
4100ES Module Bay Reference
Mechanical Description
Boxes can be close-nippled; each box provides convenient stud markers for drywall thickness and nail-hole knockouts for quicker mounting
Smooth box surfaces are provided for locally cutting conduit entrance holes exactly where required
Cabinet assembly design has been seismic tested and is certified to IBC and CBC standards as well as to ASCE 7 categories A through F, requires 4100-7912 option for additional legacy card stabilizer brackets and battery brackets as detailed on data sheet S2081-0019
Mechanical Description (Continued)
The latching dress panel (retainer) assembly easily lifts off for internal access
NACs are mounted directly on power supply assemblies providing minimized wiring loss, compact size, and readily accessible terminations
Packaging supports traditional 4100-style motherboard with daughter cards
Modules are power-limited (except as noted, such as relay modules)
The NEMA 1/IP30 box is ordered separately and available for early installation
Doors are available with tempered glass inserts or solid; boxes and doors are available in platinum or red
Boxes and door/retainer assemblies are ordered separately per system requirements; refer to data sheet S4100-0037 for details
Operator Interface Detail Reference
The following illustration identifies the primary functions of the operator interface.
Press ACK located under flashing indicator.Repeat operation until all events are acknowledged.Local tone will silence.
A B C
AC Power
D E F G H I
J K L M N O P Q R
'SP' ( ) , 0 :
S T U V W X Y Z /ALARMS
Fire Alarm Priority 2 AlarmSYSTEM WARNINGS
Supervisory Trouble Alarm Silenced
Emergency Operating Instructions
Alarm or Warning Condition
How to Acknowledge / View Events
How to Silence Building SignalsSystem indicator flashing. Tone On. Press Alarm Silence.
How to Reset SystemPress System Reset.Press Ack to silence tone device.
ZONE
1SIG
2AUX
3
FB
4IO
5IDNet
6
P
7A
8L
9
NET ADDR
0 DEL
Enter C/Exit
Fire AlarmAck
Priority 2Ack
SupvAck
TroubleAck
AlarmSilence
SystemReset
EventTime
EnableOn
Arm
DisableOff
DisarmAuto
LampTest
MoreInfo
Menu
Previous
Next
Upload/Download Ethernet port access (under sliding cover)
Basic operator instructions are printed on the interface
mounting plate
Panel sounder
Operator interface panel is directly viewable and accessible (no access door)
Software Feature Summary
TrueAlarm individual analog sensing with front panel information and selection access
“Dirty” TrueAlarm sensor maintenance alerts, service and status reports including “almost dirty”
TrueAlarm magnet test indication appears as distinct “test abnormal” message on display when in test mode
TrueAlarm sensor peak value performance report “Install Mode” allows grouping of multiple troubles for
uninstalled modules and devices into a single trouble condition (typical with future phased expansion); with future equipment and devices grouped into a single trouble, operators can more clearly identify events from the commissioned and occupied areas
Module level ground fault searching assists installation and service by locating and isolating modules with grounded wiring
“Recurring Trouble Filtering” allows the panel to recognize, process, and log recurring intermittent troubles (such as external wiring ground faults), but only sends a single outbound system trouble to avoid nuisance communications
WALKTEST silent or audible system test performs an automatic self-resetting test cycle
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Operator Interface
Convenient Status Information. With the locking door closed, the glass window allows viewing of the display, status LEDs, and available operator switches. Features include a two-line by 40-character, wide viewing angle (super-twist) LCD with status LEDs and switches as shown in the illustration below.
LED indicators describe the general category of activity being displayed with the LCD providing more detail. For the authorized user, unlocking the door provides access to the control switches and allows further inquiry by scrolling the display for additional detail.
Operator Interface Features
Convenient and extensive operator information is provided using a logical, menu-driven display
Multiple automatic and manual diagnostics for maintenance reduction
Alarm and Trouble History Logs (up to 1250 entries for each, 2500 total events) are available for viewing from the LCD, or capable of being printed to a connected printer, or downloaded to a service computer
Convenient PC programmer label editing
Password access control
A B C
AC Power
D E F G H I
J K L M N O P Q R
'SP' ( ) , 0 :
S T U V W X Y Z /ALARMS
Fire Alarm Priority 2 AlarmSYSTEM WARNINGS
Supervisory Trouble Alarm Silenced
ZONE
1SIG
2AUX
3
FB
4IO
5IDNet
6
P
7A
8L
9
NET ADDR
0 DEL
Enter C/Exit
Fire AlarmAck
Priority 2Ack
SupvAck
TroubleAck
AlarmSilence
SystemReset
EventTime
EnableOn
Arm
DisableOff
DisarmAuto
LampTest
MoreInfo
Menu
Previous
Next
SIX SYSTEM STATUS INDICATOR LEDs provide system status indications in addition to LCD information, LEDs flash to indicate the condition and then when acknowledged, remain on until reset :Fire Alarm & Priority 2 Alarm, red LEDSupervisory & Trouble, yellow LEDAlarm Silenced, yellow LEDAC Power, green LED (on for normal)
FIVE PROGRAMMABLE FUNCTION SWITCHES, each with a yellow LED indicator
POINT STATUS CONTROL KEYS:Point Enable and DisableForce On or ArmForce Off or DisarmReturn On/Off or Arm/Disarm to Auto Mode
NUMERIC KEYPAD for point category and point selection (alphabet characters are not used at this time)
ADDITIONAL FUNCTION KEYS:Event Time RequestMore Information RequestLamp Test
Elevator Recall
City Disconnect
Manual Evac
Ground Fault
Waterflow-West
Waterflow-East
Custom label insert
LCD NAVIGATION CONTROL:Menu selectionVertical and Horizontal position selection buttons
FIRE ALARM ACK acknowledges a Fire Alarm condition, logs the acknowledge, and silences the operator panel and all annunciator tone-alerts
PRIORITY 2 ACK acknowledges a Priority 2 Alarm condition, logs the acknowledge, and silences the operator panel and all annunciator tone-alerts
SUPV ACK acknowledges system supervisory conditions, logs the acknowledge, and silences the operator panel and all annunciator tone-alerts
TROUBLE ACK acknowledges system troubles, logs the acknowledge, and silences the operator panel and all annunciator tone-alerts
ALARM SILENCE causes audible notification appliances to be silenced (depending on panel programming) typically after evacuation is complete and while alarm source is being investigated; may allow visible notification to continue (strobes still flashing)
SYSTEM RESET restores control panel to normal when all alarmed inputs are returned to normal
2 X 40 LCD READOUT, LED backlighted during normal conditions and abnormal operating conditions, provides up to 40 characters for custom label information
FIRST ALARM DISPLAY: Operation can be selected for maintained display of first alarm until acknowledged
THREE PROGRAMMABLE LEDs provide custom labeling, the top two LEDs are selectable as red or yellow, the bottom LED is selectable as green or yellow
ULC SYSTEMS require designating a Ground Fault indicator
Almost Dirty
Ground Fault Latch
3 S4100-0031-32 7/2015
Compatible Peripheral Devices
The 4100ES is compatible with an extensive list of remote peripheral devices including printers, CRT/keyboards (up to five total), and both conventional and addressable devices including TrueAlarm analog sensors.
Addressable Device Control
Overview. The 4100ES provides standard addressable device communications for IDNet compatible devices and accepts optional modules for communications with MAPNET II compatible devices. Using a two wire communications circuit, individual devices such as manual fire alarm stations, TrueAlarm sensors, conventional IDC zones, and sprinkler waterflow switches can be interfaced to the addressable controller to communicate their identity and status.
Addressability allows the location and condition of the connected device to be displayed on the operator interface LCD and on remote system annunciators. Additionally, control circuits (fans, dampers, etc.) may be individually controlled and monitored with addressable devices.
Addressable Operation. Each addressable device on the communication channel is continuously interrogated for status condition such as: normal, off-normal, alarm, supervisory, or trouble. Both Class B and Class A operation are available. Sophisticated poll and response communication techniques ensure supervision integrity and allow for "T-tapping" of the circuit for Class B operation. Devices with LEDs pulse the LED to indicate receipt of a communications poll and can be turned on steady from the panel.
IDNet Channel Capacity. The CPU bay system power supply (SPS) provides an IDNet signaling line circuit (SLC) that supports up to 250 addressable monitor and control points intermixed on the same pair of wires. Additional 250 point IDNet circuit modules are available, refer to IDNet 2 and IDNet 2+2 modules on page 7.
IDNet, MAPNET II, IDNet 2, and IDNet 2+2 SLC Wiring Common Specifications Maximum Distance from Control Panel per Device Load
1 to 125 4000 ft (1219 m); 50 ohms
126-250 2500 feet (762 m); 35 ohms
Connections Terminals for 18 to 12 AWG (0.82 mm2 to 3.31 mm2)
IDNet and MAPNET II Specifications
Wire Type Preferred Shielded twisted pair (STP)
Acceptable* Unshielded twisted pair (UTP)
IDNet and MAPNET II Wiring, Total Wire Length Allowed With “T” Taps for Class B Wiring
Up to 10,000 ft (3 km); 0.58 µF
IDNet 2 and IDNet 2+2 Wiring Specifications
Wire Type Shielded or unshielded, twisted or untwisted wire*
Total Wire Length Allowed With “T” Taps for Class B Wiring
Up to 12,500 ft (3.8 km); 0.60 µF
Maximum Capacitance Between IDNet 2 Channels 1 µF
IDNet 2 and IDNet 2+2 Module Compatibility: IDNet communicating devices and TrueAlarm sensors including QuickConnect and QuickConnect2 sensors * Some applications may require shielded wiring. Review your
system with your local Simplex product supplier.
TrueAlarm System Operation
Addressable device communications include operation of TrueAlarm smoke and temperature sensors. Smoke sensors transmit an output value based on their smoke chamber condition and the CPU maintains a current value, peak value, and an average value for each sensor. Status is determined by comparing the current sensor value to its average value. Tracking this average value as a continuously shifting reference point filters out environmental factors that cause shifts in sensitivity.
Programmable sensitivity of each sensor can be selected at the control panel for different levels of smoke obscuration (shown directly in percent) or for specific heat detection levels. To evaluate whether the sensitivity should be revised, the peak value is stored in memory and can be easily read and compared to the alarm threshold directly in percent.
CO sensor bases combine an electrolytic CO sensing module with a TrueAlarm analog sensor to provide a single multiple sensing assembly using one system address. The CO sensor can be enabled/disabled, used in LED/Switch modes and custom control, and can be made public for communication across a fire alarm Network. (refer to data sheet S4098-0052 for details)
TrueAlarm heat sensors can be selected for fixed temperature detection, with or without rate-of-rise detection. Utility temperature sensing is also available, typically to provide freeze warnings or alert to HVAC system problems. Readings can selected as either Fahrenheit or Celsius.
TrueSense Early Fire Detection. Multi-sensor 4098-9754 provides photoelectric and heat sensor data using a single 4100ES IDNet address. The panel evaluates smoke activity, heat activity, and their combination, to provide TrueSense early detection. For more details on this operation, refer to data sheet S4098-0024.
Diagnostics and Default Device Type
Sensor Status. TrueAlarm operation allows the control panel to automatically indicate when a sensor is almost dirty, dirty, and excessively dirty. The NFPA 72 requirement for a test of the sensitivity range of the sensors is fulfilled by the ability of TrueAlarm operation to maintain the sensitivity level of each sensor. CO Sensors track their 10 year active life status providing indicators to assist with service planning. Indicators occur at: 1 year, 6 months, and when end of life is reached.
Modular TrueAlarm sensors use the same base and different sensor types (smoke or heat sensor) and can be easily interchanged to meet specific location requirements. This allows intentional sensor substitution during building construction when conditions are temporarily dusty. Instead of covering smoke sensors (causing them to be disabled), heat sensors may be installed without reprogramming the control panel. The control panel will indicate an incorrect sensor type, but the heat sensor will operate at a default sensitivity to provide heat detection for building protection at that location.
4 S4100-0031-32 7/2015
CPU Bay Module Details
Master Controller and Motherboard: Mounts in Slot 4 of a two slot motherboard (Slots 3 and 4
of the Master Controller Bay) and provides one Class B or Class A, RUI communications channel, available at Slot 4
RUI communications controls up to 31 devices per master controller (on one or multiple RUI channels); devices include: MINIPLEX transponders, 4603-9101 LCD Annunciators, 4602-9101 Status Command Units (SCU), 4602-9102 Remote Command Units (RCU), 4602 Series LED Annunciator Panels, and 4100 Series 24 I/O and LED/Switch modules
Up to four RUI channels are supported; use up to three 4100-1291 RUI expansion modules as required
Optional Service Modem 4100-6030 mounts onto the master controller board with its own on-board connections
Slot 3 of the motherboard is primarily for the 4100-6078 Network Interface Board with media modules, and secondarily for the 4100-6038 Dual RS-232 Board (4100-6038 is required for 2120 System connections)
System Power Supply: (see page 9 for more detail) Rating is 9 A total with “Special Application” appliances;
4 A total for “Regulated 24 DC” appliance power Outputs are power-limited, except for the battery charger Provides system power, battery charging, auxiliary power,
auxiliary relay, earth detection, on-board IDNet communications channel for 250 points, three on-board NACs, and provisions for either an optional City Connect Module or an optional Alarm Relay Module
IDNet SLC Output provides Class B or Class A communications for up to 250 addressable devices (as described on page 4)
System Power Supply (Continued): Three, 3 A On-Board NACs, conventional reverse
polarity operation; rated 3 A for Special Application appliances and 2 A for Regulated 24 DC power, with electronic control and overcurrent protection; selectable as Class B or Class A, and for synchronized strobe or SmartSync horn/strobe operation over two wires
NACs can be selected as auxiliary power outputs derated to 2 A for continuous duty; the total auxiliary power output per SPS is limited to 5 A
Battery Charger is dual rate, temperature compensated, and charges up to 50 Ah sealed lead-acid batteries mounted in the battery compartment (33 Ah for single bay cabinets); also is UL listed for charging up to 110 Ah batteries mounted in an external cabinet (see data sheet S2081-0012 for details)
Battery and Charger Monitoring includes battery charger status and low or depleted battery conditions; status information provided to the master controller includes analog values for: battery voltage, charger voltage and current, actual system voltage and current, and individual NAC currents
2 A Auxiliary Power Output is selectable for detector reset, door holder, or coded output operation
Auxiliary Relay is selectable as N.O. or N.C., rated 2 A @ 32 VDC, and is programmable as a trouble relay, either normally energized or normally de-energized, or as an auxiliary control
Optional City Connect Module (4100-6031, with disconnect switches, or 4100-6032, without disconnect switches) can be selected for conventional dual circuit city connections
Optional Alarm Relay Module (4100-6033) provides three Form C relays that are used for Alarm, Trouble, and Supervisory, rated 2 A resistive @ 32 VDC
4100ES Master Controller and Expansion Bay Selection* (Canadian models have low battery cutout) Model Model Type and Listing Description Supv.** Alarm**
4100-9111 120 VAC Input UL 4100ES Master Controller Assembly with LCD and operator interface, 9 A system power supply/battery charger (SPS), 250 point IDNet interface, 3 NACs, auxiliary relay, and external RUI communications interface
373 mA 470 mA4100-9112 English 120 VAC, Canadian ULC 4100-9113 French 4100-9211 220-240 VAC Input UL 4100-9131 120 VAC Input UL 4100ES Master Controller Assembly, no display, no
operator interface, 9 A system power supply/battery charger (SPS), 250 point IDNet interface, 3 NACs, auxiliary relay, and external RUI communications interface
363 mA 425 mA4100-9132 English, 120 VAC, Canadian ULC 4100-9230 220-240 VAC Input UL
4100-9121 (not ULC
listed)
Redundant Master Controller with a two bay assembly, one for each of the primary and backup master controllers. Both bays have an LCD and operator interface, CPU card assembly, and 9 A system power supply (SPS) 120 VAC, 60 Hz input. Active SPS battery charger in Bay 1 only. External RUI connections require 4100-1291 RUI expansion modules. Do not use circuit connections (IDNet, NACs, etc.) on primary and secondary SPS power supplies.
718 mA 937 mA
4100ES Master Controller Upgrades for Existing 4100 Series Fire Alarm Control Panels* Model Panel Type Includes
4100-7150 1000 pt 4100 (4100+) New Master Controller CPU card, 4100ES door assembly with LCD and user interface, and Ethernet connection
4100-7152 512 pt 4100 Same as 4100-7150 plus a Universal Power Supply
4100-7158
4100U or 1000 pt 4100 (4100+) previously upgraded to 4100U
New Master Controller CPU card with Ethernet Connection Upgrade Kit (door assembly with LCD and user interface are not included) for: 4100U with or without LCD and operator interface, or 4100+ without LCD and operator interface, or An existing 4100 (512 pt) or 4100+ (1000 pt) panel that was previously upgraded to a 4100U
Master Controller and Display * For InfoAlarm Command Center expanded content display products, refer to data sheet S4100-0045. (Continued on next page) ** Note: Master Controller current does not subtract from 9 A output rating.
5 S4100-0031-32 7/2015
Master Controller Selection Information
6 S4100-0031-32 7/2015
Communication Modules Model Description Size Supv. Alarm
4100-6078 For Master Controller; mounts in Slot 3 Modular Network Interface; each requires two media modules (below)
1 Slot 46 mA 46 mA
4100-6061 For Redundant Master Controller 1 Slot 46 mA 46 mA
4100-6056 Wired Media Module Select two media cards as required; mounts on 4100-6078 or 4100-6061; Class B or Class X operation
N.A. 55 mA 55 mA
4100-6057 Fiber Optic Media Module N.A. 25 mA 25 mA
4100-6047 Building Network Interface Card (BNIC), refer to data sheet S4100-0061 for details 2 Blocks 291 mA 291 mA
4100-6055 Network Access Dial-in Service Modem, mounts to 4100-6078 or 4100-6061 Network Interface Card, requires telephone line connection N.A. 60 mA 60 mA
4100-1291 Remote Unit Interface Module (RUI); up to three maximum per control panel 1 Slot 85 mA 85 mA
4100-6030 Service Port Modem, local panel access only, mounts to Master Controller Module, requires telephone line connection, accesses same information as front panel port N.A. 70 mA 70 mA
4100-6031 Select one per SPS (fits on SPS)
City Circuit, with disconnect switches For use with SPS only, not RPS
N.A. 20 mA 36 mA
4100-6032 City Circuit, w/o disconnect switches N.A. 20 mA 36 mA
4100-6033 Alarm Relay, 3 Form C relays, 2 A @ 32 VDC; for SPS or RPS N.A. 15 mA 37 mA
4100-6101 Physical Bridge, Class B, includes 1 modem module and 2 wired modules 1 Slot 210 mA 210 mA
4100-6102 Physical Bridge, Class X, includes 2 modem and 2 wired modules 2 Slots 300 mA 300 mA
4100-6038 Dual Port RS-232 with 2120 interface (slot module) 3 maximum of RS-232 type modules per panel
1 Slot 132 mA 132 mA
4100-6046 Dual Port RS-232 standard interface (4 x 5 module) 1 Block 60 mA 60 mA
4100-6045 Decoder Module 3 Slots 85 mA 163 mA
4100-6048 VESDA Aspiration System Interface 1 Slot 132 mA 132 mA
4100-6052 DACT, Point or Event Reporting; 1 shipped unless 4100-7908 is selected; 2 max. per system; includes 2, 2080-9047 cables, 14 ft (4.3 m) long, RJ45 plug and spade lugs 1 Slot 30 mA 40 mA
Expansion, System and Remote Power Supplies and Accessories (Canadian models have low battery cutout) Model Voltage/Listing Description Size Supv. Alarm
4100-5101 120 VAC UL Expansion Power Supply (XPS); 9 A output, 3 built-in Class A/B NACs; NAC operation is same as SPS, see page 5 for details
2 Blocks 50 mA 50 mA 4100-5103 120 VAC, Canadian ULC
4100-5102 220-240 VAC UL
4100-5115 NAC Expansion Module, 3 NACs, Class A/B, mounts on XPS only N.A. 25 mA 25 mA
4100-5111 120 VAC UL Additional System Power Supply (SPS); 9 A power supply/charger with 250 point IDNet channel, 3 Class A/B NACs, add IDNet device currents separately
4 Blocks 175 mA 185 mA 4100-5112 120 VAC, Canadian ULC
4100-5113 220-240 VAC UL
4100-5125 120 VAC UL Remote Power Supply (RPS); 9 A power supply/charger similar to SPS except no IDNet channel or City Circuits; will accept one 4100-6033
4 Blocks 150 mA 185 mA 4100-5126 120 VAC, Canadian ULC
4100-5127 220-240 VAC UL
Continued on next page
Master Controller Accessories 4100-2300 Expansion Bay Assembly; order for each required expansion bay (not required for 4100-9121)
4100-2303 Legacy Module Stabilizer Bracket, used when expansion bays have legacy slot style modules
4100-2301 Expansion Bay Upgrade Kit for mounting 4100ES style (4” x 5” modules) in existing 4100 style panels; Note: When using this kit to upgrade a 4100+ transponder, a 4100-0620 Transponder Interface Card (TIC) is also required for communications to the 4100ES module
Master Controller Upgrades for Existing 4020 Series Fire Alarm Control Panel Model Description
4100-9833
4020 Master Controller Upgrade to 4100ES; Includes New Master Controller with LCD & operator interface assembly, 8 VDC Converter and RUI Interface in a single bay cabinet with locking glass door and retainer; mounts as an adjunct panel close-nippled to existing 4020 cabinet; also includes 8 VDC box-to-box power and communications harness and solid filler panel for the existing 4020 Master Controller bay
Module Selection Information
Master Controller Selection Information (Continued)
7 S4100-0031-32 7/2015
Expansion, System and Remote Power Supplies and Accessories (Continued) Model Description Size Current
4100-5152 12 VDC Power Option, 2 A maximum 1 Block 1.5 A maximum
4100-0156 8 VDC Converter, required for multiple Physical Bridge Modules, 3 A maximum 1 Block included w/loads
4100-0636 Box Interconnection Harness Kit (non-audio); order one for each close-nippled cabinet 4100-0638 4100 Slot Module Additional 24 VDC Harness; need when 4100 Slot module requirements exceed 2 A from SPS
8 Zone Initiating Device Circuits* Expansion Signal Module and Options (1.5 A Class B except as noted) Model Type Supv. Alarm Model Description Supv. Alarm
4100-5005 Class B 75 mA 195 mA 4100-5116 Converts 1 NAC in to 3 NACs out; 1 Block size 18 mA 80 mA
4100-5015 Class A 75 mA 195 mA 4100-1266 Expands 3 NACs to 6 select one; mounts on 4100-5116
0.6 mA 60 mA
* IDC Modules are 1 Slot size 4100-1267 Converts 3 NACs to Class A 0.6 mA 30 mA
Addressable Interface Modules (refer to location reference on pages 8 and 9) Model Description Supv. Alarm
4100-3109*
IDNet 2 Module, 250 point capacity; electrically isolated output with two short circuit isolating Class B or Class A output loops, 1 block; standard on EPS with IDNet 2 Module; alarm currents for 50 and above devices includes 20 device LEDs in alarm
no devices 50 mA 60 mA 50 devices 90 mA 150 mA
125 devices 150 mA 225 mA 250 devices 250 mA 350 mA
4100-3110*
IDNet 2+2 Module, 250 point capacity; electrically isolated output with four short circuit isolating Class B or Class A output loops, 1 block; mounts in expansion bay or available master controller bay module locations only, not applicable for EPS mounting; alarm currents for 50 and above devices includes 20 device LEDs in alarm
no devices 50 mA 60 mA 50 devices 90 mA 150 mA
125 devices 150 mA 225 mA 250 devices 250 mA 350 mA
4100-3111* IDNet Short Circuit Isolating Loop Output Module; mount up to two on a 4100-3109 module; for use with 4100-3109 modules; this option is for aftermarket field installation only
*Note: Loading per IDNet device (no LEDs on) = 0.8 mA supervisory and 1 mA alarm. Each IDNet 2 and IDNet 2+2 Short Circuit Isolating Loop Output can be individually controlled for system diagnostics and can be assigned a public point for Fire Alarm Network annunciation.
Model Description Supv. Alarm
4100-3102 MAPNET II Module, 127 point capacity, add devices separately; Module size = 2 Slots; Loading per MAPNET II device = 1.7 mA
Module without devices 255 mA 275 mA
Fully loaded module, total 471 mA 491 mA
4100-3103
Isolator Module for MAPNET II communications; converts a single connected SLC into four isolated outputs selectable as Class A or Class B; up to two Isolator Modules can be connected to one SLC; Module size = 1 Slot; NOTE: Compatible with MAPNET II Remote Isolators only
50 mA 50 mA
Relay Modules; Nonpower-limited (for mounting in expansion bay only, refer to location reference on pages 8 and 9) Model Description Resistive Ratings Inductive Ratings Size Supv. Alarm
4100-3202 4 DPDT w/feedback 10 A 250 VAC 10 A 250 VAC 2 Slots 15 mA 175 mA
4100-3204 4 DPDT w/feedback 2 A 30 VDC/VAC 1/2 A 30 VDC/120 VAC 1 Block 15 mA 60 mA 4100-3206 8 SPDT 3 A 30 VDC/120 VAC 1-1/2 A 30 VDC/120 VAC 1 Block 15 mA 190 mA
System Option for Seismic Compliance Model Description
4100-7912 System option for Seismic compliance, provides additional stabilizer brackets required for legacy style cards
Current Calculation Notes: 1. To determine total supervisory current, add currents of modules in panel to base system value and all external loads powered
by panel power supplies. 2. To determine total alarm current, add currents of modules in panel to base system alarm current and add all panel NAC loads
and all external loads powered from panel power supplies.
Continued on next page
Module Selection Information (Continued)
8 S4100-0031-32 7/2015
End User Programming Software (requires 4100-8802) Model Description
4100-8802 Programming Software (select)
End User Programming Software Selection (select maximum of one each from below) Model Description
4100-0292 Custom Labels Editing; allows editing of 40 Character Custom Labels for non-system user points
4100-0296 Access Level/Passcode Editing; allows user to re-assign Access Levels and Passcodes for each display function; Acknowledge, Alarm Silence, System Reset, Point Enable/Disable, WALKTEST Enable/Disable, Clear History Logs, Change Time & Date, etc.
4100-0295 Port Vectoring Setup and Control; Allows vectoring of events to PC Annunciator, Printers, LCD Annunciators, etc.
4100-0298
WALKTEST Configuration Setup and Control; Allows user to create or edit WALKTEST groups used to test system initiating devices and signals by a single person, these groups allow an inspector to conduct a one-person WALKTEST in a specific area of a building (or different buildings), and limit the activation of the building signals to only the intended area; up to 8 WALKTEST groups are supported
Miscellaneous Accessories Model Description
4100-1279 Single blank 2” display cover; 4100-2302 provides a single plate for a full bay
4100-9856* 4100ES Canadian French Appliqué Kit; Simplex, 4100ES, Contrôle Incendie
4100-9857* 4100ES English Appliqué Kit; Simplex, 4100ES, Fire Control
4100-9858* 4100ES InfoAlarm Remote Display English Appliqué Kit; Simplex, Operator Interface, 4100ES
4100-9859* 4100ES InfoAlarm Remote Display Canadian French Appliqué Kit; Simplex, Interface de l’operateur, 4100ES
4100-9868 Special Purpose Appliqué Kit: Simplex, Elevator Recall Control and Supervisory Control Unit, 4100ES
4100-9869 Special Purpose Appliqué Kit: Simplex, Sprinkler Waterflow and Supervisory Station, 4100ES
4100-9835 Termination and Address Label Kit (for module marking); provides additional labels for field installed modules
4100-6029 Smoke Management Application Guide; required for UUKL listing
4100-6034 Tamper Switch, one per cabinet assembly if required; monitors solid door for panels with solid door; monitors the internal retainer panel for panels with glass door (not the glass door); has a built-in addressable IDNet IAM
2081-9031 Series resistor for WSO, IDCs (N.O. water flow and tamper on same circuit, wires after water flow and before tamper) 470 Ω, 1 W, encapsulated, two 18 AWG leads (0.82 mm2 ), 2-1/2” L x 1-3/8” W x 1” H (64 mm x 35 mm x 25 mm)
* Note: 4100ES English Appliqués are included with 4100ES Upgrade and Retrofit Kits for mounting 4100ES in 4100, 2120, 2001, and Autocall back boxes so that upgrades can be easily identified as 4100ES. 4100ES Appliqué Kits are available for applications such as to update Remote InfoAlarm Displays connected to a panel that was upgraded to 4100ES or for an existing 4100U when the New Master Controller is upgraded to 4100ES and only a software upgrade is required. When required, French appliqués are ordered separately.
Slot 1 Slot 8Slot 7Slot 6Slot 5Slot 4Slot 3Slot 2
Expansion Bay Chassis
Block A
Block B
Block C
Block D
Block E
Block F
Block G
Block H
Size Definitions: Block = 4” W x 5” H (102 mm x 127 mm) card area Slot = 2” W x 8” H (51 mm x 203 mm) motherboard with daughter card
Module Selection Information (Continued)
Expansion Bay Module Loading Reference
Description Mounting IDNet 2, IDNet 2+2 Modules 1 Block 4, 2 A Relays
NON Power-limited
1 block 4, 10 A Relays 4”, 2 slots 8, 3 A Relays 1 block VESDA Interface 2”, 1 Slot Class B IDC 2”, 1 Slot Class A IDC 2”, 1 Slot MAPNET II Module 4”, 2 Slots MAPNET II/IDNet Isolator 2”, 1 Slot Class B Physical Bridge 2”, 1 Slot Class X Physical Bridge 4”, 2 Slots Decoder Module 6”, 3 Slots
System or Remote Power Supply Blocks E, F, G & H ONLY
Expansion Power Supply Blocks G & H ONLY NAC Expansion Module On XPS ONLY
9 S4100-0031-32 7/2015
PDI
4x5 Module
Expansion PowerSupply
(XPS)
4x5 Module
I/O Wiring
I/O Wiring
I/O Wiring
Slot 1 Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 Slot 7 Slot 8
(Block E)
(Block F)
(Blocks G & H)
System Power Supply
(SPS)
IDNet NACs 1, 2 & 3
Aux Pwr Aux Relay
Btry+-
City Circuit4100-60314100-6032
Alarm Relay4100-6033
Slot 1 Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 Slot 7 Slot 8
*System power supply*Master controller with motherboard
Optional semi-flush trim kit
4100-6031 or 4100-6032 City Circuit or 4100-6033Alarm Relay
4100-6030 Service Modem mounts only on master controller board
Slot 3, one 2" card: either 4100-6078 Network Module with media cards or 4100-6038 Dual RS-232
Slot 1
Slot 2
Slot 3
Cabinet height:(2 bay shown for reference)
1 Bay = 22"(559 mm)
2 Bay = 40"(1016 mm)
3 Bay = 56"(1422 mm)
Stud alignment markers, each side
Knockout screw/nail holes (for semi-flush mounting)
4" stud
6" stud
Two, 2", or one, 4" slot for one or two modules installed per the following:
4100-6052 DACT, Slot 1
4100-6101 Physical Bridge, Slot 2
4100-6102 Physical Bridge (4" module) Slots 1 and 2
4100-6048 VESDA Interface, Slot 1 or 2
4100-5005/5015 IDC Modules, Slot 1 or 2
4100-6038 Dual RS-232, Slot 2, if Network Module is in Slot 3
Master Controller Bay
Typical Expansion Bay(showing mixed module sizes)
Battery Compartment
Door can be hunghinged left or right
Wall board reference for semi-flush mounting, 6" stud
Two bay cabinet shown without retainer
11-11/16"(296 mm)
6-29/32"(175 mm)
For semi-flushmounting provide1/2" (12.7 mm)
minimum extensionbeyond finished wall
24" (610 mm)
Door 4-3/4"(121 mm)
Input Power
System Power Supplies (SPS) Expansion Power Supplies (XPS)
Remote Power Supplies (RPS)
120 VAC Models 4 A maximum @ 102 to 132 VAC, 60 Hz 220-240 VAC Models
2 A maximum @ 204 to 264 VAC, 50/60 Hz; separate taps for 220/230/240 VAC
Power Supply Output Ratings for SPS, XPS, and RPS (nominal 28 VDC on AC; 24 VDC on battery backup)
Total Power Supply Output Rating
Including module currents and auxiliary power outputs; 9 A total for “Special Application” appliances; 4 A total for “Regulated 24 DC” power (see below for details)
Output switches to battery backup during mains AC failure or brownout conditions
Auxiliary Power Tap 2 A maximum Rated 19.1 to 31.1 VDC NACs Programmed
for Auxiliary Power 2 A maximum per NAC; 5 A maximum total
Special Application Appliances
Simplex horns, strobes, and combination horn/strobes and speaker/strobes (contact your Simplex product representative for compatible appliances)
Regulated 24 DC Appliances Power for other UL listed appliances; use associated external synchronization modules where required
Battery Charger Ratings for SPS and RPS (sealed lead-acid batteries)
Battery capacity range UL listed for battery charging of 6.2 Ah up to 110 Ah (batteries larger than 50 Ah require a remote battery cabinet); ULC listed for charging up to 50 Ah batteries
Charger characteristics and performance
Temperature compensated, dual rate, recharges depleted batteries within 48 hours per UL Standard 864; to 70% capacity in 12 hours per ULC Standard S527
Environmental Operating Temperature 32° to 120°F (0° to 49° C)
Operating Humidity Up to 93% RH, non-condensing @ 90° F (32° C) maximum
Additional Technical Reference
Installation Instructions 574-848 Operating Instructions 579-197
NOTE: A system ground must be provided for Earth Detection and transient protection devices. This connection shall be made to an approved, dedicated Earth connection per NFPA 70, Article 250, and NFPA 780.
Mounting and CPU Bay Module Reference (* indicates supplied modules)
General Specifications
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited. Microsoft and Windows are trademarks of Microsoft Corporation. VESDA is a trademark of Xtralis Pty Ltd. NFPA 72 and National Fire Alarm Code are trademarks of the National Fire Protection Association (NFPA). ASHRAE and BACnet are trademarks of ASHRAE, American Society of Heating, Refrigeration, and Air Conditioning Engineers.
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S4100-0031-32 7/2015 www.simplex-fire.com
© 2015 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
Subject Data Sheet Subject Data Sheet Introducing the 4100ES S4100-0060 SafeLINC Internet Interface S4100-0062 4100ES Enclosures S4100-0037 Agent Release Applications S4100-0040 4100ES Control Panels with EPS+ Power Supplies for TrueAlert Addressable Notification S4100-0100
Fire Alarm Network Overview S4100-0055 Network Communications S4100-0056
4100ES Audio and Firefighter Phone Modules S4100-0034 Network Display Unit (NDU) S4100-0036 LED/Switch Modules & Printer S4100-0032 Addressable Device Compatibility S4090-0011 Remote Annunciators S4100-0038 Remote Battery Charger S4081-0002 MINIPLEX Transponders S4100-0035 TFX Interface Module S4100-0042 Building Network Interface (BNIC) S4100-0061 Master Clock Interface S4100-0033 InfoAlarm Command Center S4100-0045 2120 BMUX Module S4100-0048 Graphic I/O Modules S4100-0005 TrueInsight Remote Service S4100-0063
Additional 4100ES Data Sheet Reference
Features
Master Controller (top) bay standard equipment: 32-Bit Master Controller with color-coded operator
interface and raised switches for high confidence feedback Dual configuration program CPU, convenient service port
access, and capacity for up to 2500 addressable points CPU assembly includes 2 GB dedicated compact flash
memory for on-site system programming and information storage
An Enhanced Power Supply (EPS) and battery charger (9 A output) with on-board: IDNAC SLCs (signaling line circuit) for addressable appliance control, an IDNet 2 Module for addressable device control; and programmable function auxiliary output
Also available with InfoAlarm Command Center expanded content user interface (see data sheet S4100-0045)
Standard addressable device interfaces include: 250 point addressable device IDNet 2 SLC that supports
TrueAlarm analog sensors and IDNet communications monitoring and control devices with an electrically isolated output channel allowing use with either shielded or unshielded, twisted or untwisted single pair wiring; and providing dual short circuit isolating output loops
MINIPLEX Transponder and remote LCD and LED annunciator support via RUI+ (remote unit interface) communications port with electrically isolated output for use with either shielded or unshielded, twisted or untwisted single pair wiring (refer to details on page 6)
Standard power supplies (EPS) provide enhanced power delivery IDNAC SLCs to addressable notification appliances: With IDNAC SLCs, a constant 29 VDC source voltage is
maintained during alarm, even during battery operation, allowing strobes to operate at higher voltage with lower current and ensuring a consistent current draw and voltage drop margin under both primary power and secondary battery standby
Efficiencies include lower strobe currents, wiring distances up to 2 to 3 times farther than with conventional notification, support for more appliances per IDNAC SLC, and the ability to use smaller gauge wiring – all providing installation and maintenance savings with high assurance that appliances that operate during normal system testing will also operate during worst case alarm conditions
IDNAC SLCs are compatible with both TrueAlert ES and TrueAlert addressable notification appliances, and remote 4009 IDNAC Repeaters to extend power and wiring distance even farther
Optional modules and connections include: Fire Alarm Network Interfaces, city connections, and up
to five (5) RS-232 ports for printers and terminals Building Network Interface Module (BNIC) for Ethernet
connectivity options (see data sheet S4100-0061) Side mounted DACT assembly requiring minimal panel
space; DACT is compatible with IP Communicators Emergency communications systems (ECS) equipment;
8 channel digital audio or 2 channel analog audio
Press ACK l ocated under fl ashin g indicator.Repeat operation unti l al l events are acknowledged.Local tone wil l silence.
A B C
AC Power
D E F G H I
J K L M N O P Q R
'SP ' ( ) , 0 :
S T U V W X Y Z /ALARMS
Fire Alarm Priority 2 AlarmSYSTEM WARNINGS
Supervisory Trouble Ala rm Silenced
Emergency Operating Instructions
Alarm or Warning Condition
How to Acknowledge / View Events
How to Silence Building SignalsSystem ind icator flashing. Tone On. Press Alarm Silence.
How to Reset SystemPress System Reset.Press Ack to si lence tone device.
ZONE
1SI G
2A UX
3
FB
4IO
5I DNet
6
P
7A
8L
9
N ET ADDR
0 DE L
Enter C/Exit
Fire AlarmAck
Priority 2Ack
SupvAck
TroubleAck
AlarmSilence
SystemReset
EventTime
Enable On Arm
Disable OffDisarm Auto Lamp
Test
MoreInfo
Menu
Previous
Next
On
Off
Auto
On
Off
Auto
On
Off
Auto
On
Off
Auto
On
Off
Auto
On
Off
Auto
On
Off
Auto
On
Off
Auto
Press ACK located under flashing indicator.Repeat operation until all events are acknowledged.Lo cal to ne will silence.
A B C
AC Power
D E F G H I
J K L M N O P Q R
'SP' ( ) , 0 :
S T U V W X Y Z /ALARMS
Fire Alarm Priority 2 Ala rmSYSTEM WARNINGS
Supervisory Trouble Alarm Silenced
Emergency Operating Instructions
Alarm or Warning Condition
How to Acknowledge / View Events
How to Silence Building SignalsSystem indicator flashing. Tone On. Press Alarm Silence.
How to Reset SystemPress System Reset.Press Ack to si lence tone device.
ZONE
1SI G
2A UX
3
FB
4IO
5I DNet
6
P
7A
8L
9
NET ADDR
0 DEL
Enter C/Exit
Fire AlarmAck
Priority 2Ack
SupvAck
TroubleAck
AlarmSilence
SystemReset
EventTime
Enable On Arm
Disable OffDisarm Auto Lamp
Test
MoreInfo
Menu
Previous
Next
4100ES Cabinets are Available with One, Two or Three Bays
Option Modules (Continued) Additional IDNet 2 communications SLCs, IDNet 2+2
Modules with quad short circuit isolating output loops; additional power supplies, alarm relays, and auxiliary relays
LED/switch modules and panel mount printers; VESDA Air Aspiration Systems interface, ASHRAE BACnet Interface, TCP/IP Bridges
Battery brackets for seismic area protection (see page 2) 4100ES compatible legacy interface modules,
including control of conventional (non-addressable) NACS (see data sheet reference list on page 12)
4100ES Listings reference: UL 864, Fire Detection and Control (UOJZ), and Smoke
Control Service (UUKL) UL 2017, Process Management Equipment (QVAX) UL 1076, Proprietary Alarm Units-Burglar (APOU) UL 1730, Smoke Detector Monitor (UULH) UL 2572, Mass Notification Systems (PGWM); refer to
data sheet S4100-0034 for audio equipment ULC S527, Control Units for Fire Alarm Systems
Software Feature Summary
CPU provides dual configuration programs: Two programs allow for optimal system protection and
commissioning efficiency with one active program and one reserve; downtime is reduced because the system stays running during download
PC based programmer features: Convenient front panel accessed Ethernet port for quick
and easy download of site-specific programming Modifications can be uploaded as well as downloaded for
greater service flexibility; AND, firmware enhancements are made via software downloads to the on-board flash memory
* See pages 6 and 7 for product that is UL or ULC listed and additional listing information. This product has been listed by the California State Fire Marshal (CSFM) pursuant to Section 13144.1 of the California Health and Safety Code. See CSFM Listing 7165-0026:0251 for allowable values and/or conditions concerning material presented in this document. NYC Fire Dept COA #6151. Additional listings may be applicable; contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
4100ES Fire Control Panels UL, ULC, CSFM Listed; Addressable Fire Detection and Control FM, NYC Fire Dept Approved* Basic Panel Modules and Accessories
S4100-0100-13 1/2016
Introduction
4100ES Series Fire Detection and Control Panels provide extensive installation, operator, and service features with point and module capacities suitable for a wide range of system applications. An on-board Ethernet port provides fast external system communications to expedite installation and service activity. Dedicated compact flash memory archiving provides secure on-site system information storage of electronic job configuration files to meet NFPA 72 (National Fire Alarm and Signaling Code) requirements.
Modular design. A wide variety of functional modules are available to meet specific system requirements. Selections allow panels to be configured for either Stand-Alone or Networked fire control operation.
Module Bay Description
The Master Controller Bay (top) includes a standard multi-featured enhanced power supply (EPS) with IDNet 2 Module, the master controller board, two vertical expansion blocks, and operator interface equipment.
The Expansion Bays include a Power Distribution Interface (PDI) for connection of single or multiple block modules, and/or slot style (motherboard/daughter card) modules.
The Battery Compartment (bottom) accepts two batteries, up to 50 Ah, to be mounted within the cabinet without interfering with module space.
PDI
4x5 Module
Expansion PowerSupply
(XPS)
4x5 Module
I/O Wiring
I/O Wiring
I/O Wiring
4100
Opt
ion
4100
Opt
ion
4100
Opt
ion
Slot 1 Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 Slot 7 Slot 8
(Block E)
(Block F)
(Blocks G & H)
PDI
Mas
ter C
ontro
ller
Boar
d
Slot 1 Slot 2 Slot 3 Slot 4
PDI
4x5 Module
Expansion PowerSupply
(XPS)
4x5 Module
I/O Wiring
I/O Wiring
I/O Wiring
4100
Opt
ion
4100
Opt
ion
4100
Opt
ion
Slot 1 Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 Slot 7 Slot 8
(Block E)
(Block F)
(Blocks G & H)
Master Controller Bay
Expansion Bay 1
Battery Compartment
EPS Power Supply with IDNet 2 Module
Master controller with dual slot motherboard
Expansion Bay 2
Typical bays with mixed module sizes
PDI board with two connectors available
4100-6080 DACT mounting location
Optional 4190-6104 TrueInsight Module mounting location
4100ES Module Placement Reference in 3-Bay Cabinet
Mechanical Description
Boxes can be close-nippled; each box provides convenient stud markers for drywall thickness and nail-hole knockouts for quicker mounting
Smooth box surfaces are provided for locally cutting conduit entrance holes exactly where required
Cabinet assembly design has been seismic tested and is certified to IBC and CBC standards as well as to ASCE 7 categories A through F, requires 4100-7912 option for additional legacy card stabilizer brackets and battery brackets as detailed on data sheet S2081-0019
The latching front panel assembly easily lifts off for internal access
Modules are power-limited (except as noted, such as relay modules)
The NEMA 1/IP30 box is ordered separately and available for early installation
Doors are available with tempered glass inserts or solid; boxes and doors are available in platinum or red
Boxes and door/retainer assemblies are ordered separately per system requirements; refer to data sheet S4100-0037
Operator Interface Detail Reference
The following illustration identifies the primary functions of the operator interface.
Press ACK located under flashing indicator.Repeat operation until all events are acknowledged.Local tone will silence.
A B C
AC Power
D E F G H I
J K L M N O P Q R
'SP' ( ) , 0 :
S T U V W X Y Z /ALARMS
Fire Alarm Priority 2 AlarmSYSTEM WARNINGS
Supervisory Trouble Alarm Silenced
Emergency Operating Instructions
Alarm or Warning Condition
How to Acknowledge / View Events
How to Silence Building SignalsSystem indicator flashing. Tone On. Press Alarm Silence.
How to Reset SystemPress System Reset.Press Ack to silence tone device.
ZONE
1SIG
2AUX
3
FB
4IO
5IDNet
6
P
7A
8L
9
NET ADDR
0 DEL
Enter C/Exit
Fire AlarmAck
Priority 2Ack
SupvAck
TroubleAck
AlarmSilence
SystemReset
EventTime
EnableOn
Arm
DisableOff
DisarmAuto
LampTest
MoreInfo
Menu
Previous
Next
Upload/Download Ethernet port access (under sliding cover)
Basic operator instructions are printed on the interface
mounting plate
Panel sounder
Operator interface panel is directly viewable and accessible (no access door)
Software Feature Summary
“Install Mode” allows grouping of multiple troubles for uninstalled modules and devices into a single trouble condition (typical with future phased expansion); with future equipment and devices grouped into a single trouble, operators can more clearly identify events from the commissioned and occupied areas
Module level ground fault searching assists installation and service by locating and isolating modules with grounded wiring
“Recurring Trouble Filtering” allows the panel to recognize, process, and log recurring intermittent troubles (such as external wiring ground faults), but only sends a single outbound system trouble to avoid nuisance communications
WALKTEST silent or audible system test performs an automatic self-resetting test cycle
Support for TrueAlarm individual analog sensing and IDNAC addressable notification with front panel information and selection access
2 S4100-0100-13 1/2016
Operator Interface
Convenient Status Information. With the locking door closed, the glass window allows viewing of the display, status LEDs, and available operator switches. Features include a two-line by 40-character, wide viewing angle (super-twist) LCD with status LEDs and switches as shown in the illustration below.
LED indicators describe the general category of activity being displayed with the LCD providing more detail. For the authorized user, unlocking the door provides access to the control switches and allows further inquiry by scrolling the display for additional detail.
Operator Interface Features
Convenient and extensive operator information is provided using a logical, menu-driven display
Multiple automatic and manual diagnostics for maintenance reduction
Alarm and Trouble History Logs (up to 1250 entries for each, 2500 total events) are available for viewing from the LCD, or capable of being printed to a connected printer, or downloaded to a service computer
Convenient PC programmer label editing Password access control
A B C
AC Power
D E F G H I
J K L M N O P Q R
'SP' ( ) , 0 :
S T U V W X Y Z /ALARMS
Fire Alarm Priority 2 AlarmSYSTEM WARNINGS
Supervisory Trouble Alarm Silenced
ZONE
1SIG
2AUX
3
FB
4IO
5IDNet
6
P
7A
8L
9
NET ADDR
0 DEL
Enter C/Exit
Fire AlarmAck
Priority 2Ack
SupvAck
TroubleAck
AlarmSilence
SystemReset
EventTime
EnableOn
Arm
DisableOff
DisarmAuto
LampTest
MoreInfo
Menu
Previous
Next
3 S4100-0100-13 1/2016
Overview. The 4100ES EPS power supply with IDNet 2 Module provides addressable initiating device and IDNAC addressable notification appliance Signaling Line Circuits (SLCs) that supervise wiring connections and the individual device/appliance communications status on their SLC. With these 2-wire SLCs, initiation, monitoring, and control devices such as manual fire alarm stations, TrueAlarm sensors, control relays, and sprinkler waterflow switches; and notification appliances such as strobes and horns can communicate their identity and status and receive fire alarm system control. Additional interface modules include circuit isolators, conventional IDC zone adapters, and interface to other system circuits such as fans, dampers, and elevator controls.
IDNet Addressable Device Operation
Each addressable device on an IDNet communication channel is continuously interrogated for status condition such as: normal, off-normal, alarm, supervisory, or trouble. Both Class B and Class A operation is available. Sophisticated poll and response communication techniques ensure supervision integrity and allow for "T-tapping" of the circuits for Class B operation. Devices with LEDs pulse the LED to indicate receipt of a communications poll and can be turned on steady from the panel. With addressable devices, the location and status of the connected device is monitored and logged, and displayed on the operator interface LCD and on remote system annunciators with each device having its own 40 character custom label for precise identification.
TrueAlarm Addressable Sensor Operation
Addressable initiating device communications include operation of TrueAlarm smoke and temperature sensors. Smoke sensors transmit an output value based on their smoke chamber condition and the CPU maintains a current value, peak value, and an average value for each sensor. Status is determined by comparing the current sensor value to its average value. Tracking this average value as a continuously shifting reference point filters out environmental factors that cause shifts in sensitivity.
TrueAlarm Addressable Sensor Reference
TrueAlarm Photo Sensor with Base
TrueAlarm Photo/Heat
Sensor in CO Base
Programmable sensitivity of each sensor can be selected at the control panel for different levels of smoke obscuration (shown directly in percent) or for specific heat detection levels. To evaluate whether the sensitivity should be revised, the peak value is stored in memory and can be easily read (or downloaded as a report) and compared to the alarm threshold directly in percent.
CO sensor bases combine an electrolytic CO sensing module with a TrueAlarm analog sensor to provide a single multiple sensing assembly using one system address. The CO sensor can be enabled/disabled, used in LED/Switch modes and custom control, and can be made public for communication across a fire alarm Network. (refer to data sheet S4098-0052 for details)
TrueAlarm heat sensors can be selected for fixed temperature detection, with or without rate-of-rise detection. Utility temperature sensing is also available, typically to provide freeze warnings or alert to HVAC system problems. Readings can selected as either Fahrenheit or Celsius.
TrueSense Early Fire Detection. Multi-sensor 4098-9754 provides photoelectric and heat sensor data using a single 4100ES IDNet address. The panel evaluates smoke activity, heat activity, and their combination, to provide TrueSense early detection. For more details on this operation, refer to data sheet S4098-0024.
Diagnostics and Default Device Type
Sensor Status. TrueAlarm operation allows the control panel to automatically indicate when a sensor is almost dirty, dirty, and excessively dirty. The NFPA 72 requirement for a test of the sensitivity range of the sensors is fulfilled by the ability of TrueAlarm operation to maintain the sensitivity level of each sensor. CO Sensors track their 10 year active life status providing indicators to assist with service planning. Indicators occur at: 1 year, 6 months, and end of life.
Modular TrueAlarm sensors use the same base and different sensor types (smoke or heat sensor) and can be easily interchanged to meet specific location requirements. This allows intentional sensor substitution during building construction when conditions are temporarily dusty. Instead of covering smoke sensors (causing them to be disabled), heat sensors may be installed without reprogramming the control panel. The control panel will indicate an incorrect sensor type, but the heat sensor will operate at a default sensitivity to provide heat detection for building protection at that location.
IDNet Addressable Device Wiring Reference
IDNet Addressable Channel Capacity. The CPU bay standard power supply (EPS) provides an IDNet 2 Module providing a signaling line circuit (SLC) that supports up to 250 addressable monitor and control points intermixed on the same pair of wires. IDNet 2 and IDNet 2+2 Module SLCs are isolated from other system reference voltages to reduce common mode noise interaction with adjacent system wiring. Additional 250 address IDNet 2 or IDNet 2+2 Modules are available. IDNet 2 and IDNet 2+2 SLC Wiring Specifications Maximum Distance from Control Panel per Device Load
1 to 125 4000 ft (1219 m); 50 ohms
126-250 2500 feet (762 m); 35 ohms
Total Wire Length Allowed With “T” Taps for Class B Wiring
Up to 12,500 ft (3.8 km); 0.60 µF
Maximum Capacitance Between IDNet 2 Channels 1 µF
Loading per device 0.8 mA supv., 1 mA alarm; 2 mA per activated device LED
Wire Type and Connections Shielded or unshielded, twisted or untwisted wire*
Connections Terminals for 18 to 12 AWG (0.82 mm2 to 3.31 mm2)
IDNet 2 and IDNet 2+2 Module Compatibility: IDNet communicating devices and TrueAlarm sensors including QuickConnect and QuickConnect2 sensors * Some applications may require shielded wiring. Review your
system with your local Simplex product supplier.
4 S4100-0100-13 1/2016
IDNet Addressable Device and IDNAC Addressable Notification Appliance Control
Addressable notification appliance communications include operation of TrueAlert and TrueAlert ES Visible only (V/O, strobe), Audible only (A/O, horn), Audible/Visible (A/V, horn/strobe), and strobes of Speaker/Visible (S/V) notification appliances. (S/V appliances require separate speaker wiring.) IDNAC SLC addressable communications allow each horn and strobe to be individually controlled using a single two-wire circuit, confirms the wiring connections to the individual notification appliance’s electronic circuit, and confirms communications between each appliance and the fire alarm control panel. Addressable communications increases supervision integrity versus conventional notification systems by providing supervision beyond the circuit wiring to each individual appliance and by constantly verifying the ability of each appliance to communicate with the control panel. Individual Appliance Status and Settings. The fire alarm control panel monitors and records each addressable notification appliance status, type of appliance, and its configured appliance settings. A fault in any individual appliance automatically reports a trouble condition to the control panel.
TrueAlert ES Addressable Appliance Reference
A/O (horn) V/O (strobe) A/V (horn/strobe)
Virtual NACs Provide Control Convenience. For control convenience, IDNAC notification appliances can be grouped into Virtual NACS (VNACs) for group control, grouping that can be made across SLCs, not defined by their wiring connection.
Panel Control Convenience. Applicable operation settings for each appliance can be programmed without having to replace appliances or remove them from the wall or ceiling. An appliance’s VNAC notification zone can be easily changed through programming without having to add additional circuits, conduit, and wiring. Audible and visible appliances for non-Fire Emergency Communications notification can be programmed to operate separately on the same pair of wires as the fire alarm notification appliances. The result is lower installation, retrofit, and overall life-cycle cost of ownership compared with traditional conventional notification systems.
Installation, Retrofit, and Life-Cycle Cost Benefits. With each addressable appliance capable of being controlled separately on the same two-wire IDNAC SLC, installation time and expense for both retrofit and new construction can be significantly reduced. When Class B wiring is used, wiring can be “T-tapped” allowing more savings in distance, wire, conduit (size and utilization), and overall installation efficiency.
Location Information, Diagnostics and Troubleshooting. Each addressable notification appliance has its own 40 character custom label to identify the location of the appliance and to aid in troubleshooting fault conditions. In conventional notification systems, conventional appliances are not capable of communicating with the control panel. Fault reporting on a conventional system is limited to the circuit wiring and the entire area (zone) covered by appliances on the notification appliance circuit (NAC) making it much more difficult and costly to locate and correct the source of a
problem. Using the TrueAlert magnet test allows each appliance to individually identify its candela setting and address and to briefly operate if desired, and using the TrueAlert ES Appliance Self-Test feature provides detailed performance verification per appliance.
TrueAlert ES Appliance Self-Test Operation
On-Board Test Sensors. TrueAlert ES appliances are equipped with on-board sensors to detect strobe and/or horn output allowing efficient and unobtrusive Self-Testing. When Automatic Self-Test is initiated from the control panel, each appliance within the selected VNAC group will briefly operate and then report its Self-Test status to the control panel, all within several seconds. Silent Self-Test can be selected to test only visible appliance if desired. The control panel is in a trouble condition during testing and in the event of an alarm, Self-Test is automatically terminated. Additionally, Automatic Self-Test can be scheduled to occur at a convenient time on a regular basis. (Requires version 2.03.01 or higher software.) Automatic Self-Test results are communicated to the control panel with a time and date stamp and are stored in memory. Results are viewable at the front panel display and printed reports can be generated from the panel service port. (See sample reports on page 11.) Individual Self-Test is selected from the control panel when individual appliances need to be observed to operate. Each appliance in the selected VNAC group will turn on its LED until individually activated by applying a magnet. After performing the individual test, the appliance LED turns off to indicate completion. Results are recorded the same as during the automatic test.
IDNAC SLC Hardware Reference
EPS Power Supplies provide three, 3 A IDNAC SLCs for control and power to TrueAlert ES and TrueAlert addressable notification appliances. Both power supplies incorporate an efficient switching design that provides a regulated output of 29 VDC, even during battery operation. With 29 VDC minimum output at the panel, addressable notification SLCs can support wiring distances 2 to 3 times farther than available with conventional notification, or support more appliances per SLC, or work with smaller gauge wiring, or combinations of these benefits, all resulting in installation and maintenance savings with high assurance that appliances that operate during normal system testing will operate during worst case alarm conditions.
IDNAC SLC Appliance Wiring Reference
IDNAC SLC Capacity: Up to 127 addresses and up to 139 unit loads (appliances are typically one unit load, devices such as Isolators may require more than one load, refer to individual device data sheet for specific information) Recommended wire type UTP, unshielded twisted pair Maximum wire length allowed with “T-Taps” for Class B wiring, per SLC
10,000 ft (3048 m)
Maximum wire length per SLC to any appliance 4000 ft (1219 m)
Appliance Supervisory Current 1 unit load = 0.8 mA per appliance
Wiring connections Terminals for 18 to 12 AWG (0.82 mm2 to 3.31 mm2)
Installation Instructions (see for more information) 579-1015
5 S4100-0100-13 1/2016
IDNAC SLC Control of TrueAlert and TrueAlert ES Addressable Notification
Master Controller and Motherboard: Mounts in Slot 2 of a two slot motherboard and provides
one Class B or Class A, RUI+ isolated communications channel with earth fault detection
RUI+ isolated communications controls up to 31 remote devices per master controller at up to 2500 ft (762 m) for single run, or 10,000 ft (3048 m) total if wiring is Class B and T-tapped; if more distance is required, up to four total RUI channels are supported; add up to three 4100-1291 RUI Expansion Modules (4100-1291 provides unisolated RUI communications)
Compatible RUI+ remote equipment includes: MINIPLEX transponders, 4603-9101 LCD Annunciators, and 4100 Series 24 I/O and LED/Switch modules
RUI Expansion Module 4100-1291 is also compatible with the RUI+ remote equipment listed above; and is required for control of 4602 Series LED/Switch and I/O Annunciator modules, including 4602-9101 Status Command Units (SCU), and 4602-9102 Remote Command Units (RCU); (refer to data sheet S4602-0001)
Open slot space on the left of the CPU motherboard is available for either another dual slot motherboard, or for one or two block modules (refer to diagram on page 2)
Slot 1 of the motherboard is primarily for the 4100-6078 Network Interface Board with media modules
EPS (Enhanced Power Supply) with IDNet 2 Module Details: (see page 9 for specifications) Rating is 9 A output with “Special Application” appliances Outputs are power-limited, except for the battery charger Provides system power, battery charging, auxiliary power,
earth detection, on-board electrically isolated IDNet 2 Module with 250 point SLC, three on-board 3 A IDNAC SLCs, and provisions for either an optional City Connect Module or an optional Alarm/Supv/Tbl Relay Module
IDNet 2 Module SLC Output provides Class B or Class A communications for up to 250 addressable devices with dual short circuit isolating loop outputs (see details on page 4)
Note: The “IDNet 2 Module” replaced the “IDNet 1+ Module” and the term “EPS with IDNet 2 Module” replaces the term “EPS+”
EPS with IDNet 2 Module Details (Continued): DCAI (Dual Class A IDNAC Isolator) Module creates
two Class A outputs from one IDNAC SLC Class B Input; up to two can be connected to one IDNAC SLC, with up to 6 total per EPS; total Class A output loop current is limited to the 3 A rating of the IDNAC SLC
Battery Charger is dual rate, temperature compensated, and charges up to 50 Ah sealed lead-acid batteries mounted in the battery compartment (33 Ah for single bay cabinets); also is UL listed for charging up to 115 Ah batteries mounted in an external cabinet (see data sheet S2081-0012 for details)
Battery and Charger Monitoring includes battery charger status and low or depleted battery conditions; status information provided to the master controller includes analog values for: battery voltage, charger voltage and current, actual system voltage and current, and individual IDNAC SLC currents
Low Battery Cutout is selectable for each EPS power supply, Canadian models are shipped selected, other models are shipped unselected
2 A Programmable Output: Select for conventional non-synchronous NAC
operation to provide supervised reverse polarity for sounder base power, Suppression Release Peripheral (SRP) power, or other coded NAC operation requirements
Select for Auxiliary (AUX) operation for sounder base power, 4-wire detector power, or door holder; supervised AUX operation does not require an end-of-line relay to provide Power-Limited operation
EPS Mounted Optional Modules (select one): City Connect Module (4100-6031, with disconnect
switches, or 4100-6032, without disconnect switches) can be selected for conventional dual circuit city connections
Alarm Relay Module (4100-6033) provides three Form C relays that are used for Alarm, Trouble, and Supervisory, rated 2 A resistive @ 32 VDC
6 S4100-0100-13 1/2016
Master Controller and Expansion Bay SelectionModel Model Type and Listing Description Current
4100-9311 120 VAC, 50/60 Hz Input UL 4100ES Master Controller Assembly with LCD display, operator interface and RUI+ isolated output communications interface; 9 A EPS (Enhanced Power Supply) with battery charger, electrically isolated 250 point IDNet 2 Module, three Class B IDNAC SLCs, one 2 A output configurable for Auxiliary Power or Simple NAC operation and expansion slot for City Circuit or Alarm/Supv/Tbl Relay option
Without IDNet devices: Supervisory = 425 mA Alarm = 735 mA
Note: Master Controller current does not subtract from 9 A output rating
4100-9312 English 120 VAC, 50/60 Hz Canadian ULC
4100-9313 French
4100-9511 220-240 VAC, 50/60 Hz Input UL
4100-9331 120 VAC, 50/60 Hz input UL 4100ES Master Controller Assembly ; same as above models except without LCD Display and Operator Interface
4100-9332 120 VAC, 50/60 Hz input, Canadian, English ULC
4100-2300 Expansion Bay Assembly; order for each required expansion bay 4100-2303 Slot Module Stabilizer Bracket, used when expansion bays have style modules
(Continued on next page)
Master Controller Selection Information
Standard CPU Bay Module Details
7 S4100-0100-13 1/2016
Communication Modules Model Description Size Supv. Alarm
4100-6078 For Master Controller; mounts in Slot 3 Modular Network Interface; each requires two media modules (below)
1 Slot 46 mA 46 mA
4100-6061 For Redundant Master Controller 1 Slot 46 mA 46 mA
4100-6056 Wired Media Module Select two media cards as required; mounts on 4100-6078 or 4100-6061; Class B or Class X operation
N.A. 55 mA 55 mA
4100-6057 Fiber Optic Media Module N.A. 25 mA 25 mA
4100-6047 Building Network Interface Card (BNIC), refer to data sheet S4100-0061 for details 2 Blocks 291 mA 291 mA
4100-6055 Network Access Dial-in Service Modem, mounts to 4100-6078 or 4100-6061 Network Interface Card, requires telephone line connection N.A. 60 mA 60 mA
4100-1291 Remote Unit Interface Module (RUI, unisolated); up to 3 maximum per control panel 1 Slot 85 mA 85 mA
4100-6031 Select one per EPS (Note: maximum one City Circuit module per panel)
City Circuit, with disconnect switches N.A. 20 mA 36 mA
4100-6032 City Circuit, w/o disconnect switches N.A. 20 mA 36 mA
4100-6033 Alarm/Supv/Tbl Relay, 3 Form C relays, 2 A @ 32 VDC N.A. 15 mA 37 mA
4100-6046 Dual Port RS-232 standard interface (single block) 3 maximum RS-232 Modules per panel
1 Block 60 mA 60 mA
4100-6038 Dual Port RS-232 with 2120 interface (slot module) 1 Slot 132 mA 132 mA
4100-6079 SafeLINC Internet Interface (refer to data sheet S4100-0062 for details) 2 Blocks 145 mA 145 mA
4190-6104 TrueInsight Remote Monitoring Module (refer to data sheet S4100-0063 for details) Side Mt. 62 mA 73 mA
4100-6101 Physical Bridge, Class B, includes 1 modem module and 2 wired modules 1 Slot 210 mA 210 mA
4100-6102 Physical Bridge, Class X, includes 2 modem and 2 wired modules 2 Slots 300 mA 300 mA
4100-6048 VESDA Aspiration System Interface (refer to data sheet S4100-0026 for details) 1 Slot 132 mA 132 mA
4100-6080 DACT, Point or Event Reporting; 1 shipped unless 4100-7908 is selected; 2 max. per system; includes 2, 2080-9047 cables, 14 ft (4.3 m) long, RJ45 plug and spade lugs Side Mt. 30 mA 40 mA
Additional Enhanced Power Supplies, Expansion Power Supply, and Accessories (for additional non-addressable Power Supplies, refer to data sheet S4100-0031)
Model Voltage/Listing Description Size Supv. Alarm
4100-5311 120 VAC UL & ULC
Expansion EPS with IDNet 2 Module; 9 A Expansion Power Supply (EPS) with battery charger, electrically isolated 250 point IDNet 2 Module, three Class B IDNAC SLCs, one 2 A output configurable for Auxiliary Power or Simple NAC operation, and expansion slot for City Circuit or Alarm/Supv/Tbl Relay option; 120 VAC model has selectable low battery cutout
4 Blocks Right Side
225 mA 490 mA
4100-5313 220-240 VAC UL add IDNet device currents separately
4100-5325 120 VAC UL & ULC Enhanced Power Supply (EPS); 9 A EPS, functionally identical
to the Expansion EPS except without the IDNet 2 Module 4 Blocks
Right Side
125 mA 220 mA 4100-5327 220-240 VAC UL
4100-5101 120 VAC UL Expansion Power Supply (XPS); 9 A output, 3 built-in Class A/B conventional (non-addressable) 3 A NACs that can also be selected as 2 A auxiliary power output, 2 A separate auxiliary power output; without battery charger; Canadian model has low battery cutout
2 Blocks 50 mA 50 mA 4100-5103 120 VAC, Canadian ULC
4100-5102 220-240 VAC UL
4100-5115 NAC Expansion Module, 3 NACs, Class A/B, mounts on XPS only N.A. 25 mA 25 mA
4100-6103
Dual Class A IDNAC Isolator (DCAI), converts a single Class B IDNAC SLC input to two Class A or two Class B SLC outputs; provides short circuit isolation between each Class A or B output circuit; connect up to two DCAI Modules per IDNAC SLC input up to a maximum of 6 DCAI Modules per EPS; each isolated output SLC used requires one IDNAC address; the total current remains controlled by the Class B input source SLC at 3 A maximum
1 Block 8.3 mA 18.5 mA
4100-5152 12 VDC Power Option, 2 A maximum 1 Block 1.5 A maximum
4100-0156 8 VDC Converter, required for multiple Physical Bridge Modules, 3 A maximum 1 Block included w/loads
4100-0636 Box Interconnection Harness Kit (non-audio); order one for each close-nippled cabinet 4100-0638 4100 Slot Module Additional 24 VDC Harness; need when 4100 Slot module requirements exceed 2 A from EPS
System Option for Seismic Compliance Model Description 4100-7912 System option for Seismic compliance, provides additional stabilizer brackets required for legacy style cards
Module Selection is continued on next page
Module Selection Information
8 S4100-0100-13 1/2016
Addressable Interface Modules (Note: Total of initiating SLCs per CPU, including VESDA Interface, is 30) Model Description Supv. Alarm
4100-3109*
IDNet 2 Module, 250 point capacity; electrically isolated output with two short circuit isolating Class B or Class A output loops, 1 block; standard on EPS with IDNet 2 Module; alarm currents for 50 and above devices includes 20 device LEDs in alarm
no devices 50 mA 60 mA 50 devices 90 mA 150 mA
125 devices 150 mA 225 mA 250 devices 250 mA 350 mA
4100-3110*
IDNet 2+2 Module, 250 point capacity; electrically isolated output with four short circuit isolating Class B or Class A output loops, 1 block; mounts in expansion bay or available master controller bay module locations only, not applicable for EPS mounting; alarm currents for 50 and above devices includes 20 device LEDs in alarm
no devices 50 mA 60 mA 50 devices 90 mA 150 mA
125 devices 150 mA 225 mA 250 devices 250 mA 350 mA
4100-3111* IDNet Short Circuit Isolating Loop Output Module; mount up to two on a 4100-3109 module; for use with 4100-3109 modules in expansion bays or available master controller bay module locations only; not applicable for mounting on a 4100-3109 mounted on an EPS; this option is for aftermarket field installation only
4100-3112
Four Loop IDNet Master Controller; for the Master Controller Assemblies listed on page 6, this option moves the standard IDNet 2 Module from the Master Controller EPS to an available block space in the master controller bay and adds 2, 4100-3111 IDNet Loop Output Modules; requires selection of Factory Built Option 4100-7905; current requirements remain the same
*Note: Loading per IDNet device (no LEDs on) = 0.8 mA supervisory and 1 mA alarm. Each IDNet 2 and IDNet 2+2 Short Circuit Isolating Loop Output can be individually controlled for system diagnostics and can be assigned a public point for Fire Alarm Network annunciation.
Relay Modules; Nonpower-limited (for mounting in expansion bay only, refer to location reference on page 10) Model Description Resistive Ratings Inductive Ratings Size Supv. Alarm
4100-3202 4 DPDT w/feedback 10 A @ 250 VAC 10 A @ 250 VAC 2 Slots 15 mA 175 mA 4100-3204 4 DPDT w/feedback 2 A @ 30 VDC/VAC 1/2 A @ 30 VDC/120 VAC 1 Block 15 mA 60 mA 4100-3206 8 SPDT 3 A @ 30 VDC/120 VAC 1-1/2 A @ 30 VDC/120 VAC 1 Block 15 mA 190 mA
Current Calculation Notes: 1. To determine total supervisory current, add currents of modules in panel to base system value and all external loads powered
by panel power supplies. 2. To determine total alarm current, add currents of modules in panel to base system alarm current and add all panel SLC and
NAC loads and all external loads powered from panel power supplies.
End User Programming Software (requires 4100-8802) Model Description
4100-8802 Programming Software (select)
End User Programming Software Selection (select maximum of one each from below) Model Description
4100-0292 Custom Labels Editing; allows editing of 40 Character Custom Labels for non-system user points
4100-0296 Access Level/Passcode Editing; allows user to re-assign Access Levels and Passcodes for each display function; Acknowledge, Alarm Silence, System Reset, Point Enable/Disable, WALKTEST Enable/Disable, Clear History Logs, Change Time & Date, etc.
4100-0295 Port Vectoring Setup and Control; Allows vectoring of events to PC Annunciator, Printers, LCD Annunciators, etc.
4100-0298
WALKTEST Configuration Setup and Control; Allows user to create or edit WALKTEST groups used to test system initiating devices and signals by a single person, these groups allow an inspector to conduct a one-person WALKTEST in a specific area of a building (or different buildings), and limit the activation of the building signals to only the intended area; up to 8 WALKTEST groups are supported
Miscellaneous Accessories Model Description
4100-1279 Single blank 2” display cover; 4100-2302 provides a single plate for a full bay 4100-9835 Termination and Address Label Kit (for module marking); provides additional labels for field installed modules 4100-9856 4100ES Canadian French Appliqué Kit; Simplex, 4100ES, Contrôle Incendie 4100-9868 Special Purpose Appliqué Kit: Simplex, Elevator Recall Control and Supervisory Control Unit, 4100ES 4100-9869 Special Purpose Appliqué Kit: Simplex, Sprinkler Waterflow and Supervisory Station, 4100ES 4100-6029 Smoke Management Application Guide; required for UUKL listing
4100-6034 Tamper Switch, one per cabinet assembly if required; monitors solid door for panels with solid door; monitors the internal retainer panel for panels with glass door (not the glass door); has a built-in addressable IDNet IAM
2081-9031 Series resistor for WSO, IDCs (N.O. water flow and tamper on same circuit, wires after water flow and before tamper) 470 Ω, 1 W, encapsulated, two 18 AWG leads (0.82 mm2 ), 2-1/2” L x 1-3/8” W x 1” H (64 mm x 35 mm x 25 mm)
Module Selection Information (Continued)
Input Power
Enhanced Power Supplies (EPS)
120 VAC Models 4.6 A maximum @ 102 to 132 VAC, 50/60 Hz
220-240 VAC Models 2.3 A maximum @ 204 to 264 VAC, 50/60 Hz; separate taps for 220/230/240 VAC
Battery Input Rating 12 A maximum @ 24 VDC (during battery operation)
Expansion Power Supplies (XPS) 120 VAC Models 4 A maximum @ 102 to 132 VAC, 60 Hz
220-240 VAC Models 2 A maximum @ 204 to 264 VAC, 50/60 Hz; separate taps for 220/230/240 VAC
Power Supply Output Ratings for EPS
Total Power Supply Output Rating
9 A output for “Special Application” appliances Note: The 9 A output rating of the EPS was determined such that optional module currents, and external device and appliance currents can be directly added together, not to exceed 9 A total.
Output switches to battery backup during mains AC failure or brownout conditions
IDNAC SLC Ratings 3 A, regulated 29 VDC during Alarm, 127 addresses, 139 unit loads; DC-DC converter circuit is >92% efficient over operating range
IDNAC SLC Wiring
Output terminals are rated for 18 to 12 AWG with duplicate output terminals rated for two wires each, allowing up to four (4) Class B branch circuit T-taps to be made in the cabinet; additional T-taps may be made in external wiring junction cabinets or boxes
Auxiliary Power Tap 2 A maximum, 24 VDC nominal (19.5 to 31.1 VDC)
Compatible Special Application Appliances Simplex TrueAlert ES and TrueAlert addressable notification appliances; contact your Simplex product representative for compatible appliances
Battery Charger Ratings for EPS (sealed lead-acid batteries)
Battery capacity range UL listed for battery charging of 6.2 Ah up to 115 Ah (batteries larger than 50 Ah require a remote battery cabinet); ULC listed for charging up to 50 Ah batteries
Charger characteristics and performance
Temperature compensated, dual rate, recharges depleted batteries within 48 hours per UL Standard 864; to 70% capacity in 12 hours per ULC Standard S527
Power Supply Output Ratings for XPS (nominal 28 VDC on AC; 24 VDC on battery backup)
Total Power Supply Output Rating
Including module currents and auxiliary power outputs; NAC outputs are rated 9 A output for “Special Application” non-addressable appliances; 4 A output for “Regulated 24 DC” power (see details below); 6 A output with each NAC selected as auxiliary power output
Output switches to battery backup during mains AC failure or brownout conditions Auxiliary Power Tap 2 A maximum
Rated 19.1 to 31.1 VDC NACs Programmed for Auxiliary Power
2 A maximum per NAC; 5 A maximum total
Special Application Appliances
Simplex horns, strobes, and combination horn/strobes and speaker/strobes (contact your Simplex product representative for compatible appliances)
Regulated 24 DC Appliances Power for other UL listed appliances; use associated external synchronization modules where required
Environmental Operating Temperature 32° to 120°F (0° to 49° C)
Operating Humidity Up to 93% RH, non-condensing @ 90° F (32° C) maximum
Additional Technical Reference
Description Document Description Document
ES Installation Instructions 574-848 IDNet 2 and 2+2 Module Installation Instructions 579-1169
ES Operating Instructions 579-197 EPS Installation Instructions 579-1015
DCAI Module Installation Instructions 579-1029
9 S4100-0100-13 1/2016
General Specifications
Size Definitions: 1 Block = 4” W x 5.65” H (102 mm x 144 mm); (often
called 4 x 5 modules) 1 Slot = 2” W x 11.3” H (51 mm x 287 mm), typically a
motherboard with daughter card
NOTE: A system ground must be provided for Earth Detection and transient protection devices. This connection shall be made to an approved, dedicated Earth connection per NFPA 70, Article 250, and NFPA 780.
10 S4100-0100-13 1/2016
Expansion Bay Module Loading Reference
Mounting and CPU Bay Module Reference (* indicates supplied modules)
Slot 1 Slot 8Slot 7Slot 6Slot 5Slot 4Slot 3Slot 2
Expansion Bay Chassis
Block A
Block B
Block C
Block D
Block E
Block F
Block G
Block H
Service Port Page 1
REPORT 10 TrueAlertES Self-Test Report 12:34:56pm WED 03-DEC-14
Point ID Custom Label Date Visual Audible T1-1-1 VO FIRST FLOOR (up to 40 characters) 03-DEC-14 NO OUT N/AT1-2-5 AV FIRST FLOOR EAST WING 03-DEC-14 NO OUT NORMALT7-3-55 AO SECOND FLOOR EAST WING 03-DEC-14 N/A NO OUTT8-2-45 AV SECOND FLOOR ROOM 29 03-DEC-14 NOT TST N/AT8-2-60 AV SECOND FLOOR ROOM 22 03-DEC-14 NORMAL NORMALT1-2-4 AO FIRST FLOOR ROOM 17 03-DEC-14 N/A UNSUPPTRUEALERT_ES SELF-TEST REPORT COMPLETED Press RETURN for next Screen OR CTRL-X to abort
Results Description: NORMAL = works correctly NO OUT = No Output, no light or sound was detected NOT TST = no result; either the appliance did not return a result before the test ended or the test was conducted as silent (strobes only) and audible appliance was not activated N/A = not applicable (no strobe on audible only, etc.) UNSUPP = appliance not compatible with Self-Test (TrueAlert addressable appliance not TrueAlert ES addressable appliance) Note: Additional TrueAlert ES Self-Test information is detailed in ES Operating Instructions 579-197 shipped with the panel.
Service Port Page 1
REPORT 10 TrueAlertES Self-Test Report 12:34:56pm WED 03-DEC-14
Point ID Custom Label Date Visual Audible T1-1-1 VO FIRST FLOOR 03-DEC-14 NO OUT N/AT1-2-5 AV FIRST FLOOR EAST WING 03-DEC-14 NO OUT NORMALT1-2-6 AV FIRST FLOOR NORTH ENTRANCE 30-OCT-14 NO OUT NORMALT7-3-55 AO SECOND FLOOR EAST WING 03-DEC-14 N/A NO OUTT8-2-45 AV SECOND FLOOR ROOM 29 03-DEC-14 NOT TST N/AT1-1-11 AV FIRST FLOOR SOUTH ENTRANCE 30-OCT-14 NORMAL NORMALT8-2-60 AV SECOND FLOOR ROOM 22 03-DEC-14 NORMAL NORMALT1-2-4 AO FIRST FLOOR ROOM 17 03-DEC-14 N/A UNSUPPT1-2-7 AO FIRST FLOOR ROOM 12 30-OCT-14 N/A UNSUPPT8-3-43 AV SECOND FLOOR ROOM 25 30-OCT-14 UNSUPP UNSUPPTRUEALERT_ES SELF-TEST REPORT COMPLETED Press RETURN for next Screen OR CTRL-X to abort
CUSTOM LABEL 4-1-2 AV POINT ADDRESS: 4-1-2 Type: AV CARD: 4 CHANNEL: 1 DEVICE: 2 EXTENDED POWER SUPPLY UNIT NUMBER: 2 RUI NUMBER: LOCAL PRIMARY STATUS NORMAL AUDIBLE GROUP CONFIG: 0 0 0 VISUAL GROUP CONFIG: 0 0 0 STYLE: INDOOR OPERATION: GENERAL EVAC CANDELA RATING 15 CD COLOR LENS YES TONE TYPE BROADBAND CODING TYPE TEMPORAL VOLUME HIGH LAST TEST TIME: MON 02-JUN-14 01:00 AM LAST VISUAL TEST: NORMAL LAST AUDIBLE TEST: NORMAL LAST TEST VOLUME: NORMAL DEVICE TEST TROUBLE: NORMAL
11 S4100-0100-13 1/2016
TrueAlert ES Appliance Self-Test Last Test Results Report Example
TrueAlert ES Appliance Self-Test All Test Results Report Example
TrueAlert ES Appliance Self-Test Individual Appliance Report Example
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S4100-0100-13 1/2016 www.simplex-fire.com
© 2015 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited. VESDA is a trademark of Xtralis Pty Ltd. NFPA 72 and National Fire Alarm Code are trademarks of the National Fire Protection Association (NFPA). ASHRAE and BACnet are trademarks of ASHRAE, American Society of Heating, Refrigeration, and Air Conditioning Engineers.
Subject Data Sheet Subject Data Sheet Introducing the 4100ES S4100-0060 Fire Alarm Network Overview S4100-0055 4100ES Enclosures S4100-0037 Network Communications S4100-0056 4100ES Audio and Firefighter Phone Modules S4100-0034 Network Display Unit (NDU) S4100-0102 LED/Switch Modules & Printer S4100-0032 Addressable Device Compatibility S4090-0011 Remote Annunciators S4100-0038 4009 IDNAC Repeater S4009-0004 MINIPLEX Transponders S4100-0103 Remote Battery Charger S4081-0002 Building Network Interface (BNIC) S4100-0061 SafeLINC Internet Interface S4100-0062 InfoAlarm Command Center S4100-0101 4100ES Panels for Conventional Notification S4100-0031 Graphic I/O Modules S4100-0005 TrueAlarm Sensors S4098-0019 TrueInsight Remote Service S4100-0063 Remote IDNet Isolator S4090-0005 Agent Release Applications S4100-0040 TrueAlarm IDNet Isolator Base S4098-0025 TrueAlert ES Audible Only Appliances S49AO-0001 TrueAlert ES Weatherproof Appliances, UL Listed S49WP-0001 TrueAlert ES Visible Only Appliances S49VO-0001 TrueAlert ES Weatherproof Appliances, ULC Listed S49WP-0002 TrueAlert Appliance/IDNAC SLC Isolator S4905-0001 TrueAlert ES Emergency Communications
Appliances with Color Lenses S49LENS-0001 TrueAlert ES Audible/Visible Appliances S49AV-0001
Additional 4100ES Data Sheet and Related Product Reference
Features
Simplex® 4100ES Box and door options: Boxes are available sized for one, two, or three
equipment bays, each with a battery bay located at the bottom
Colors include platinum or red
Doors are glass front with modular dress panels, or solid
Models are available with box and door combined for single package shipping, or packaged separately
Enclosures are NEMA 1 rated; wall mount enclosures are also IP30 rated
Refer to individual 4100ES data sheets for product application listings (see list on page 2)
Door and dress panel selection is coordinated with cabinet function: Glass doors with modular dress panels provide
visibility of annunciation and interface modules for Control Panels, Network Display Units (NDU), and Remote Annunciators
Solid doors are for MINIPLEX Transponders and utility function cabinets where module visibility is not required
4100ES Enclosure details: Latching dress panels easily lift off for internal access
Smooth box surfaces are provided for locally cutting conduit entrance holes exactly where required
Alignment markers are provided at the top and bottom of each box side for 6” (152 mm) or 4” (102 mm) wall studs
Knockout screw/nail holes are supplied for semi-flush mounting
Upright cabinet rack packaging reference: For use with Bud Industries Inc. special cabinet rack
model number 45964
Refer to page 2 for cabinet rack listing * For 4100ES one, two, and three bay cabinets with associated equipment: Products are
listed by the California State Fire Marshal (CSFM) pursuant to Section 13144.1 of the California Health and Safety Code. See CSFM Listing 7165-0026:251 for allowable values and/or conditions concerning material presented in this document. Accepted for use – City of New York Department of Buildings – MEA35-93E. Additional listings may be applicable, contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
CAUTIONDIS CON NECTA.C. PO W ER
ANDB ATT ERYB EF ORE
S ERV ICING
4100ES One Bay Cabinets
On
Of f
Auto
On
Off
Auto
On
Of f
Auto
On
Off
Auto
On
Of f
Auto
On
Off
Auto
On
Of f
Auto
On
Off
Auto
P ress ACK located under flashing indicator.Repeat operat ion until all events are acknowledged.Local tone will silence.
A B C
AC Power
D E F G H I
J K L M N O P Q R
'SP' ( ) , 0 :
S T U V W X Y Z /ALARMS
Fire Alarm Priori ty 2 AlarmS YSTEM WARNINGS
S upervisory Trouble Alarm Silenced
Emergency Operating Instructions
A larm or Warning Condition
H ow to Ac knowledge / Vie w Ev ents
How to Silence Building SignalsS ystem indicator fl ashing. Tone On. P ress Alarm Silence.
How to Res et Syste mP ress System Reset.P ress Ack to s ilence tone device.
ZONE
1SIG
2AUX
3
FB
4IO
5IDNet
6
P
7A
8L
9
NET ADDR0 DEL
En ter C/Exit
Fi re AlarmAck
Priority 2Ack
S upvAck
TroubleAck
AlarmSilence
SystemReset
E ventTime
Enable On Arm
Disable OffDisarm
Auto LampTest
MoreInfo
Menu
Pre vious
Ne xt
CAUTIONDIS CO NNE CTA .C. P OW E R
A NDB AT TE RYB E FOR E
S ER VICING
4100ES Two Bay Cabinets
4100ES Three Bay Cabinets
Cabinet Rack Enclosure (shown with door open)
Fire Control Panels UL, ULC, CSFM Listed; FM Approved; Cabinet Reference; Boxes, Doors, MEA (NYC) Acceptance* Dress Panels, Rack Mounting, and Accessories
S4100-0037-14 12/2014
2 S4100-0037-14 12/2014
Note: Door keys are shipped with system Master Controller, see Miscellaneous Accessories below for additional keys
Combined Box and Door Selection (select if box and door are to be shipped together) Description Platinum 1 Bay Platinum 2 Bay Platinum 3 Bay Red 1 Bay Red 2 Bay Red 3 Bay Box with Glass Door and Dress Panel 2975-9444 2975-9445 2975-9446 2975-9441 2975-9442 2975-9443 Box with Solid Door 2975-9450 2975-9451 2975-9452 2975-9447 2975-9448 2975-9449
Separate Box and Door Selection (select if boxes and doors are required to be shipped separately) Description Platinum 1 Bay Platinum 2 Bay Platinum 3 Bay Red 1 Bay Red 2 Bay Red 3 Bay Box 2975-9438 2975-9439 2975-9440 2975-9407 2975-9408 2975-9409 Glass Door and Dress Panel 4100-2104 4100-2105 4100-2106 4100-2124 4100-2125 4100-2126 Solid Door 4100-2114 4100-2115 4100-2116 4100-2134 4100-2135 4100-2136
Cabinet Rack Mounting (refer to page 4 for additional details) Model Description #45964 Listings
#45964, from Bud
Industries Inc.
Special upright cabinet rack for 4100ES; 19” (483 mm) E.I.A.; gray texture; includes front polycarbonate door and rear louvered door, both keyed with Simplex “B” keys
UL and ULC listed only as of document revision date; cabinets are listed with the Simplex 4100ES product line
4100-2140 Master Controller Rack Mount Kit, one required per master controller Master Controller and Option Bays each require 9 Rack Units; 15.75” height (400 mm) 4100-2145 Option Bay Rack Mounting Kit, one required per expansion bay
4100-2144 Power Distribution Module (PDM) Rack Mount Kit, order PDM separately per system voltage, one required per cabinet rack
Power Distribution Modules Model Voltage Description
4100-0634 120 VAC Power Distribution Module (PDM); select per system voltage; one required per 4100ES box or cabinet rack 4100-0635 220/230/240 VAC
Miscellaneous Accessories Model Description
252-019 Door key, one is shipped with system Master Controller, order for replacement or when extra keys are needed; (Simplex “B” key)
4100-9856 Canadian French Appliqué Kit, for 1, 2, or 3 bay sizes
4100-9857 4100ES Appliqué Retrofit Kit, for 1, 2, or 3 bay sizes; use to identify 4100ES features when new door is not used; included with Master Controller Upgrade kits as detailed on data sheet S4100-0031
4100-9868 Special Purpose Appliqué Kit: Simplex, Elevator Recall Control and Supervisory Control Unit, 4100ES
4100-9869 Special Purpose Appliqué Kit: Simplex, Sprinkler Waterflow and Supervisory Station, 4100ES
4100-9835 Termination and Address Label Kit, for module marking NOTE: One kit is supplied for each cabinet; order this if required for additional field module installation
4100-9837 Green LED Power-on Indicator Kit, required for ULC listing of MINIPLEX transponder Mounts using knockout provided in solid door
2975-9813 Platinum semi-flush box trim 1 7⁄16” (37 mm) wide, four corners and trim pieces for top, bottom, and sides 2975-9812 Red semi-flush box trim
Battery Reference Model Capacity Model Capacity Battery Notes
2081-9272 6.2 Ah 2081-9287 25 Ah 1. Sealed lead-acid batteries, 12 VDC each; two required per battery location.
2. Battery selection is required if batteries are internal. 3. Select one size per battery set 4. Refer to data sheet S2081-0006 for battery details.
2081-9274 10 Ah 2081-9276 33 Ah 2081-9288 12.7 Ah 2081-9296 50 Ah 2081-9275 18 Ah
Battery Accessories Model Description
4100-0650 Battery Shelf, required for 50 Ah batteries
4100-5128 Battery Distribution Terminal Block, mounts to side of box, required for all close-nippled cabinets unless cabinet receives all power from power supplies and batteries located in the adjacent cabinet
Enclosure Selection Chart (refer to pages 3 and 4 for dimensions)
Subject Data Sheet Subject Data Sheet 4100ES Panels with EPS Power Supplies S4100-0100 Network Display Unit (NDU) with EPS
Power Supplies S4100-0102 4100ES Basic Panel Modules and Accessories S4100-0031 MINIPLEX Transponders with EPS Power Supplies S4100-0103 Network Display Unit (NDU) S4100-0036 MINIPLEX Transponders S4100-0035 Remote Annunciators S4100-0038 LED/Switch Modules S4100-0032 InfoAlarm Command Center S4100-0045 4100ES Audio/Phone Modules S4100-0034 Remote Battery Charger S4081-0002
3 S4100-0037-14 12/2014
Door thickness4-3/4" (121 mm)
Exposed cabinet forsemi-flush mounting
1/2" (12.7 mm) minimum
24" (610 mm)
11-11/16"(296 mm)
6-29/32"(175 mm)
4" stud
6" stud
Knockout screw/nail holes (for semi-flush mounting)
Stud alignment markers, each side
Wall board reference for semi-flush mounting, 6" stud
Optional semi-flushtrim kit reference
Front view, box outline without door Side view with door attached
2 Bay height = 40" (1016 mm)
3 Bay height = 56" (1422 mm)
1 Bay height = 22" (559 mm)
Doors can be hinged left or right
Wall Mounted Enclosure Installation Reference
NOTE: A system ground must be provided for Earth Detection and transient protection devices. This connection shall be made to an approved, dedicated Earth connection per NFPA 70, Article 250, and NFPA 780. For additional installation information refer to Installation Instructions 579-117.
Additional Data Sheet Reference
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited.
Front View Side View Rear View
Type Upright cabinet rack for exclusive use with Simplex 4100ES Fire Alarm Products Supplier Order from Bud Industries Inc. (www.budind.com) Model Number 45964
Outside Dimensions Height 69-7/8” (1775 mm) Width 24-1/16” (611 mm) Depth 22” (559 mm)
Color Gray texture Panel Space Width 19” E.I.A. (483 mm)
Front Door Surface mount with 1/8” thick (3.18 mm) smoke gray polycarbonate, locked with Simplex “B” key, hinged on left of cabinet
Rear Door Ventilated top and bottom, locked with Simplex “B” key Sides Side panels are removable from the inside for rack-to-rack mounting Bottom Pan attached for battery mounting Levelers Includes 4 stem levelers on bottom Installation Instructions 579-229
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S4100-0037-14 12/2014
www.simplex-fire.com © 2014 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
Console Package Reference
Cabinet Rack Specifications
Features
Rechargeable, sealed lead-acid batteries: Lead-calcium grid structure with immobilized
electrolyte in absorbent separator
Low maintenance with no need to add water
Low self-discharge characteristics
One-piece, high impact polystyrene cell cover with high reliability dual seal construction
UL 924 recognized pressure relief valves Available in a variety of capacities: Batteries for internal mounting range from 6.2 Ah up to
50 Ah, depending on control panel cabinet size
Larger batteries, up to 110 Ah, mount in external battery cabinets with models available with internal chargers
Battery cabinets with chargers: Battery cabinets with charger communicate with their
connected fire alarm control panel and are available for 4100ES/4010ES/4100U Series and 4010 Series panels
Description
Simplex® rechargeable sealed-lead acid batteries provide reliable and repeatable discharge and recharge characteristics for use in fire alarm and other systems applications. They are designed with immobilized electrolyte in an absorbent separator, allowing them to provide rated capacity on the first cycle.
Because of their sealed construction, packaging is allowed within the system electronics enclosure (see illustration on page 2). When this is applicable, the quantity of system cabinets and the battery wiring distances are both minimized. Where required, external battery cabinets can be close-nippled to the control panel to house larger batteries with battery chargers available in some battery cabinet sizes.
Battery Details
Charging. These batteries are intended to be used with compatible Simplex battery chargers.
Series Connections. These batteries are required to be connected in series to produce 24 V system voltage. Battery sets must be of identical voltage, model number, appearance, and approximately the same date of manufacture for proper operation.
Testing. Battery capacity testing is recommended to be performed by using a sealed lead-acid battery tester designed to withdraw a minimum of battery charge. The preferred tester applies a variety of amplitude and duration controlled test pulses that compares terminal voltage against those predicted for the specific battery size. (Testing is available through your local Simplex product supplier.)
Compatible Sealed Lead-Acid Batteries can be Installed Inside Fire Alarm Control Panel Cabinets
Remote Battery Cabinets are Available for Larger Battery Requirements
Battery Details (Continued)
Shipping. Sealed lead-acid batteries are shipped via ground or sea transportation only. They are not shipped via air.
Disposal. Battery chemicals and materials can be recycled. Refer to information shipped with the battery or on its case. Return to the battery manufacturer or to a similarly qualified battery processing facility for proper disposal.
Seismic Activity Applications. Battery brackets are available for systems tested for compliance with specific batteries. Please refer to data sheet S2081-0019 for details. * Refer to details on page 4 and to the referenced individual product data sheets for agency
listing status of battery cabinets and chargers. The batteries detailed in this document meet the requirements of UL, ULC, and Factory Mutual for use with respective equipment battery chargers as listed on page 3. Contact your local Simplex product supplier for proper battery selection per system requirements. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
Fire Alarm Control Panel Accessories Listings* System Batteries, Sealed Lead-Acid; with Applications Reference for Battery Cabinets, and Battery Cabinets with Charger
S2081-0006-21 12/2014
Actual appearance will vary with battery size.
2 S2081-0006-21 12/2014
Nominal Voltage Rating 12 Volts per battery
Discharge Rating 20 Hour Rate
Typical Charge/Discharge Cycles 100 to 150
Preferred Charge Temperature Range 60° F to 90° F (15.6°C to 32.2° C)
Quick connect or post type terminal(type varies with battery size)
Inner cover
Absorbent separator usedto immobilize electrolyte
Lead-calcium grids
Cell groupCell case (high impactpolystyrene)
Sealed outer cover
Vent holePotting material, black fornegative, red for positive(polarity is also clearlymarked with + and -)
Pressure relief valve
Semi-permeablemembrane separator
Battery Model Capacity @ 20 Hour Discharge Rate Width* Depth* Height with
Terminals Approximate
Weight* 2081-9272 6.2 Ah 6-1/8” (156 mm) 2-5/8” (67 mm) 4” (102 mm) 5.75 lbs (2.6 kg)
2081-9274 10 Ah 6” (153 mm) 4-1/16” (103 mm) 4” (102 mm) 9.2 lbs (4.2 kg)
2081-9288 12.7 Ah 6” (153 mm) 4” (102 mm) 4” (102 mm) 9 lbs (4.1 kg)
2081-9275 18 Ah 7-1/4” (184 mm) 3-3/8” (86 mm) 6-5/8” (168 mm) 14.3 lbs (6.5 kg)
2081-9287 25 Ah 6-5/8” (168 mm) 5” (127 mm) 7” (178 mm) 19.4 lbs (8.8 kg)
2081-9271 (rectangular case,
typically for service) 33 Ah 12-1/2” (318 mm) 3-3/8” (86 mm) 7-1/16” (179 mm) 26.6 lbs (12.1 kg)
2081-9276 (“square” case,
use for new) 33 Ah 7-3/4” (197 mm) 5-1/4” (133 mm) 6-3/4” (171 mm) 26.5 lbs (12 kg)
2081-9296 50 Ah 9” (229 mm) 5-1/2” (140 mm) 8-7/8” (225 mm) 41.8 lbs (19 kg)
2081-9279 110 Ah 11-3/16” (284 mm) 10-1/2” (267 mm) 9” (230 mm) 82 Lbs (37 kg)
* Dimensions and weight are per battery and are for reference only. Exact size may vary. Refer to the tables on page 3 for mounting compatibility. These batteries are 12 V each and series connected for 24 V system use.
NOTE: When wired in series for 24 V output, these batteries are to be of identical voltage, appearance, model number, and approximately the same date of manufacture.
Battery Construction Reference
Battery Size Specifications
General Battery Specifications
3 S2081-0006-21 12/2014
Battery Cabinets without Chargers (connects to charger in panel)
Cabinet Panel Compatibility Battery
2081-927518 Ah*
2081-9287 25 Ah
2081-9271 Rectangular 33 Ah
2081-9276 Square 33 Ah
2081-929650 Ah
2081-9279110 Ah
2081-9280 4100ES, 4010ES, 4100U, and 4100+ NA NA NA NA NA
2081-9281 2081-9282 multiple NA
4009-9801 multiple ** NA NA NA NA
4009-9802 multiple NA NA NA NA
Battery Cabinets with Chargers
Cabinet Panel Compatibility 2081-9275
18 Ah* 2081-9287
25 Ah 2081-9271
Rectangular 33 Ah 2081-9276
Square 33 Ah 2081-9296
50 Ah 2081-9279
110 Ah
4081-9301 4081-9302 4004R and 4010 NA
4081-9306 4081-9308
4100ES, 4010ES, and 4100U NA NA NA NA
* Batteries smaller than those listed are normally mounted in the product cabinet ** 25 Ah capacity was effective as of 7/2005.
= Can be placed in the respective equipment cabinet NA = Not applicable/not compatible
NOTE: Refer to individual fire alarm control panel product data sheets for additional battery application information
Battery Model Capacity
Simplex Control Panel Model Series (see legend and notes below)
4003EC 4004R 4007ES & 4005
4006 & 4008
4009 (all models) 4010 4010ES 4100ES/
4100U 4100 & 4120
(2, 4 or 6-Unit)
2081-9272 6.2 Ah 2081-9274 10 Ah 2081-9288 12.7 Ah 2081-9275 18 Ah Ext Note 3 Ext Ext Note 2 2081-9287 25 Ah Ext Note 3 Ext Ext NA 2081-9271 rectangular 33 Ah Ext Note 3 Ext NA NA Note 3 Ext
2081-9276 “square” 33 Ah Ext Note 3 Ext NA NA Note 3
2081-9296 50 Ah NA Note 3 NA NA NA Note 3 Note 6 2 or 3 bay Ext 2081-9279 110 Ah Requires external battery cabinet, compatible with 4100ES, 4010ES, 4100, and 4120 Series only
= Can be placed in the respective equipment cabinet Ext = External battery cabinet is required, refer to selection chart on page 4 NA = Not applicable/not compatible
NOTES: 1. These batteries meet the requirements of UL, ULC, and Factory Mutual for use with respective equipment battery chargers
listed above. Contact your local Simplex product supplier for proper battery selection per system requirements. 2. 4010 Cabinets will accommodate 2081-9275, 18 Ah batteries, but will not allow bottom entry conduit. 3. Use 4081 series companion cabinet and charger, refer to page 4. 4. Some control panel models are listed for battery replacement reference only. 5. For 2 bay international applications only, 50 Ah batteries will fit in the cabinet.
Battery Compatibility for Fire Alarm Control Panel Mounting
External Battery Cabinet Compatibility Reference
Battery Cabinets Without Chargers; Shallow Design with Front Door Model Color Listings Description Dimensions
2081-9281 Beige UL and FM
2-Unit, 4100 style cabinet without charger; with locking solid door and battery shelf, primarily for use with 50 Ah batteries
25-3/4” W x 20-3/4” H x 6-3/4” D(654 mm x 527 mm x 171 mm) 2081-9282 Red
4003-9860 Beige Multiple Intended for use with 4003EC systems, for up to 33 Ah batteries (refer to 4003EC data sheet S4003-0002)
9-1/2” H x 24” W x 9” D (241 mm x 610 mm x 229 mm)
4009-9801* Beige UL and FM
For up to 25 Ah batteries*
External battery cabinet without charger, with locking solid door and battery harness; for close-nippled mounting to fire alarm control panel cabinet
16-1/4” W x 13-1/2” H x 5-3/4” D(413 mm x 343 mm x 146 mm)*
4009-9802 Beige UL For up to 33 Ah batteries
25-3/4” W x 20-3/4” H x 4-1/8” D (654 mm x 527 mm x 105 mm)
* Depth increased for 25 Ah batteries effective 7/2005.
Chargers for use with 4010 Fire Alarm Control Panels and 4004R Suppression Release Systems (refer to data sheet S4081-0001)
Model Color Input Voltage Description Dimensions
4081-9301 Beige
120 VAC
Battery cabinet with charger for the 4010 and 4004R fire alarm control panel; for up to 50 Ah batteries; with front door Listings include: UL, ULC, FM, CSFM, and MEA (NYC), see data sheet for details
22-1/2” W x16-3/4” H x 8-3/8” D (572 mm x 425 mm x 213 mm)
4081-9302 Red
Battery Cabinet Without Charger for 110 Ah Batteries; for use with compatible panel mounted chargers (refer to data sheet S2081-0012)
Model & Listings Color Cabinet Description Compatible
Chargers Charger Description Dimensions
2081-9280 Listings
include: UL and CSFM
Red
Battery cabinet for 2081-9279, 110 Ah batteries; includes 80 A battery fuse, terminals and battery connection cables; see data sheet for details
4010-9xxx Series
4010ES Main System Supply (MSS)
26-1/2” W x 12” H x 12” D (673 mm x 305 mm x 305 mm)
4100-9xxx Series
4100ES/4100U System Power Supplies (SPS)
4100-5111 4100-5112 4100-5113
4100ES/4100U Additional SPS
4100-5125 4100-5126 4100-5127
4100ES/4100U Remote Power Supply (RPS)
4100-5120 4100-5121 4100-5122
4100ES/4100U TrueAlert Addressable Power Supply (TPS)
4100-0104 4100-0114 4100-0124
4100 Legacy power supplies
4100ES/4010ES/4100U Compatible Battery Cabinet With Charger for 110 Ah Batteries (for ULC listed systems and for other applications unable to use panel mounted power supply charger; refer to data sheet S4081-0002)
Model Color Input Voltage Description Dimensions
4081-9306 Red 120 VAC Battery cabinet with charger for up to 110 Ah batteries; NOTE: Required for ULC listed charging of 110 Ah batteries; Listings include: UL, ULC, FM, CSFM, and MEA (NYC), see data sheet for details
27-7/8” W x 13-1/2” H x 14-5/8” D(708 mm x 343 mm x 371 mm)
4081-9308 Red 220/230/240 VAC, multi-tapped
4100-9837 Green LED Power-on Indicator Kit, required for ULC listing, mounts above access panel using knockout provided
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S2081-0006-21 12/2014
www.simplex-fire.com © 2014 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited.
External Battery Cabinet Specification Reference
Features
Provides additional notification appliance circuit (NAC) capacity with flexible operation modes and power-limited design Four, Class B NACs are standard: Rated 2 A each for conventional reverse polarity
24 VDC notification appliances and providing multiple operation modes
Can be selected to provide synchronization for Simplex® visible notification strobe flashes
Capable of controlling TrueAlert non-addressable notification appliances operating with SmartSync two-wire control mode**
Input control options: IDNet addressable communications from a Simplex
model 4007ES, 4010, 4010ES, 4100ES, or 4100U Fire Alarm Control Panel**
Or from one or two conventional 24 VDC NACs with multiple output control options
IDNet communications control benefits: Provides status monitoring and individual NAC control
using a single address per 4009 IDNet NAC Extender Supports IDNet “Device Level” earth fault location
WALKTEST operation is available with either input choice Internal 8 A power supply/battery charger: Charges internal batteries up to 12.7 Ah or up to 18 Ah
batteries in external cabinet Provides status monitoring of battery, input power, and
earth faults Rated 8 A for “Special Application” appliances;
including Simplex 4901, 4903, 4904, and 4906 Series horns, strobes, horn/strobes, and speaker/strobes
Rated 6 A for “Regulated 24 DC” appliance power Optional 4009 IDNet NAC Extender modules: IDNet Communications Repeater provides Class B or
Class A output IDNet Communications Fiber Optic Receiver/Repeater,
available as Class B or Class X Four additional Class B NACs, rated 1.5 A for Special
Application appliances; 1 A for Regulated 24 DC appliance power
Class A, Two Circuit Adapter Module
UL Listed to Standard 864
External Accessories
IDNet communication fiber optic transmitters: For applications requiring the data integrity available
with fiber optic communications Available as Class B or Class X Mounts in standard six-gang electrical box
External battery cabinet for 18 Ah batteries
ALARMFIRE
PULL DOWN
PO W ERBEFO RE
SERVI CI NG
CAUTIONDI SCO NNECT
4009 IDNet NAC EXTENDERTM
Optional IDNet Channel Repeater
SIMPLEX T IME RECORDER CO.
4090- 91 01
MONITOR ZAM, CLASS B
INSTAL. INS TR. 574- 183
DATE CODE:
1
5
6
7
8
1
2
3
4
1234
5678
+ 24V0V
+I DNET- I DNET
ZONE PWR +ZONE PWR -I DC +I DC -
Up to 8 NACs
4007ES, 4010 (shown), 4010ES, 4100ES, or 4100U
Fire Alarm Control PanelFire Alarm Control Panel with
Conventional NACs
Fiber Optic IDNet Communications
NAC Control
2-Wire IDNet Communications or
or
4009 IDNet NAC Extender
IDNet FiberOptic Transmitter
FI RE ALARMCO NTRO L
D I S C O N N E C TP O W E R B E F O R
S E R V I C I N G
CAUTI O N
* * SYSTEM I S NO RM AL * * 12: 02: 15pm M on 9- Feb- 98
S U P VA C K
S Y S T E MS U P E R V I S O R Y
A L A R MA C K
F I R EA L A R M
T R O U B L EA C K
S Y S T E MT R O U B L E
A L A R MS I L E N C E
A L A R MS I L E N C E D
S Y S T E MR E S E T
A CP O W E R
4009 IDNet NAC Extender Connection Reference Drawing
Introduction
ADA Compliance. Complying with the notification requirements of ADA (Americans with Disabilities Act) may require more notification appliance power than is available within the fire alarm control panel. When additional power is required, a Simplex 4009 IDNet NAC Extender can provide up to 8 A of NAC power with up to eight, supervised reverse polarity NACs.
Location Flexibility. The 4009 IDNet NAC Extender can be mounted close to a compatible dedicated host panel or can be located remotely for convenient power distribution. Multiple operation modes and multiple connection options further increase location flexibility.
Additional Information. For additional operation detail and application information, refer to Installation Instructions 574-181 and field wiring diagram 842-068.
* ULC listed model is 4009-9202CA. This product has been approved by the California State Fire Marshal (CSFM) pursuant to Section 13144.1 of the California Health and Safety Code. See CSFM Listing 7300-0026:214 for allowable values and/or conditions concerning material presented in this document. Accepted for use – City of New York Department of Buildings – MEA35-93E. Additional listings may be applicable; contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
** 4100U requires revision 11 software or higher for compatibility. 4010 requires revision 2 software or higher for compatibility.
LifeAlarm Fire Alarm Controls UL, ULC, CSFM Listed; FM Approved; 4009 IDNet NAC Extender for Control with MEA (NYC) Acceptance* IDNet Communications or Conventional NACs
S4009-0002-14 9/2015
Application and Operation Information
IDNet Addressable Communications Compatible. Up to ten (10), 4009 IDNet NAC Extenders can be controlled per 4007ES, 4010ES, 4100ES, or 4100U IDNet communications channel; up to five (5) can be controlled on the 4010 IDNet communications channel. Each output NAC can be individually controlled for general alarm or selective area notification requiring only one point address per Extender. Individual Extender NACs can also be manually controlled from the host panel. IDNet controlled extenders will inform the host panel of troubles via IDNet communications. 4007ES, 4010ES, 4100ES, and 4100U control panels control using multi-point rules, refer to data sheet S4090-0011 for details.
Optional IDNet Repeaters. IDNet communications can be repeated with the optional IDNet Repeater Module or with the optional Fiber Optic Receiver Module. Up to 100 of the IDNet channel points can be repeated once (refer to pages 3 and 5 for details). Repeated IDNet communications also support the “device level” earth fault location utility of the host panel.
Hardwire Control Applications. For applications where an existing (or new) conventional NAC needs additional power, the 4009 IDNet NAC Extender can be controlled directly from the NAC. Either one or two NACs, from either the same, or from different host fire alarm control panels, can be connected to control the 4009 IDNet NAC Extender output NACs. Multiple control selections provide flexible operation. (Refer to page 4 for more detail.) Alarms from the host panel will activate the four, 4009 IDNet NAC Extender NACs (or optionally, eight NACs) to extend the alarm.
The 4009 IDNet Extender monitors itself and each of its output NACs for trouble conditions, including earth faults. Extenders wired to conventional NACs will indicate a trouble by opening the path to the NAC’s end-of-line resistor, but retaining the ability to respond to alarms. Individual troubles are also annunciated by LEDs located on the 4009 IDNet NAC Extender main circuit board. (Refer to page 7 for more diagnostic information.)
Standard Models Model Description
4009-9201** 120 VAC input
4009 IDNet NAC Extender with 4, Class B NACs and 8 A power supply 4009-9202CA* 4009-9301 240 VAC input
* ULC listed model ** 4009-9201 has been seismic tested and is certified to IBC and CBC standards as well as to ASCE 7 categories A through F, requires battery brackets as detailed on data sheet S2081-0019
Optional Modules (for on-site installation) Model Description Comments
4009-9807 Additional four point NAC module, rated 1.5 A Special Application appliances; 1 A for Regulated 24 DC appliance power, Class B
One maximum
4009-9808 Dual Class A adapter (for two NAC outputs) Select as required (4 maximum) 4009-9809 IDNet Repeater, output is Class A or Class B Select either an IDNet Repeater or a Fiber
Optic Receiver as required; one transmitter can connect to one receiver
4009-9810 Fiber Optic Receiver
Class B 4009-9811 Class A (IDNet), Class X (fiber) 4009-9805 Red Appliqué for door Select if required 2975-9801
Semi-Flush Trim Kit Beige trim 1-7/16” wide (78 mm), use if required for
semi-flush installations 2975-9802 Red trim
Battery Selection (select battery size per system requirements) Model Description Comments
2081-9272 6.2 Ah Battery, 12 VDC Two batteries are required, 24 VDC operation 2081-9274 10 Ah Battery, 12 VDC
2081-9288 12.7 Ah Battery, 12 VDC
2081-9275 18 Ah Battery, 12 VDC Requires external battery cabinet, two batteries are required, 24 VDC operation
External Accessories (select per system requirements) Model Description Comments
4090-9105 IDNet Fiber Optic Transmitter
Class B operation Mounts in six-gang electrical box, refer to page 4 for mounting details 4090-9107 Class X operation
4009-9801 External battery cabinet for up to 18 Ah batteries, beige 16-1/4” W x 13-1/2” H x 5-3/4” D (413 mm x 343 mm x 146 mm)
4081 Series End-of-Line Resistor Harnesses; see data sheet S4081-0003 for details 2 S4009-0002-14 9/2015
Product Selection
IDNet devices and additional 4009 IDNet NAC Extender(s)
ALARMFIRE
PULL DOWNSIMPLEX T IME RECORDER CO.
4090- 9101
MONITOR ZAM, CLASS B
INSTAL . INSTR. 57 4- 18 3
DATE CODE:
1
5
6
7
8
1
2
3
4
1234
5678
+ 24V0V
+I DNET- IDNET
ZO NE PWR +ZO NE PWR -I DC +I DC -
ALARMFIRE
PULL DOWNSIMPLEX TIME RECORDER CO.
4090-9101
MONITOR ZAM, CLASS B
INSTAL. INSTR. 5 74 - 1 8 3
DATE CODE:
1
5
6
7
8
1
2
3
4
1234
5678
+ 24V0V
+IDNET- I DNET
ZO NE PWR +ZO NE PWR -IDC +IDC -
PO W ERBEFO RE
SERVI CI NG
CAUTI ONDI SCO NNECT
4009 IDNet NAC EXTENDERT M
FIRE
4009 IDNet NAC Extender with optional internal IDNet Repeater
Repeated IDNet Channel:up to 100 devices maximum on repeater output,
250 devices total on IDNet Channel
Output NACs, four standard, eight with expansion option
Typical IDNet compatible devices
(Refer to individual devices for actual wiring requirements, some wiring is not shown.)
4007ES, 4010, 4010ES, 4100ES (shown), or 4100UFire Alarm Control Panel
IDNet addressable communications channel,shown Class B (Style 4)
PO W ERBEFO RE
SERVI CI NG
CAUTI ONDI SCO NNECT
4009 IDNet NAC EXTENDERT M
Conventional NAC operation (horns)
SmartSync operation (horns and strobes)
Conventional NAC operation (strobes)
FIRE
Select conventional or SmartSync operation per NAC
NOTE: Up to ten (10) 4009 IDNet NAC Extenders may be connected per 4007ES, 4010ES, 4100ES, or
4100U IDNet channel, up to five (5) on the 4010 IDNet channel. IDNet communications can be repeated only once (can pass through only one series connected repeater or one fiber optic receiver).
FI RE ALARMCO NTRO L
D I S C O N N E C TP O W E R B E F O R
S E R V I C I N G
CAUTI O N
* * SYSTEM I S NO RM AL * * 12: 02: 15pm M on 9- Feb- 98
S U P VA C K
S Y S T E MS U P E R V I S O R Y
A L A R MA C K
F I R EA L A R M
T R O U B L EA C K
S Y S T E MT R O U B L E
A L A R MS I L E N C E
A L A R MS I L E N C E D
S Y S T E MR E S E T
A CP O W E R
4090-9105, Class B(Style 4) Output Fiber
Optic Transmitter
Two fiber cables, 3000 ft (914 m) maximum distance
Four fiber cables, 3000 ft (914 m) maximum distance
4090-9107, Class A (Style 7) Output Fiber Optic Transmitter
24 VDC power forfiber optic transmitters
4009 IDNet NAC Extenders with optional internal IDNet Fiber Receivers
IDNet addressable communications channel Class B (Style 4) or Class A (Style 6), Class B shown Repeated IDNet Channel: up to 100 devices maximum
on repeater output, 250 devices total on IDNet Channel
ALARMFIRE
PULL DOWNSIMPLEX TIME RECORDER CO.
4090- 9101
MONITOR ZAM, CLASS B
INSTAL. INSTR. 574- 183
DATE CODE:
1
5
6
7
8
1
2
3
4
1234
5678
+ 24V0V
+I DNET- I DNET
ZO NE PWR +ZO NE PWR -I DC +I DC -
PO W ERBEFO RE
SERVI CI NG
CAUTIONDI SCO NNECT
4009 IDNet NAC EXTENDERT M
Output NACs
ALARMFIRE
PULL DOWNSIMPLEX TIME RECORDER CO.
4090- 9101
MONITOR ZAM, CLASS B
INSTAL. INSTR. 574- 183
DATE CODE:
1
5
6
7
8
1
2
3
4
1234
5678
+ 24V0V
+I DNET- I DNET
ZO NE PWR +ZO NE PWR -I DC +I DC -
PO W ERBEFO RE
SERVI CI NG
CAUTIONDI SCO NNECT
4009 IDNet NAC EXTENDERT M
Output NACs
4007ES, 4010 (shown), 4010ES, 4100ES, or 4100U
Fire Alarm Control Panel
NOTE: Up to ten (10) 4009 IDNet NAC Extenders may be connected per 4007ES, 4010ES, 4100ES, or 4100U IDNet
channel, up to five (5) on the 4010 IDNet channel. IDNet communications can be repeated only once (can pass through only one series connected repeater or one fiber optic receiver). Fiber optic transmitters connect to only one receiver in a 4009 IDNet NAC Extender.
3 S4009-0002-14 9/2015
Typical IDNet Connection Example
Typical Fiber Optic System Connections
Hardwire Control Connection Information
NAC Input Selections. The 4009 IDNet NAC Extender can be selected to:
Track input NAC operation or to provide a locally generated code, selectable per NAC input
If selected for local coding, NAC outputs can be either Temporal Coded or 60 Beats/min March Time Coded, one code selection per extender (input NACs must be on continuous with Alarm)
Additionally, NAC outputs can be selected to provide the Simplex strobe synchronization signal. This signal will synchronize the flashes of synchronized strobes but will be ignored by free-run strobes and audible devices. (Strobes are for operation by noncoded NACs.)
NAC input to NAC output control can be selected for standard and optional NACs per the following table:
Conventional NAC Output Operation Options Input A B C NAC 1 NACs 1 & 2, 5 & 6 NACs 1-4 NACs 1-8 NAC 2 NACs 3 & 4, 7 & 8 NACs 5-8 None
SmartSync NAC Output Operation Input NAC Control Function NAC 1 Strobe Control
All NAC outputs (1-8) NAC 2 Horn Control
SmartSync Notification Appliance Control
The TrueAlert Notification Appliance product line includes addressable and non-addressable operation. Non-addressable models are available with 2-wire SmartSync operation or conventional 4-wire operation. The following details apply to use with the 4009 IDNet NAC Extender:
TrueAlert non-addressable models with SmartSync operation allow audible notification to be separately controlled over the same wire pair that controls visible notification
4009 IDNet NAC Extenders can be selected to provide SmartSync operation whether controlled by IDNet communications or conventional NACs
IDNet control allows output NACs to be individually selected for conventional or SmartSync operation
With NAC input control, all output NACs are selected for either conventional or SmartSync operation
Refer to data sheet S4009-0003 for TrueAlert Addressable operation details, contact your local Simplex product supplier for further information on specific TrueAlert notification appliances
P O W E RB E F O R E
S E R VI C I N G
CAUTI O NDI SC O N NE C T
4009 IDNet NAC EXTENDERTM
Up to eight (8) output NACs total; hardwire control can be selected to map NAC inputs to different combinations of NAC outputs depending on system requirements
Fire Alarm Control Panel with Conventional NACs
4009 IDNet NAC Extender
NAC 1 input(see Note 1)
NAC 2 input(optional, see Note 1)
Conventional NACs
Output NACs
SmartSync operation
Notes:
1. For separate audible and visible output NAC control, or SmartSync NAC output operation, two (2) input NACs are required. NAC 1 is "on-until-reset" and NAC 2 is "on-until-silenced."
2. To synchronize strobe flash outputs for up to four (4) 4009 IDNet NAC Extenders, use the synchronized strobe output from a Synchronized Flash Module (4905-9914 for Class B operation, 4905-9922 for Class A operation) or, if available, from a NAC selected to provide synchronized strobe flash output. NOTE: DO NOT USE a NAC selected for SmartSync operation for this function.
With hardwire control, NAC outputs are all conventional or all SmartSync operation
To additional 4009 IDNet NAC Extenders (up to four (4), 4009 IDNet NAC Extenders per NAC); see Note 2
Refer to Installation Instructions 574-181 for additional information and application guidance
Class A operation, either mode, requires 4009-9808 Dual Class A Adapter
4 S4009-0002-14 9/2015
Hardwire Control NAC Connection One-Line Reference Diagram
Input Ratings
120 VAC Input (4009-9201) 3A @ 102-132 VAC, 60 Hz 240 VAC Input (4009-9301) 1.5A @ 204-264 VAC, 50/60 Hz
Hardwire Control from External NACs, Input Requirements
Conventional reverse polarity operation 5 mA maximum; 16 to 33 VDC
Output Ratings
Total Rating 8 A, Special Application appliances 6 A, Regulated 24 DC appliance power
Standard NACs 2 A each, Special Application or Regulated 24 DC appliance power Optional NACs
(requires 4009-9807) 1.5 A each, Special Application appliances 1 A each, Regulated 24 DC appliance power
Special Application Appliances
Simplex non-addressable horns, strobes, and combination horn/strobes and speaker/strobes (contact your Simplex product representative for compatible appliances)
Regulated 24 DC Appliances
Power for other UL listed appliances; use associated external synchronization modules where required
Strobe Operation Up to 33 strobes per NAC can be synchronized; output NACs configured for Simplex synchronized strobe operation are synchronized to each other
Auxiliary Output 500 mA @ 24 VDC nominal
Optional Modules Ratings
IDNet Repeater Module (4009-9809)
Input Power 70 mA @ 24 VDC, system supplied IDNet Input, One Address Maximum distance from IDNet source is 2500 ft (762 m)
IDNet Output Specifications
Repeated IDNet output for up to 100 devices (total IDNet devices not to exceed 250 per channel) Maximum distance to farthest device is 2500 ft (762 m) Total distance including “T-taps” is 10,000 ft (3048 m) Class A loop maximum distance is 2500 ft (762 m), no “T” taps
Fiber Optic Receiver Modules
Input Current 4009-9810, Class B, 65 mA @ 24 VDC, system supplied 4009-9811, Class X, 80 mA @ 24 VDC, system supplied
IDNet Output Specifications Same as those for Repeater Module (see above) Fiber Optic Transmission Distance 3000 ft (914 m) maximum
General (LED status indicators are listed on page 7, dimensions and mounting details are on page 6) Operating Temperature 32° to 120° F (0° to 49° C) Operating Humidity Range 10% to 90% RH from 32° F to 104° F (0° C to 40° C) Wiring Connections* Terminal blocks for 18 AWG (stranded) to 12 AWG (solid)
Input Voltage 18.9-32 VDC from compatible listed fire alarm supply
Input Current 4090-9105, Class B, 30 mA @ 24 VDC 4090-9107, Class X, 35 mA @ 24 VDC
Fiber Optic Connections and cable requirements
Multimode, graded index, 50/125µm, 62.5/125 µm, 100/40 µm, or 200 µm Type ST connectors 4090-9105, Class B operation, two fiber cables required 4090-9107, Class X operation, four fiber cables required
Module Size (with mounting bracket) 6-13/16” W x 3-3/4” H x 1-1/8” D (173 mm x 95 mm x 29 mm)
On-board Status Indicators Green LED flashing = transmit Red LED flashing = receive Separate red LED on 4090-9107 = Class X receive
Communications Simplex IDNet Fiber Optic Transmission Distance 3000 ft (914 m) maximum Wiring Connections* Terminal blocks for 18 AWG (stranded) to 12 AWG (solid) Operating Humidity 10% to 90% RH from 32° to 104° F (0° to 40° C) Operating Temperature 32° F to 120° F (0° to 49° C)
* Metric wire equivalents: 18 AWG = 0.82 mm2; 12 AWG = 3.31 mm2
5 S4009-0002-14 9/2015
4009 IDNet NAC Extender Specifications
Fiber Optic Transmitter Specifications
Door, 5/8"(16 mm) thick
Cabinet depth4-1/4" (108 mm)16-1/4" (413 mm)
13-1/2"(343 mm)
Wall surface reference for semi-flush mount
Non-power limited wiring area (AC input)
12" (305 mm)
Battery location, no conduit entry or wiring inthis area (12.7 Ah battery outline shown)
IDNet repeater orFiber optic receiver
Optional Class Aadapter modules
4009-9807 Additional Fourpoint module (shown with
Class A adapters)
10-29/32" (277 mm)
Knockouts for screwor nail mounting holes
System Module
Semi-flush trim option1-3/16" wide (30 mm),
3/8" (9.5 mm) thick
Exposed cabinetdimension for
semi-flush mount1" (25.4 mm),
1-3/8" (35 mm) withsemi-flush trim
NOTE: Recommended conduit entrance varies with module selection. Refer to general installation
instructions 574-181, specific module installation instructions, and to field wiring diagrams 842-068 before locating conduit entrance.
POWERBEFORE
SERVICING
CAUTIONDISCONNECT
4009 IDNet NAC EXTENDERTM
Optional red appliqué(4009-9805 )
6 S4009-0002-14 9/2015
4009 IDNet NAC Extender Mounting and Module Placement Information
4009 IDNet NAC Extender Cabinet with Door Detail
Service Diagnostic Features
Power-up Self-Diagnostics. Upon power-up, the 4009 IDNet NAC Extender tests each module and performs earth fault diagnostics. Trouble conditions are communicated to the host control panel and are also displayed on diagnostic status LEDs in the 4009 IDNet NAC Extender. When connected via IDNet communications, detailed status information is available at the host. When controlled with conventional NAC inputs, common troubles are signaled by providing a polarized open circuit that disconnects the NAC wiring from its end-of-line resistor but still allows a reversed polarity alarm to be received.
Door Mounted Reference Label. The 4009 IDNet NAC Extender has a detailed programming and diagnostic label inside the front door that provides a quick reference for both installation and checkout.
LED Status Indicators are provided for the following:
Each NAC (standard and optional) has a dedicated yellow LED that:
– During supervision provides a slow flash to indicate a short circuit condition and a fast flash to indicate an open circuit
– During an alarm, the LED follows the NAC output (on steady or flashing with coded output)
Four, general status yellow LEDs provide nine separate indications listed in priority of urgency. As a trouble is eliminated, any remaining trouble(s) will then be indicated until the 4009 IDNet NAC Extender is returned to normal operation.
AC power status is indicated by a green LED that is on when AC is normal. During low AC (brownout) conditions or with no AC, the LED is off. Additional power and battery status is indicated by the general status LEDs.
7 S4009-0002-14 9/2015
Surface mount box:Simplex model 2975-9217
(ordered separately)
Flush mount masonry box:use 6-gang box, RACO # 960, 2-1/2" deep(64 mm), or RACO # 965, 3-1/2" (89 mm)
deep, or equal (supplied by others)
Six-gang blank cover plate Mulberry MetalProducts 97156 or equal (by others)
Flush mount ganged boxes:use 6-gang box, 1-1/2" (38 mm)
minimum depth; six, RACO # 400or equal, (supplied by others)
IDNet fiber optic transmitter:4090-9107, Shown, Class A (Style 7) output4090-9105, Not shown, Class B (Style 4) output
INSTALLATION NOTE:Fiber optic cable bend radius should be 2" (51 mm)minimum, or per Manufacturer's specification.
4090-9105/9107 IDNet Fiber Optic Transmitter Mounting Information
Step 1. Calculate Basic Extender Battery Requirements (minus NAC loads) Panel, NAC Options, and Auxiliary Power (underlined model numbers are optional modules)
Model Descript ion Supervisory Current
Actual Supervisory Alarm Current Actual Alarm
4009-9201 120 VAC input Basic Panel 85 mA 85 mA 185 mA 185 mA
4009-9301 240 VAC input
4009-9807 Additional Four Point NAC 40 mA +_______ 40 mA +_______
4009-9808 Dual Class A Adapter (no additional current) – – – –
Auxiliary Power Output (500 mA maximum) +_______ (500 mA
maximum) + [A1] _______
Basic Panel Supervisory Current = [S1] _____
Basic Panel Alarm Current = [A2] ______
Step 2. Calculate IDNet Output Module and Device Current (if used) 4009-9809 IDNet Repeater
Select one per Extender
70 mA +_______
70 mA +_______ 4009-9810* Fiber Optic Receiver, Class B 65 mA 65 mA
4009-9811* Fiber Optic Receiver, Class X 80 mA 80 mA
IDNet Devices (connected to Repeater or Receiver above), 0.7 mA each, maximum of 100
Total devices x 0.7 mA each +_______ Total devices
x 0.7 mA each +_______
* Note: IDNet Fiber Optic Transmitter current is supplied from the host fire alarm control panel
IDNet Module Supervisory Current [S2] = ____
= [A3] ______ IDNet Module Alarm Current
Step 2. Calculate Available NAC Current Maximum Available Current = 8 A*
Subtract Auxiliary Power Output - [A1] ______
Subtract IDNet Module Current - [A3] ______
* 8 A for Special Application Appliances; 6 A for Regulated 24 DC Appliances Available NAC Current = [A4] ______
Step 3. Calculate Actual NAC Loading (Limited to Available NAC Current per Step 2.)
NAC Type NAC Circuit # NAC Alarm Current
Standard Panel NACS, 2 A maximum per NAC
Circuit 1 +_______
Circuit 2 +_______
Circuit 3 +_______
Circuit 4 +_______
Optional Four Point NAC Module, 1.5 A maximum Special Application rating, 1 A maximum Regulated 24 DC rating, per NAC
Circuit 5 +_______
Circuit 6 +_______
Circuit 7 +_______
Circuit 8 +_______
Total Actual NAC Load Alarm Current = [A5] _______
Step 4. Calculate Total Supervisory Current Total Supervisory Current = Basic Panel Current [S1] + IDNet Module Current [S2] = ________
Step 5. Calculate Total Alarm Current Total Alarm Current = Basic Panel Current [A2] + IDNet Module Current [A3] + Actual NAC Current [A5] = ________
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited.
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S4009-0002-14 9/2015
www.simplex-fire.com © 2015 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
4009 IDNet NAC Extender Current Calculation Chart
Features
Remote LCD annunciator for use with Simplex® model: 4100ES and 4100U fire alarm control panels Legacy products 4100, 4120, and 4020 fire alarm control
panels, and 4100/4120 Universal Transponders Information display features: Maintained display of first alarm is available with
4100ES and with 4100U at software revision 11.11 or higher
Wide viewing angle, super-twist LCD technology with green LED backlighting
Two lines of 40 characters each LED status indicators During battery backup, backlighting is disabled until
there is switch activity Controls include: Switches for system acknowledge, alarm silence, and
system reset Four programmable control switches Lamp/LCD test Wiring information: RUI (Remote Unit Interface) communications require a
single twisted wire pair (see p. 3 for more information)
Separate wiring is required for 24 VDC control panel power
Flush mount on standard electrical boxes Options: 2975-9206, Surface mount box
4603-9111, Brushed stainless steel trim
UL Listed to Standard 864 Description
Remote Control and Annunciation is provided using an 80 character, back-lit, alphanumeric display. Information is presented in clear, descriptive English language and includes: Point Status (alarm, trouble, etc.); Alarm Type (smoke detector, manual station, etc.); Number of System Alarms, Supervisory Conditions, and Trouble Conditions; and a Custom Location Label.
Wiring. A single twisted wire pair provides serial RUI communications that also supports other Simplex serial annunciators on the same wire pair.
Multiple Indications. Alarm, Supervisory, and Trouble conditions are also indicated by dedicated LEDs and a tone-alert audible sounder. Each condition has a dedicated acknowledge push-button switch that silences the tone-alert but leaves the LED on until all conditions in that category are restored to normal. Switch operation is either globally or individually acknowledgeable, determined by the control panel operation.
4603-9101 LCD Annunciator Description (Continued)
Repeated operation of the appropriate acknowledge switch will scroll the LCD display showing activity in the sequence of occurrence. The tone-alert also pulses to indicate the operation of any of the push-button switches.
Consult local code requirements for guidance in determining applications and location of the 4603-9101 LCD annunciator.
Operation
System Controls. Notification appliances can be deactivated by pressing the “ALARM SILENCE” switch. (Exact operation is determined by the host control panel such as visible appliances remaining on until system is reset.) Pressing the “SYSTEM RESET” switch restores the system to normal operation. When system activity is normal, the LCD displays the time, date, and “SYSTEM IS NORMAL.”
Control Switches. Four programmable “CONTROL” switches and associated LEDs are included. Typical applications include manual evacuation, door holder release bypass, and elevator capture bypass.
Keyswitch Enable. All switches on the annunciator are controlled by the “ENABLE” keyswitch with a key that is removable only in the disabled position. A brief lamp/LCD test is performed whenever the keyswitch is changed from enabled to disabled.
Battery Backup Operation. During battery backup, the LED backlighting is disabled to conserve battery power. When an annunciator switch is activated, the backlighting is automatically enabled. After approximately 30 seconds of inactivity, the backlighting will again be disabled.
* This product has been approved by the California State Fire Marshal (CSFM) pursuant to
Section 13144.1 of the California Health and Safety Code. See CSFM Listing 7120-0026:0179 for allowable values and/or conditions concerning material presented in this document. It is subject to re-examination, revision, and possible cancellation. Accepted for use – City of New York Department of Buildings – MEA35-93E. Additional listings may be applicable; contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
System Accessories, LCD Annunciators UL, ULC Listed; FM, CSFM, 4603-9101 LCD Annunciator for and MEA (NYC) Approved* 4100ES and 4100U Fire Alarm Control Panels
S4603-0001-13 1/2016
FIREALARM
ALARM SILENCED
PRIORITY 2ALARM
SYSTEM SUPERVISORY
SYSTEM TROUBLE
POWERON
SYSTEMRESET
DISPLAYTIME
ALARMACK
ALARMACK
SUPVACK
TBLACK
ALARMSILENCE
2 X 40 LCD READOUT, green LED backlighted during normal conditions and abnormal operating conditions
SUPV ACK acknowledges System Supervisory conditions and silences the panel and all annunciator tone-alerts
TROUBLE ACK acknowledges System Troubles and silences the panel and all annunciator tone-alerts
CONTROL ENABLE KEYSWITCH controls all switch functions; key is removable only in disabled position
ALARM SILENCE causes audible and visible notification appliances to be silenced (default operation, may be modified through panel programming for compliance with local requirements)
SYSTEM RESET restores control panel to normal when all alarmed inputs are returned to normal
ALARM ACK/FIRE ALARM acknowledges a Fire Alarm condition and silences the panel and all annunciator tone-alerts
FOUR PROGRAMMABLE (Yellow) LEDs, each with pushbutton switch and custom labeling pocket
SIX STATUS INDICATOR LEDs provide system status indications in addition to LCD information; LEDs flash to indicate the condition and then when acknowledged, remain on steady until reset; Fire Alarm and Priority 2 Alarm are red; System Supervisory, System Trouble, and Alarm Silenced are yellow; Power On is green
DISPLAY TIMEdisplays time of last occurrence of event list being displayed; or displays current time when viewing system status information
ALARM ACK/PRIORITY 2 acknowledges a Priority 2 Alarm condition and silences the panel and all annunciator tone-alerts
2 S4603-0001-13 1/2016
Model Description
4603-9101 Remote LCD Annunciator with beige trim
Refer to specifications on page 3 for additional details
4603-9101CF Remote LCD Annunciator with beige trim, with French keypad for Canada
4603-9111 Brushed stainless steel trim option
2975-9206 Matching surface mount box; ivory finish
2081-9044 Overvoltage protector; required where annunciator communications and power wiring exits and enters a building; refer to data sheet S2081-0016 for details
4603-9101 Operator Information
Product Selection
3 S4603-0001-13 1/2016
General Operating Specifications Voltage 18 to 32 VDC, system supplied Normal Operating Current 110 mA (with LED backlighting on)
Battery Standby Current 65 mA (during battery backup, LED backlighting is turned off after 30 seconds without switch activity)
Alarm Current 140 mA maximum (LED backlighting is on and tone-alert is sounding)
Operating Temperature Range 32° to 120° F (0° to 49° C) Operating Humidity Range Up to 93% RH, non-condensing at 100° F (38° C)
Communications
4100ES/4100U Capacity, Per RUI Output
Type RUI (Remote Unit Interface) external annunciator communications line SLC (signaling line circuit)
Capacity
Up to 31 remote annunciators/MINIPLEX transponders per channel including the 4603-9101 LCD Annunciator, the 4602-9101 Status Command Unit (SCU), and 4602-9102 Remote Command Unit (RCU); refer to data sheet S4100-0031 for additional 4100ES information
Wiring Requirements
RUI Data
Standard Wiring Type Unshielded twisted pair (UTP), 18 AWG (0.82 mm2) for most applications, see below
Wiring Characteristics 0.58 µF (580 nF) maximum capacitance between conductors; 35 maximum total line resistance
Wiring Applications Requiring Shielded,
Twisted Pair (STP)
1. Wiring that leaves the building. Also requires Isolated Loop Circuit Protectors on each end, refer to data sheet S2081-0007 for 2081-9027 (200 mA), or S2081-0008 for 2081-9028 (5 A)
2. Wiring run in 500 ft (152 m) or more of conduit. 3. Wiring closely bundled with standard IDNet communications or TrueAlert
addressable communications (not required when run with IDNet+ communications).
Class B “T-Tap” wiring distance Up to 10,000 ft (3048 m) total wiring; up to 2500 ft (762 m) to farthest device
Class X wiring distance Up to 2500 ft (762 m)
Power Wiring 18 to 12 AWG (0.82 mm2 to 3.31 mm2) wires for 24 VDC system power
Earth Wiring A dedicated earth ground connection to the electrical box is required for proper ESD and EMI protection; wire in accordance with NFPA 70 (National Electrical Code) Article 250
Mounting Information NOTE: General Conduit Entrance Requirement
Conduit entrance must be located a minimum of 2 ¾” (70 mm) from the front of the box to clear assembly
Trim Dimensions 4 ½” H x 11 13⁄16” W (114 mm x 300 mm) Standard Trim Finish Steel, painted beige
4603-9111, Optional Trim Brushed stainless steel (ordered separately); supplied with both slotted and tamper resistant screws
Boxes for Flush Mounting (supplied by others)
6-Gang, 3 ½” (89 mm) deep: RACO 965, 6-gang masonry box; RACO 590, gangable switch box, 6 required; or equal
2975-9206, Surface Mount Box Option (ordered separately) Dimensions 11 31⁄32” W x 4 ⅝” H x 2 ¾” D (304 mm x 117 mm x 70 mm) Finish Painted steel, ivory finish
4603-9101 LCD Annunciator Specifications For additional information, refer to Installation Instructions 579-979.
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited. National Electrical Code and NFPA are registered trademarks of the National Fire Protection Association (NFPA).
Flush Mount Masonry Box:Use RACO # 965, 3-1/2" (89 mm) deep
or equal (supplied separately)
Flush Mount Ganged Boxes:Requires 6-gang box, 3-1/2" (89 mm) min.
depth, use (6) RACO # 590 or equal (supplied separately)
FIREALARM
ALARM SILENCED
PRIORITY 2ALARM
SYSTEM SUPERVISORY
SYSTEM TROUBLE
POWERON
SYSTEMRESET
DISPLAYTIME
ALARMACK
ALARMACK
SUPVACK
TBLACK
ALARMSILENCE
Surface Mount Box:Simplex model 2975-9206
2-3/4” deep (70 mm) (ordered separately)
Trim plate
LCD Annunciator Assembly
Terminal block access at rear of
assembly, this side
Note: Review box choice with assembly layout before selecting conduit entrance location to allow easy access to terminals
Wiring Notes:1. Communications require a single 18 AWG twisted pair.
2. Power requires two, 18 to 12 AWG wires for 24 VDC system power, plus Earth Ground to each electrical box.
3. Refer to Installation Instructions 579-979 for additional wiring specifications.
Fire Alarm Control Panel (4100ES shown)
4603-9101 LCD Annunciators
FIRE
ALARM
ALARM
SILENCED
PRIORITY 2
ALARM
SYSTEM
SUPERVISORY
SYSTEM
TROUBLE
POWER
ON
ALARMACK
SUPVACK
TBLACK
ALARMACK
ALARMSILENCE
SYSTEMRESET
DISPLAYTIME
FIRE
ALARM
ALARM
SILENCED
PRIORITY 2
ALARM
SYSTEM
SUPERVISORY
SYSTEM
TROUBLE
POWER
ON
ALARMACK
SUPVACK
TBLACK
ALARMACK
ALARMSILENCE
SYSTEMRESET
DISPLAYTIME
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S4603-0001-13 1/2016
www.simplexgrinnell.com © 2012 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
Wiring Reference
Mounting Information
Features
Individually addressable manual fire alarm stations with: Power and data supplied via IDNet or MAPNET II
addressable communications using a single wire pair Operation that complies with ADA requirements Visible LED indicator that flashes during
communications and is on steady when the station has been activated
The NO GRIP Single Action Station and Retrofit Kit are available with a more easily operated pull lever for applications where anticipated users may find the standard station lever difficult to activate
Pull lever that protrudes when alarmed Break-rod supplied (use is optional) Models are available with single or double action
(breakglass or push) operation UL listed to Standard 38 Compatible with the following Simplex® control panels: Model Series 4007ES, 4008, 4010, 4010ES, 4100ES,
4100U, 4020, 4100, and 4120 fire alarm control panels equipped with either IDNet or MAPNET II communications
Model Series 2120 Communicating Device Transponders (CDTs) equipped with MAPNET II communications
Compact construction: Electronics module enclosure minimizes dust
infiltration Allows mounting in standard electrical boxes Screw terminals for wiring connections
Tamper resistant reset key lock (keyed same as Simplex fire alarm cabinets) Multiple mounting options: Surface or semi-flush with standard boxes or matching
Simplex boxes Flush mount adapter kit Adapters are available for retrofitting to commonly
available existing boxes
Description
The Simplex addressable manual station combines the familiar Simplex manual station housing with a compact communication module that is easily installed to satisfy demanding applications. Its integral individual addressable module (IAM) constantly monitors status and communicates changes to the connected control panel via IDNet or MAPNET II communications wiring.
* Refer to page 2 for specific model listings. This product has been approved by the California State Fire Marshal (CSFM) pursuant to Section 13144.1 of the California Health and Safety Code. See CSFM Listing 7150-0026:224 for allowable values and/or conditions concerning material presented in this document. Additional listings may be applicable; contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
4099-9004
Single action
4099-9021 NO GRIP
Single action
4099-9805 NO GRIP Retrofit kit
ALARMFIRE
PULL DOWN
PUSH
ALARMFIRE
KEYOPERATED
ONLY
ALARMFIRE
KEYOPERATED
ONLY
4099-9005 Breakglass
4099-9006 Push
With 2099-9828 Institutional Cover kit
Operation
Activation of the 4099-9004 single action manual station requires a firm downward pull to activate the alarm switch. Completing the action breaks an internal plastic break-rod (visible below the pull lever, use is optional). The use of a break-rod can be a deterrent to vandalism without interfering with the minimum pull requirements needed for easy activation. The pull lever latches into the alarm position and remains extended out of the housing to provide a visible indication.
Single Action NO GRIP Station 4099-9021. For applications such as California Building Code, Title 24, which requires “Controls and operating mechanisms shall be operable with one hand and shall not require tight grasping, pinching or twisting of the wrist” the model 4099-9021 station provides a more easily operated pull lever compared to standard stations. Retrofit of existing stations is available using the 4099-9805 Retrofit kit.
Double Action Stations (Breakglass) require the operator to strike the front mounted hammer to break the glass and expose the recessed pull lever. The pull lever then operates as a single action station.
Double Action Stations (Push Type) require that a spring loaded interference plate (marked PUSH) be pushed back to access the pull lever of the single action station.
Station reset requires the use of a key to reset the manual station lever and deactivate the alarm switch. (If the break-rod is used, it must be replaced.)
Station testing is performed by physical activation of the pull lever. Electrical testing can be also performed by unlocking the station housing to activate the alarm switch.
Multi-Application Peripherals UL, ULC, CSFM Listed; IDNet or MAPNET II Communicating Devices FM Approved * Addressable Manual Stations
S4099-0005 10/2014
2 S4099-0005 10/2014
Addressable Manual Stations, Red Housing with White Letters and White Pull Lever Model Description Housing Pull Lever Listings
4099-9004 Single Action, English FIRE ALARM PULL DOWN UL, ULC, FM, CSFM 4099-9004CB Single Action, Bilingual English and French FEU FIRE TIREZ PULL
ULC 4099-9004CF Single Action, French ALARME FEU ABAISSEZ 4099-9004PO Single Action, Portuguese FOGO ALARME PUXE
UL, FM 4099-9004SP Single Action, Spanish ALARMA FUEGO JALE 4099-9005 Double Action, Breakglass operation, English FIRE ALARM PULL DOWN UL, ULC, FM, CSFM 4099-9005PO Double Action, Breakglass operation, Portuguese FOGO ALARME PUXE
UL, FM 4099-9005SP Double Action, Breakglass operation, Spanish ALARMA FUEGO JALE 4099-9006 Double Action, Push operation, English FIRE ALARM PUSH PULL DOWN UL, ULC, FM, CSFM 4099-9006PO Double Action, Push operation, Portuguese FOGO ALARME EMPURRE PUXE
UL, FM 4099-9006SP Double Action, Push operation, Spanish ALARMA FUEGO EMPUJE JALE 4099-9021 Single Action NO GRIP operation, English FIRE ALARM PULL DOWN UL, ULC, FM, CSFM
Accessories (refer to pages 3 and 4 for details) Model Description Model Description
2975-9022 Cast aluminum surface mount box, red 2099-9803 Replacement breakglass 2975-9178 Surface mount steel box, red 2099-9804 Replacement break-rod
2099-9813 Semi-flush trim plate for double gang switch box, red 2099-9828 Institutional cover kit for field installation on 4099-9004;
Note: Covers LED indicator 2099-9819 Flush mount adapter kit, black
2099-9814 Surface trim plate for Wiremold box V5744-2, red 2099-9820 Flush mount adapter kit, beige
4099-9805 Retrofit Kit for field conversion of a single action station to a NO GRIP station; refer to Installation Instructions 579-1007 for details
Power and Communications IDNet or MAPNET II communications, 1 address per station Address Means DIP switch, 8 position Wire Connections Screw terminal for in/out wiring, for 18 to 14 AWG wire (0.82 mm2 to 2.08 mm2) UL Listed Temperature Range 32° to 120° F (0° to 49° C) intended for indoor operation Humidity Range Up to 93% RH at 100° F (38° F) Housing Color Red with white raised lettering Material Housing and pull lever are Lexan polycarbonate or equal Pull Lever Color White with red raised lettering Housing Dimensions 5” H x 3 ¾” W x 1” D (127 mm x 95 mm x 25 mm)
Single gang cover plate, 3/4" (19 mm) extension, RACO #773
or equal (supplied by others)
Stationside view
Wall surface
Single gang box outline
4" Square boxwith cover plate
Semi-Flush Mount Side View
Single Gang Box MountSingle gang box, 2 1/2" deep
(64 mm), RACO #500 or equal(supplied by others)
Mount flush or with1/16" (2 mm)
maximum extensionDO NOT RECESS
ALARMFIRE
PULL DOWN
LED Indicator
4" Square Box Mount4" (102 mm) square box, 2 1/8" (54 mm) minimum
depth, RACO #231 or equal (supplied by others)
Addressable Manual Station Semi-Flush Mounting
Specifications (refer to Installation Instructions 579-1135 for additional information)
Addressable Manual Station Product Selection
Preferred Mounting. For surface mounting of these addressable manual stations, the preferred electrical boxes are shown in the illustration to the right.
Additional Mounting Reference. Refer to page 4 for Wiremold box mounting compatibility.
3 S4099-0005 10/2014
Application Reference
Refer to NFPA 72, the National Fire Alarm and Signaling Code, and all applicable local codes for complete requirements for manual stations. The following summarizes the basic requirements.
1. Stations shall be located in the normal path of exit and distributed in the protected area such that they are unobstructed and readily accessible.
2. Mounting shall be with the operable part not less than 42 in (1.07 m) and not more than 48 in (1.22 m) above floor level.
3. At least one station shall be provided on each floor. Additional stations shall be provided to obtain a travel distance not more than 200 ft (61 m) to the nearest station from any point in the building.
4. When manual station coverage appears limited in any way, additional stations should be installed.
2975-9178 Box5-3/16" H x 4" W x 2-3/16" D (132 mm x 102 mm x 56 mm)
(ordered separately)
Knockouts located top and bottom
2975-9022 Cast Box5" H x 3-7/8" W x 2-3/16" D (127 mm x 98 mm x 56 mm)
(ordered separately)
Access for 3/4" threaded conduit located top and bottom5"
(127 mm)
FIRE ALARMFIRE
PULL DOWN
4099 Series Addressable Manual Station
1" (25.4 mm)
3-3/4" (95 mm)
Station coverhinges open for
installation access
Simplex 2975-9178 box(shown for reference)
Address setting underresealable label (accessible
with cover open)
Switch wiring(prewired)
Field wiring(shown for reference)
1-1/4"(32 mm)
2-5/8"(67 mm)
Addressable Manual Stations Surface Mounting
Surface Mount Side View with Internal Detail
For retrofit and new installations, additional compatible mounting boxes and the required adapter plates are shown in the illustration to the right.
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited. NFPA 72 and National Fire Alarm and Signaling Code are trademarks of the National Fire Protection Association (NFPA). Lexan is a trademark of the General Electric Co. Wiremold is a trademark of the Wiremold Company.
8" (203 mm)
6" (152 mm)
4-3/4" (121 mm)
6-3/4" (171 mm)
Front View
Flush mount adapter kit2099-9819, Black2099-9820, Beige
Wall surface
4-11/16" (119 mm) square box, 2-1/8" (54 mm) minimum depth (by others)
Side View
Box must be recessed into wall 1" to 1-1/8" (25.4 mm to 29 mm)
Hole cutout must be a minimum of 6" H by 5" W
(152 mm by 127 mm)
2099-9814 Surface trim for Wiremold box
5-1/8" H x 5" W (130 mm x 127 mm)
Addressable station
Two gang switch box, each3" H x 2" W x 2-3/4" D (76 mm x 51 mm x 70 mm)(supplied by others)
2099-9813 Semi-flush trim for 2 gang switch box, 6" H x 4-1/2" W
(152 mm x 114 mm)
Wiremold receptacle box model V5744-2 (supplied by others)
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S4099-0005 10/2014
www.simplex-fire.com © 2014 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
Addressable Manual Station, Additional Mounting Information
Addressable Manual Station, Flush Mounting Information
Features
TrueAlarm analog sensing provides: Digital transmission of analog sensor values via IDNet
or MAPNET II two-wire communications
For use with the following Simplex® products: 4007ES, 4010, 4010ES, 4100ES, and 4100U Series
control panels; and 4008 Series control panels with reduced feature set (refer to data sheet S4008-0001 for details)
4020, 4100, and 4120 Series control panels, Universal Transponders, and 2120 TrueAlarm CDTs equipped for MAPNET II operation
Fire alarm control panel provides: Peak value logging allowing accurate analysis of each
sensor for individual sensitivity selection Sensitivity monitoring satisfying NFPA 72 sensitivity
testing requirements; automatic individual sensor calibration check verifies sensor integrity
Automatic environmental compensation, multi-stage alarm operation, and display of sensitivity directly in percent per foot
Ability to display and print detailed sensor information in plain English language
Photoelectric smoke sensors provide: Seven levels of sensitivity from 0.2% to 3.7%
(refer to additional information on page 3)
Heat sensors provide: Fixed temperature sensing Rate-of-rise temperature sensing Utility temperature sensing Listed to UL 521 and ULC-S530
General features: Listed to UL 268 and ULC-S529 Louvered smoke sensor design enhances smoke
capture by directing flow to chamber; entrance areas are minimally visible when ceiling mounted
Designed for EMI compatibility Magnetic test feature is provided Different bases are available to support a supervised
or unsupervised output relay, and/or a remote LED alarm indicator
Additional base reference: For isolator bases, refer to data sheet S4098-0025 For sounder bases, refer to data sheet S4098-0028 For photo/heat sensors, refer to data sheet S4098-0024
(single address) and S4098-0033 (dual address)
* These products have been approved by the California State Fire Marshal (CSFM) pursuant to Section 13144.1 of the California Health and Safety Code. See CSFM Listings 7272-0026:218, 7271-0026:231, 7270-0026:216, and 7300-0026:217 for allowable values and/or conditions concerning material presented in this document. Accepted for use – City of New York Department of Buildings – MEA35-93E. Additional listings may be applicable, contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
4098-9714 TrueAlarm Photoelectric Sensor Mounted in Base
Description Digital Communication of Analog Sensing. TrueAlarm analog sensors provide an analog measurement digitally communicated to the host control panel using Simplex addressable communications. At the control panel, the data is analyzed and an average value is determined and stored. An alarm or other abnormal condition is determined by comparing the sensor’s present value against its average value and time.
Intelligent Data Evaluation. Monitoring each sensor’s average value provides a continuously shifting reference point. This software filtering process compensates for environmental factors (dust, dirt, etc.) and component aging, providing an accurate reference for evaluating new activity. With this filtering, there is a significant reduction in the probability of false or nuisance alarms caused by shifts in sensitivity, either up or down.
Control Panel Selection. Peak activity per sensor is stored to assist in evaluating specific locations. The alarm set point for each TrueAlarm sensor is determined at the host control panel, selectable as more or less sensitive as the individual application requires.
Timed/Multi-Stage Selection. Sensor alarm set points can be programmed for timed automatic sensitivity selection (such as more sensitive at night, less sensitive during day). Control panel programming can also provide multi-stage operation per sensor. For example, a 0.2% level may cause a warning to prompt investigation while a 2.5% level may initiate an alarm.
Sensor Alarm and Trouble LED Indication. Each sensor base’s LED pulses to indicate communications with the panel. If the control panel determines a sensor is in alarm, or is dirty or has some other type of trouble, the details are annunciated at the control panel and that sensor base’s LED will be turned on steadily. During a system alarm, the control panel will control the LEDs such that an LED indicating a trouble will return to pulsing to help identify the alarmed sensors.
TrueAlarm Analog Sensing UL, ULC, CSFM Listed; FM Approved; TrueAlarm Analog Sensors – Photoelectric MEA (NYC) Acceptance* and Heat; Standard Bases and Accessories
S4098-0019-19 11/2014
ALARM
Sensor Base Features
Base mounted address selection: Address remains with its programmed location Accessible from front (DIP switch under sensor) General features: Automatic identification provides default sensitivity when
substituting sensor types Integral red LED for power-on (pulsing), or alarm or trouble
(steady on) Locking anti-tamper design mounts on standard outlet box Magnetically operated functional test
Sensor Bases
4098-9792, Standard Sensor Base 4098-9789, Sensor Base with wired connections for: 2098-9808 Remote LED alarm indicator or 4098-9822 relay
(relay is unsupervised and requires separate 24 VDC) Supervised Relay Bases (not compatible with 2120 CDT): 4098-9791, 4-Wire Sensor Base, use with remote or
locally mounted 2098-9737 relay, requires separate 24 VDC 4098-9780, 2-Wire Sensor Base, use with remote or
locally mounted 4098-9860 relay, no separate power required
Supervised relay operation is programmable and can be manually operated from control panel
Includes wired connections for remote LED alarm indicator or 4098-9822 relay (relay is unsupervised and requires separate 24 VDC)
Sensor Base Options
2098-9737, Remote or local mount supervised relay: DPDT contacts for resistive/suppressed loads, power limited
rating of 3 A @ 28 VDC; non-power limited rating of 3 A @ 120 VAC (requires external 24 VDC coil power)
4098-9860, Remote or local mount supervised relay: SPDT dry contacts, power limited rating of 2 A @ 30 VDC,
resistive; non-power limited rating of 0.5 A @ 125 VAC, resistive
4098-9822, LED Annunciation Relay: Activates when base LED is on steady, indicating local
alarm or trouble DPDT contacts for resistive/suppressed loads, power limited
rating of 2 A @ 28 VDC; non-power limited rating of 1/2 A @ 120 VAC, (requires external 24 VDC coil power)
4098-9832, Adapter plate: Required for surface or semi-flush mounting to 4” square
electrical box and for surface mounting to 4” octagonal box Can be used for cosmetic retrofitting to existing 6-3/8”
diameter base product 2098-9808, Remote red LED Alarm Indicator: Mounts on single gang box (shown in
illustration to right)
Description
TrueAlarm sensor bases contain integral addressable electronics that constantly monitor the status of the detachable photoelectric or heat sensors. Each sensor’s output is digitized and transmitted to the system fire alarm control panel every four seconds.
Since TrueAlarm sensors use the same base, different sensor types can be easily interchanged to meet specific location requirements. This feature also allows intentional sensor substitution during building construction. When conditions are temporarily dusty, instead of covering the smoke sensors (causing them to be disabled), heat sensors may be installed without reprogramming the control panel. Although the control panel will indicate an incorrect sensor type, the heat sensor will operate at a default sensitivity providing heat detection for building protection at that location.
Mounting Reference
Electrical Box Requirements: (boxes are by others)
Without relay in the box: 4" octagonal or 4" square, 1-1/2" deep; single gang, 2" deep
With relay in the box : 4" octagonal or 4" square, 1-1/2" deep, with 1-1/2" extension ring
TrueAlarm Bases4098-9780, 4098-9789, 4098-9791, & 4098-9792
4-7/8" (124 mm)
15/16" (24 mm)
6-3/8" (162 mm)
1/4"(6.4 mm)
4098-9832 Adapter Plate, required for mounting to surface mounted boxes
and 4" square flush box
2098-9737 Supervised Relay(mounts in base electrical box or remotely)
4098-9822 Relay (mounts in base electrical box)
NOTE: Review total wire count, wire size, and accessories being wired to determine required box volume.
Relay Size: 2-1/2" X 1-1/2" X 1"(3.75 in3 ) (64 mm X 38 mm X 25.4 mm)
4098-9860 Supervised Relay (mounts in base electrical box or remotely; 2-3/8" X 1-1/4" X 11/32"(1 in3 ) (60.4 mm X 31.8 mm X 8.6 mm)
Surface mount reference 4" (102 mm) Square Box 4" (102 mm) Octagonal Box
Flush mount reference, mount even with finalsurface, or with up to 1/4" (6.4 mm) maximum recess
1-1/2" (38 mm)minimum box depth
2 S4098-0019-19 11/2014
TrueAlarm Sensor Bases and Accessories
TrueAlarm Sensors Features
Sealed against rear air flow entry Interchangeable mounting EMI/RFI shielded electronics Heat sensors: Selectable rate compensated, fixed temperature
sensing with or without rate-of-rise operation
Rated spacing distance between sensors:
Fixed Temp. Setting
UL & ULC Spacing
FM Spacing, Either Fixed Temperature Setting
135° F (57.2° C)
60 ft x 60 ft (18.3 m)
20 ft x 20 ft (6.1 m) for fixed temperature only; RTI = Quick 50 ft x 50 ft (15.2 m) for fixed temperature with either rate-of-rise selection; RTI = Ultra Fast
155° F (68° C)
40 ft x 40 ft (12.2 m)
Smoke Sensors: Photoelectric technology sensing
360° smoke entry for optimum response
Built-in insect screens
4098-9714 Photoelectric Sensor
TrueAlarm photoelectric sensors use a stable, pulsed infrared LED light source and a silicon photodiode receiver to provide consistent and accurate low power smoke sensing. Seven levels of sensitivity are available for each individual sensor, ranging from 0.2% to 3.7% per foot of smoke obscuration. Sensitivities of 0.2%, 0.5%, and 1% are for special applications in clean areas. Standard sensitivities are 1.5%, 2.0%, 2.5%, 3.0%, and 3.7%. Application type and sensitivity are selected and then monitored at the fire alarm control panel.*
The sensor head design provides 360° smoke entry for optimum response to smoke from any direction. Due to its photoelectric operation, air velocity is not normally a factor, except for impact on area smoke flow.
2-1/8"(54 mm)
LED status indicator
4-7/8" (124 mm)
4098-9714 Photoelectric Sensor with Base
4098-9733 Heat Sensor
TrueAlarm heat sensors are self-restoring and provide rate compensated, fixed temperature sensing, selectable with or without rate-of-rise temperature sensing. Due to its small thermal mass, the sensor accurately and quickly measures the local temperature for analysis at the fire alarm control panel.
Rate-of-rise temperature detection is selectable at the control panel for either 15° F (8.3° C) or 20° F (11.1° C) per minute. Fixed temperature sensing is independent of rate-of-rise sensing and programmable to operate at 135° F (57.2° C) or 155° F (68° C). In a slow developing fire, the temperature may not increase rapidly enough to operate the rate-of-rise feature. However, an alarm will be initiated when the temperature reaches its rated fixed temperature setting.
TrueAlarm heat sensors can be programmed as a utility device to monitor for temperature extremes in the range from 32° F to 155° F (0° C to 68° C). This feature can provide freeze warnings or alert to HVAC system problems. Refer to specific panels for availability.
2-3/8"(60 mm)
LED status indicator
4-7/8" (124 mm)
4098-9733 Heat Sensor with Base
WARNING: In most fires, hazardous levels of smoke and toxic gas can build up before a heat detection device would initiate an alarm. In cases where Life Safety is a factor, the use of smoke detection is highly recommended.
Application Reference
Sensor locations should be determined only after careful consideration of the physical layout and contents of the area to be protected. Refer to NFPA 72, the National Fire Alarm and Signaling Code. On smooth ceilings, smoke sensor spacing of 30 ft (9.1 m) may be used as a guide.*
* For detailed application information including sensitivity selection, refer to Installation Instructions 574-709.
3 S4098-0019-19 11/2014
TrueAlarm Sensor Bases (for use with Sensors 4098-9714 and 4098-9733) (Refer to Application Manual 574-709 and Installation Instructions 574-707 for additional information)
Model Description Compatibility Mounting Requirements
4098-9792 Standard Sensor Base No options 4” octagonal or 4” square box, 1-1/2” min. depth; or single gang box, 2” min. depth
4098-9789 Sensor Base with connections for Remote LED Alarm Indicator or Unsupervised Relay
2098-9808 Remote Alarm Indicator or 4098-9822 Unsupervised Relay 4” octagonal or 4” square box
Note: Box depth requirements depend on total wire count and wire size, refer to accessories list below for reference.
** NOTE: 4098-9791 and 4098-9780 are NOT compatible with the 2120 CDT
4098-9791** 4-Wire Sensor Supervised Relay Base with connections for LED Indicator or Unsupervised Relay
2098-9737 Supervised Remote Relay 2098-9808 Remote Alarm Indicator or 4098-9822 Unsupervised Relay
4098-9780** 2-Wire Sensor Supervised Relay Base with connections for LED Indicator or Unsupervised Relay
4098-9860 Supervised Remote Relay 2098-9808 Remote Alarm Indicator or 4098-9822 Unsupervised Relay
TrueAlarm Sensors Model Description Compatibility Mounting Requirements
4098-9714 Photoelectric Smoke Sensor Bases 4098-9792, 4098-9789, 4098-9791, and 4098-9780 Refer to base requirements
4098-9733 Heat Sensor
TrueAlarm Sensor/Base Accessories Model Description Compatibility Mounting Requirements
2098-9737 Supervised Relay, mounts remote or in base electrical box For use with 4098-9791 base Remote Mounting requires 4” octagonal
or 4” square box, 1-1/2” minimum depth Base Mounting requires 4” octagonal box, 2-1/8” deep with 1-1/2” extension ring4098-9860 Supervised Relay, mounts remote or in base
electrical box For use with 4098-9780 base
2098-9808 Remote Red LED Alarm Indicator on single gang stainless steel plate
Bases 4098-9789, 4098-9791, and 4098-9780 Single gang box, 1-1/2” minimum depth
4098-9822 Unsupervised Relay, tracks base LED status; Note: Mounts only in base electrical box
Bases 4098-9789, 4098-9791, and 4098-9780
4” octagonal box, 2-1/8” deep with 1-1/2” extension ring
4098-9832 Adapter Plate Bases 4098-9792, 4098-9789, 4098-9791, and 4098-9780
Required for surface or semi-flush mounted 4” square box and for surface mounted 4” octagonal box
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited. NFPA 72 and National Fire Alarm and Signaling Code are trademarks of the National Fire Protection Association (NFPA).
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S4098-0019-19 11/2014
www.simplex-fire.com © 2014 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
General Operating Specifications Communications and Sensor Supervisory Power IDNet or MAPNET II communications, auto-selected, 1 address per base Communications Connections Screw terminals for in/out wiring, 18 to 14 AWG (0.82 mm2 to 2.08 mm2) Remote LED Alarm Indicator Current 1 mA typical, no impact to alarm current Remote LED Alarm Indicator and Relay Connections Color coded wire leads, 18 AWG (0.82 mm2 ) UL Listed Operating Temperature Range 32° to 100° F (0° to 38° C)
Operating Temperature Range
with 4098-9733 Heat Sensor 32° to 122° F (0° to 50° C) with 4098-9714 Smoke Sensor 15° to 122° F (-9° to 50° C)
Storage Temperature Range 0° F to 140° F (-18° C to 60° C) Humidity Range 10 to 95% RH 4098-9714 Smoke Sensor Air Velocity Rating 0-4000 ft/min (0-1220 m/min) Housing Color Frost White
4098-9791 Base With Supervised Remote Relay 2098-9737 (see page 2 for contact ratings) Externally Supplied Relay Coil Voltage 18-32 VDC (nominal 24 VDC) Supervisory Current 270 A, from 24 VDC supply Alarm Current with 2098-9737 Relay 28 mA, from 24 VDC supply
4098-9780 Base With Supervised Remote Relay 4098-9860 (see page 2 for contact ratings) Power Supplied from communications
4098-9822 Unsupervised Relay, Requirements for Bases 4098-9789. 4098-9791, and 4098-9780 (see page 2 for contact ratings) Externally Supplied Relay Coil Voltage 18-32 VDC (nominal 24 VDC) Supervisory Current Supplied from communications Alarm Current 13 mA from separate 24 VDC supply
TrueAlarm Analog Sensing Product Selection Chart
Specifications
Features
TrueAlarm addressable sensor base with 520 Hz sounder TrueAlarm sensor bases with 520 Hz tone require a
TrueAlarm photoelectric, photo/heat or heat sensor (ordered separately)
TrueAlarm sensor bases with 520 Hz tone are multi-point devices, use a single IDNet address, and receive communications and sensor power from the IDNet channel (the sounder base requires separate 24 VDC system power or NAC connection)
IDNet circuit allows the sounder to be supervised and coded by compatible NACs, allowing synchronized temporal, march time, or other channel coding.
Sensor and sounder operation is listed to UL Standard 268, UL Standard 464, and ULC Standard S529
Sounder operation is also listed to UL Standard 464 as an audible notification appliance
Sensor base with photoelectric or photo/heat sensor operation Independent sensor operation or selectable multi-sensor
modes for false alarm reduction or faster detection Photoelectric, photo/heat, or heat sensors can be
analyzed to reject non-fire conditions that can trigger false alarms (steam, dust, etc)
520 Hz Sounder base operation Low Frequency sound output (520Hz at 85 dBA)
The base can supervise the sounder drive circuit when an AUX 24V power line is used for sounder power. Alternatively, base supervision can be disabled if a supervised NAC is needed to power the sounder for coded outputs.
Sounder can be manually activated from the panel
Panel operation summary Analog sensor information is digitally transmitted to the
host control panel via IDNet communications for processing to evaluate and track status
General features Ceiling mount operation Optional accessories include remote alarm LED and
mounting adapter plate Designed for EMI compatibility Magnetic test feature
TrueAlarm Sensor Base with 520 hz sounder 4098-9772 with Heat Sensor installed
520 Hz Sounder Base Features
Base mounted address selection allows the address to remain with its programmed location when the sensor is removed for service or type change.
Automatic sensor type identification provides default sensitivity when substituting sensor types. Different sensor types can be easily interchanged to meet specific location requirements. This feature also allows intentional sensor substitution during building construction. Instead of covering the smoke sensors when conditions are temporarily dusty, heat sensors may be installed without reprogramming the control panel.
Integral red LED indicates power-on by pulsing, or alarm or trouble when steady on. The exact status is annunciated at the fire alarm control panel.
Application Reference
Determine sensor locations after careful consideration of the physical layout and contents of the area to be protected.
For fire alarm applications: Refer to NFPA 72, the National Fire Alarm and
Signaling Code
On smooth ceilings, smoke sensor spacing of 30 ft (9.1 m) may be used as a guide.
For detailed application information: Refer to 4098 Detectors, Sensors, and Bases Application
Manual, Part Number 574-709.
* Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
TrueAlarm ES Analog Sensing UL listed, FM approved* TrueAlarm 4098-9772 Sensor Base
with 520 Hz Sounder
S4098-0054-1 11/2015
Control Panel Operations
Smoke sensor features include: sensitivity monitoring satisfying NFPA 72 sensitivity testing requirements, automatic individual sensor calibration checking to verify sensor integrity, automatic environmental compensation, available multi-stage alarm operation, display of sensitivity directly in percent per foot, monitoring of peak activity per sensor, alarm set point, and time of day or multi-stage alarm selection.
Sensor Alarm and Trouble LED Indications The sensor base LED pulses to indicate communications with the panel. If a sensor is in alarm, or has a trouble condition, the status is annunciated at the control panel and that base LED will turn on steady. During a system alarm, the panel will control LEDs such that a trouble indication will return to pulsing to help identify the sensors in alarm. Multi-Point Allocation 4007ES, 4010ES, and 4100ES control panels require only one (1) point at the host panel per sensor base. Depending on sensor base and sensor choice, up to seven (7) points can be made public to a connected Simplex Fire Alarm Network. Each sensor base uses a single address with “sub-points” layered underneath (such as 1-1-0, 1-1-1, 1-1-2, ….1-1-6).
For 4100U control panels, the requirement is three (3) points at the host panel per sensor base with the 4098-9754 multi-sensor, and two (2) points for the other sensors. Additional multi-point allocation detail is described in reference data sheet S4090-0011.
Control Panel Operations (Continued)
Sensor Base with 520 Hz Power Requirements Power for the sensor base is provided by IDNet communications. No additional wiring is required for upgrading of existing installed TrueAlarm sensor bases. Sensor sounder bases do require system supplied separate VDC (or NAC) wiring, the same as the standard sounder base. Accessories
2098-9808, Remote red LED Alarm Indicator mounts on a single gang box to provide status indications where the sensor location may not be readily visible. (See illustration to right.)
2098-9808 Remote LED Alarm Indicator
TrueAlarm Analog Sensor Features
Sealed against rear air flow entry Electronics are EMI/RFI shielded Heat sensing: Selectable rate compensated, fixed temperature
sensing with or without rate-of-rise operation
Rated spacing distance between sensors:
Fixed Temp. Setting
UL& ULC Spacing
FM Spacing, Either Fixed Temperature Setting
135° F (57.2° C)
60 ft x 60 ft (18.3 m)
20 ft x 20 ft (6.1 m) for fixed temperature only; RTI = Quick 50 ft x 50 ft (15.2 m) for fixed temperature with either rate-of-rise selection; RTI = Ultra Fast
155° F (68° C)
40 ft x 40 ft (12.2 m)
Smoke Sensors: Photoelectric technology sensing
360° smoke entry for optimum response
Built-in insect screens
4098-9714 Photoelectric Sensor
TrueAlarm photoelectric sensors use a stable, pulsed infrared LED light source and a silicon photodiode receiver to provide consistent and accurate low power smoke sensing. Seven levels of sensitivity are available for each individual sensor, ranging from 0.2% to 3.7% per foot of smoke obscuration. Sensitivities of 0.2%, 0.5%, and 1% are for special applications in clean areas. Standard sensitivities are 1.5%, 2.0%, 2.5%, 3.0%, and 3.7%. Application type and sensitivity are selected and then monitored at the fire alarm control panel. (For detailed application information about sensitivity selection, refer to Installation Instructions 574-709.)
The sensor head design provides 360° smoke entry for optimum smoke response. Due to its photoelectric operation, air velocity is not normally a factor, except for impact on area smoke flow.
4098-9714 Photoelectric Sensor on sensor base
4098-9754 Multi-Sensor
TrueAlarm multi-sensors combine the performance of TrueAlarm photoelectric smoke sensing with TrueAlarm thermal sensing to provide both features in a single assembly. Each sensing element provides data for evaluation at the fire alarm control panel where the following four independent detection modes are evaluated:
Fixed temperature heat detection Rate-of-rise heat detection TrueAlarm photoelectric smoke detection And TrueSense correlation detection
2 S4098-0054-1 11/2015
ALARM
4098-9754 Multi-Sensor (Continued)
Multi-Sensor on Sensor Base
TrueSense analysis correlates thermal activity and smoke activity at a single multi-sensor location using an extensively tested covariance relationship. As a result, TrueSense detection improves response to conditions indicative of faster acting, hot flaming fires when compared to the response of either photoelectric smoke activity or thermal activity alone.
4098-9733 Heat Sensor
TrueAlarm heat sensors are self-restoring and provide rate compensated, fixed temperature sensing, selectable with or without rate-of-rise temperature sensing. Due to its small thermal mass, the sensor accurately and quickly measures the local temperature for analysis at the fire alarm control panel.
Rate-of-rise temperature detection is selectable at the control panel for either 15° F (8.3° C) or 20° F (11.1° C) per minute. Fixed temperature sensing is independent of rate-of-rise sensing and programmable to operate at 135° F (57.2° C) or 155° F (68° C). In a slow developing fire, the temperature may not increase rapidly enough to operate the rate-of-rise feature. However, an alarm will be initiated when the temperature reaches its rated fixed temperature setting.
TrueAlarm heat sensors can be programmed as a utility device to monitor for temperature extremes in the range from 32° F to 155° F (0° C to 68° C). This feature can provide freeze warnings or alert to HVAC system problems.
4098-9733 Heat Sensor on Sensor Base
WARNING: In most fires, hazardous levels of smoke and toxic gas can build up before a heat detection device would initiate an alarm. In cases where Life Safety is a factor, the use of smoke detection is highly recommended.
Install Reference
3 S4098-0054-1 11/2015
TrueAlarm Sensor Base
Model Description 4098-9772 Sensor base with 520 Hz Sounder
TrueAlarm Sensors (select one per Sensor Base with 520 Hz Sounder) Model Description
4098-9714 Photoelectric Smoke Sensor Refer to selection table below for available operation modes 4098-9754 Multi-Sensor Photoelectric and Heat Sensing
4098-9733 Heat Sensor Accessories (ordered separately as required)
Model Description Mounting Requirements 4098-9863 Adapter Plate required for surface flush 4” square electrical
boxes. Refer to page 6, mounting reference
2098-9808 Remote red LED Alarm Indicator on single gang stainless steel plate. Single gang box, 1-1/2” minimum depth
Note: Refer to Installation Instructions 574-707 and Application Manual 574-709 for additional information.
4 S4098-0054-1 11/2015
Sensor Choice Mode Operational Mode Choices* ( = operation selected)
False Alarm Reduction
Faster Detection
TrueSense Photo/Heat Photo Fire Heat Fire** Utility Temp. Ion Fire
Photoelectric Smoke Sensor 4098-9714
1 — — — — — —
2 — — option — — —
Photo/Heat Multi-Sensor 4098-9754
3 — — — option option —
4 — — option option option —
5 — option option option
Heat Sensor 4098-9733
6 — — — — option —
7 — — — — option —
* NOTE: Duct detection modes are not applicable and are not available. Refer to the Multi-Point Allocation discussion on page 3 for panel point requirement information.
** Heat Fire Mode is 135° F or 155° F, fixed or rate-of-rise.
Sensor Base Operation Options with Sensor Choice
Sensors and Accessories Product Selection
General Operating Specifications Communications and Sensor Supervisory Power IDNet communications, 1 address per base Communications and Sounder Power Connections Screw terminals for in/out wiring, 18 to 14 AWG (0.82 mm2 to 2.08 mm2)
Remote LED Alarm Indicator Current 1 mA typical supplied from communications, no impact to alarm current
LED Connections Color coded wire leads, 18 AWG (0.82 mm2 )
UL Listed Temperature Range 32° F to 100° F (0° C to 38° C)
Operating Temperature Range
with 4098-9733, 4098-9714 or 4098-9754 32° F to 122° F (0° C to 50° C)
Humidity Range 10 to 95% RH Smoke Sensor Ambient Ratings
4098-9714, Photoelectric Sensor Air velocity is 0-4000 ft/min (0-1220 m/min)
Housing Color Frost White
Installation Instructions 574-707 Sounder Operation Sounder Voltage 24 VDC nominal, 16 to 32 VDC from NAC
Alarm Current (Sounder On) 520Hz signal 129 mA @ 16 V, 115 mA @ 18 V
Broadband signal 139 mA @ 16 V, 125 mA @ 18 V
Sounder Output
Minimum sound output @ 10 ft (3 m) per UL Standard 464, Audible Signaling Appliance
Minimum sound output @ 10 ft (3 m) per UL Standard 268, Smoke Detectors for Fire Protective Signaling Systems and CSA 6.19-01
520 Hz signal 80 dBA 86 dBA
Broadband signal 81 dBA 87 dBA
Base Supervision of Sounder Power Input (Selectable)
Supervised Select for continuous 24 VDC power, loss of power is communicated to panel
Unsupervised Select when connected to NAC for sounder power, NAC provides supervision
NAC Powered Operation When in alarm, will sound when NAC is in alarm, allowing synchronized pattern (Temporal or March Time, etc.) controlled by the NAC control
Product Data Sheet Product Data Sheet Temporal Code 4 Module S4905-0006 4100ES Control Panels with EPS
Power Supplies S4100-0100
Standard Bases S4098-0019 4100ES Standard Control Panels S4100-0031 Isolator Bases S4098-0025 4100ES Audio Control Reference S4100-0034 Standard Sounder Base S4098-0028 4010ES Control Panels S4010-0004 TrueSense Multi-Sensor S4098-0024 4007ES Hybrid Control Panels S4007-0001 TrueAlarm 4098-9773 CO Sensor Base with 520 Hz Sounder
S4098-0053
5 S4098-0054-1 11/2015
Specifications
Additional Information Reference
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S4098-0054-1 11/2015
www.simplex-fire.com © 2015 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited. NFPA 72 and National Fire Alarm and Signaling Code are trademarks of the National Fire Protection Association (NFPA).
Features
IDNet or MAPNET II addressable communications supply both data and power over a single wire pair to provide**: Supervised Class B monitoring of normally open, dry
contacts Total wiring distance from IAM to supervision
resistor(s) of up to 500 ft (152 m) Monitored connection is compatible with Simplex®
2081-9044 Overvoltage Protectors for outdoor wiring or electrically noisy applications
For use in indoor locations up to 158° F (70° C) such as attic spaces or similar applications
For use with following Simplex control panels: Model Series 4007ES, 4008, 4010, 4010ES, and 4100ES
fire alarm control panels for IDNet communications Model Series 4100/4100U/4100ES, 4120, 4020, and
2120 Communicating Device Transponders (CDTs) equipped with MAPNET II communications
Model 4090-9001: Enclosed design minimizes dust infiltration Mounts in standard single gang electrical box Screw terminals for wiring connections Visible LED flashes to indicate communications Optional covers are available to allow LED to be
viewed after installation (requires mounting bracket, ordered separately)
Model 4090-9051: Encapsulated design for extended exposure to high
humidity (LED is not present on this model) Color coded 18 AWG leads for wiring
IDNet communications provides current limited monitoring: Provides monitoring of tamper switch (supervisory)
and waterflow switch (alarm) on same circuit using one point
Available with IDNet communications only
Multiple operation modes are available and are selectable at the control panel: Contact closure status can be tracked Momentary contact closure conditions can be selected at
the panel to be latched or tracked (not available with the 2120 CDT)
UL listed to Standard 864 * These products have been approved by the California State Fire Marshal (CSFM) pursuant
to Section 13144.1 of the California Health and Safety Code. See CSFM Listing 7300-0026:223 for allowable values and/or conditions concerning material presented in this document. Accepted for use – City of New York Department of Buildings – MEA35-93E. Additional listings may be applicable; contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products .
- IDNET IN ++IDNET IN -
4090-9001 Supervised IAM (shown approximately 3/4 size)
LISTEDSIGNALING DEVICEISSUE NO.
4090-9051 Supervised IAM (shown approximately 3/4 size)
Description
Individual addressable modules (IAMs) receive both power and communications from a two-wire MAPNET II or IDNet circuit. They provide location specific addressability to a single initiating device (such as single station smoke detector alarm contacts or heat detector contacts) or multiple devices at the same location by monitoring normally open dry contacts and the wiring to an end-of-line resistor.
Model 4090-9001 is packaged in a thermoplastic housing and provides screw terminal connections and a status indicating LED.
Model 4090-9051 is an encapsulated package with wire leads. It does not provide a status indicating LED.
Multi-Application Peripherals UL, ULC, CSFM Listed; FM Approved; IDNet and MAPNET II Communicating Devices, MEA (NYC) Acceptance* Individual Addressable Modules (IAMs)
S4090-0001-11 11/2014
Operation
Contact Closure. Closure of the monitored contact(s) initiates an alarm or other response as programmed at the fire alarm control panel. An open in the monitored circuit wiring will cause a trouble to be reported.
Panel Selections. Selections can be made at the control panel to maintain the alarm condition if the initiating device contacts are momentary, such as from a rate-of-rise heat detector, or to track the device contact status (not available with the 2120 CDT).
Current Limited Operation Applications
For use with IDNet communications only, these IAMs can provide quad-state sensing of normal, open circuit, short circuit, and current limited conditions. (Program type is “T-sense.”) With the proper end-of-line and current limiting resistors, dual functions such as tamper switch and waterflow switch monitoring can be determined and communicated by a single addressable point.
Model Description 4090-9001 Supervised IAM, mounted in thermoplastic housing with screw terminals; see applicable options below
4090-9051 Supervised IAM, encapsulated with wire leads
Optional Trim Plates and Mounting Bracket for Model 4090-9001 Model Description
4090-9806 For semi-flush mounted box Trim plate with LED viewing window, requires 4090-9810 mounting bracket, includes mounting screws; galvanized steel 4090-9807 For surface mounted box
4090-9810 Mounting bracket, mounts IAM to electrical box and provides screw holes for trim plate, required for optional trim plates
End-of-Line Resistor Harnesses (ordered separately as required) Model Reference No. Description
4081-9004 733-886 6.8 k, 1/2 W; Standard end-of-line resistor harness for N.O. contact supervision
4081-9003 733-896 4.7 k, 1/2 W Use for current limited monitoring applications
4081-9005 733-984 1.8 k, 1/2 W
Electrical Power and Communications MAPNET II or IDNet, auto selected, 1 address per IAM
Input Requirements Normally open, dry contacts
Wire Connections 4090-9001 Screw terminals for in/out wiring, 18 to 14 AWG wire
(0.82 mm2 to 2.08 mm2)
4090-9051 Color coded wire leads, 18 AWG (0.82 mm2), 8” long (203 mm)
Reference Documents Installation Instructions 574-331 for 4090-9001; 579-572 for 4090-9151
Field Wiring Diagrams 842-073 for IDNet operation; 841-804 for MAPNET II operation
Wiring Distances
Distance from IAM to Contacts 500 ft (152 m) maximum without protectors
400 ft (122 m) maximum with 2081-9044 Overvoltage Protectors
Wiring Distance Reference per channel, MAPNET II or IDNet Communications
2500 ft (762 m) maximum from fire alarm control panel
10,000 ft (3048 m) maximum total wiring distance (including T-Taps)
Mechanical
Dimensions 4090-9001 1-9/16” W x 1-3/4” H x 1-1/4” D (40 mm x 44 mm x 32 mm)
4090-9051 1-9/16” W x 1-9/16” H x 9/16” D (40 mm x 40 mm x 14 mm)
Housing Material, 4090-9001 Black thermoplastic
Encapsulation Material, 4090-9051 Epoxy, beige
Temperature Range 32° to 158° F (0° to 70° C); intended for indoor operation
Humidity Range Up to 93% RH at 100° F (38° C)
2 S4090-0001-11 11/2014
IAM Product Selection
Specifications
Optional Trim Plates and Mounting Bracket for Visible LED
Single gang electricalbox 2-1/2" (64mm)minimum depth(supplied by others)
Single gang blank cover plate and mounting screws, for use whenLED is not required to be externally viewed (supplied by others)
4090-9001 IDNetsupervised IAM
Field wiring shownfor reference
Address setting under resealable label
- IDNET IN ++IDNET IN -
LED viewing port
4090-9806, Trim plate for semi-flush mounted box
4090-9807, Trim plate for surface mounted box
4-1/4"(108 mm)
2-1/2"(64 mm)
2-13/16"(72 mm)
4-1/2"(114 mm)
Light pipe forLED viewing
NOTE: These mounting plates require mounting bracket 4090-9810.
4090-9810 Mountingbracket, ordered
separately
Mounting Reference, Single Gang Blank Cover Plate
2 S4090-0001-11 11/2014
Mounting Information
Single gang electricalbox 2-1/2" (64mm)minimum depth(supplied by others)
Single gang blank cover plate andmounting screws (supplied by others)
4090-9051Encapsulated
Supervised IAM
Address setting isat rear of housing
LISTEDSIGNALING DEVICEISSUE NO.
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S4090-0001-11 11/2014
www.simplex-fire.com © 2014 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
4090-9051 Mounting Information
Features
Individual Addressable Relay Module (Relay IAM): IDNet addressable control for use with Simplex® fire
alarm control panel models 4100ES, 4010ES, 4100U, 4008, and 4010
A single addressable point provides control and status tracking of a Form “C” contact
Low power latching relay design allows IDNet communications to supply both data and module power
Relay is set to OFF on initial power up and upon loss of IDNet communications
Compact, sealed construction: Enclosed design minimizes dust infiltration
Mounts in standard 4” (102 mm) square electrical box, optional adapter bracket is available to mount in a 4 11⁄16” (119 mm) square electrical box
Screw terminals for wiring connections
Visible LED flashes to indicate communications
Optional covers are available to allow LED to be viewed after installation
UL listed to Standard 864
Description
IDNet Relay IAMs allow fire alarm control panels to control a remotely located Form “C” contact using IDNet addressable communications for both data and module power. Typical applications would be for switching local power for control functions such as elevator capture, or control of HVAC components, pressurization fans, dampers, etc. Relay status is also communicated requiring only one device address.
Product Selection
Model Description 4090-9002 Relay IAM
Optional Adapter and Trim Plates Model Description
4090-9813 Adapter plate to fit 4 11⁄16” (119 mm) square electrical box
4090-9801 For semi-flush mounted box
Trim Plate, galvanized steel, with LED viewing window; includes mounting screws 4090-9802 For surface
mounted box * This product has been approved by the California State Fire Marshal (CSFM) pursuant to
Section 13144.1 of the California Health and Safety Code. See CSFM Listing 7300-0026:223 for allowable values and/or conditions concerning material presented in this document. Accepted for use – City of New York Department of Buildings – MEA35-93E. Additional listings may be applicable; contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
4090-9002 IDNet Relay IAM Package (shown approximately 1/2 size)
Specifications
Communications IDNet communications, 1 address per device
Relay IAM Power Supplied by IDNet communications
Contact Ratings* (not rated for incandescent switching)
Type Form C, SPDT
Power-Limited 2 A @ 24 VDC, resistive from listed
fire alarm supply 1 A @ 24 VDC, inductive
Nonpower-Limited 0.5 A @ 120 VAC, resistive
* Provide circuit fusing and transient suppression as required per application. DC inductive loads can typically be diode suppressed; 120 VAC loads may require RC networks or varistors, depending on device type. Refer to the installation instructions for additional information.
Wire Connections Screw terminals for in/out wiring, 18 to 14 AWG wire (0.82 to 2.08 mm2)
IDNet Communications Wiring Reference
Up to 2500 ft (762 m) from control panel
Up to 10,000 ft (3048 m) total wiring distance (including T-Taps)
Compatible with Simplex 2081-9044 Overvoltage Protectors
Dimensions 4 ⅛” H x 4 ⅛” W x 1 ⅜” D (105 mm x 105 mm x 35 mm)
Housing Material Black thermoplastic
Mounting Plate Sheet metal, galvanized
Temperature Range
32° to 120° F (0° to 49° C), intended for indoor operation
Humidity Range Up to 93% RH at 100° F (38° C)
Installation Instructions 574-184
Multi-Application Peripherals UL, ULC, CSFM Listed; FM Approved; IDNet Communicating Devices MEA (NYC) Acceptance* Model 4090-9002 Relay IAM
S4090-0002-9 11/2013
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited.
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S4090-0002-9 11/2013
www.simplex-fire.com © 2013 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
4" (102 mm) square box, 2-1/8" (54 mm) minimum depth, RACO 232 or equal (supplied by others)
Double gang blank cover plate and mounting screws, for use when LED is not required to be externally viewed (supplied by others)
4090-9002 Relay IAM
Address setting under resealable label
Optional Trim Plates for Visible LED
4090-9802, Trim plate forsurface mounted box
4090-9801, Trim plate forsemi-flush mounted box
Mounting Reference, Double Gang Blank Cover Plate
4-9/16"(116 mm)
4-9/16" (116 mm)
4-5/16"(109 mm)
Light pipe for LED viewing
4-5/16" (109 mm)
Relay IAM Mounting Information
Features
Individually addressed and controlled multi-candela TrueAlert ES V/O (visible only) notification appliances provide: • Multi-candela xenon strobe with synchronized 1 Hz flash
rate and with intensity programmable from the control panel or jumper selected as 15, 30, 75, 110, 135, or 185 cd
• Advanced addressable notification controlled by IDNAC SLCs providing regulated 29 VDC allowing strobes to operate with lower current even under battery backup
• Wiring supervision to each appliance allowing “T-tapped” connections for Class B circuits to simplify wiring (Class A circuits require in/out wiring)
• Self-Test Mode allows an on-board sensor to detect the strobe output and then report its status to the control panel
• TrueAlert Device Reports at the control panel detailing appliance point ID, custom label, type, and candela setting (see sample on page 3)
• Magnet Test diagnostics to assist checkout and testing of appliances and wiring and Electrical test point access without removing cover
• Compatibility with ADA requirements; (refer to important installation information on page 3)
• Compatibility with legacy TrueAlert addressable systems for upgrade and replacement (see page 4)
• Listed to UL Standard 1971 and ULC Standard S526 LED Indicator and Magnet Test feature: • Appliance LED can be selected to display each polling
cycle to indicate appliance supervision • When the controller is in diagnostic mode, the Magnet
Test pulses the LED to indicate appliance address and can be set to also briefly flash the strobe
Mechanical design features include: • Rugged, high impact, flame retardant thermoplastic
housing in red with white letters or white with red letters, with clear lens, available with FIRE, ALERT, FEU, FEU/FIRE, or blank lettering
• Separate covers are available to change appliance type on-site or for replacement; covers can be easily removed without disturbing the connected housing and avoiding trouble conditions
• A separate mounting plate allows wiring to be completed before appliance is mounted; use with single gang, double gang, or 4-inch square box, flush or surface mount
• In/out wiring terminals for 18 AWG to 12 AWG • Optional mounting adapters are available to cover
surface mounted electrical boxes and to adapt to Simplex 2975-9145 boxes
• Optional red wire guards (see page 2 for details)
* These products have been approved by the California State Fire Marshal (CSFM) pursuant to Section 13144.1 of the California Health and Safety Code. See CSFM Listing 7125-0026:0373 for allowable values and/or conditions concerning material presented in this document. Additional listings may be applicable; contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
TrueAlert ES Addressable Strobes are Available in Red
with White Lettering and White with Red Lettering
Description
TrueAlert ES addressable strobes are individually addressed visible notification appliances that receive power, supervision, and control signals from a Simplex fire alarm control panel providing IDNAC Signaling Line Circuits (SLCs). (See compatibility list on page 4.)
Strobe Application Reference
Proper selection of visible notification is dependent on occupancy, location, local codes, and proper applications of: the National Fire Alarm Code (NFPA 72), ANSI A117.1; the appropriate model building code: BOCA, ICBO, or SBCCI; and the application guidelines of the Americans with Disabilities Act (ADA).
TrueAlert ES Operation Advantage
TrueAlert ES addressable appliances on IDNAC SLCs provide separate visible (and audible) notification using a single two-wire circuit that also confirms connection to the individual notification appliance’s electronic circuit. This operation increases circuit supervision integrity by providing supervision that extends beyond the appliance wiring connections.
Reduced current allows efficient IDNAC SLC operation. With IDNAC SLCs, a constant 29 VDC source voltage is maintained, even during battery standby, allowing strobes to operate at higher voltage with lower current and ensuring a consistent current draw and voltage drop margin under both primary power and secondary battery standby. Efficiencies include wiring distances up to 2 to 3 times farther than with conventional notification, or support for more appliances per IDNAC SLC, or use of smaller gauge wiring, or combinations of these benefits, all providing installation and maintenance savings with high assurance that appliances that operate during normal system testing will operate during worst case alarm conditions.
TrueAlert Addressable Notification Appliances UL, ULC, CSFM Listed; Visible Notification Appliances, Wall Mount FM Approved* Multi-Candela Strobes, Model Series 49VO
S49VO-0001-5 6/2015
TrueAlert ES Operation Advantage (Cont’d)
Reducing Installation and Testing Time. With separate controls on the same two-wire SLC, installation time and expense for both retrofit and new construction can be significantly reduced. When Class B wiring is used, wiring can be “T” tapped, allowing more savings in distance, wire, conduit (size and utilization), and overall installation efficiency. Use of Self-Test and Magnet Test features improves installation efficiency. TrueAlert device reports conveniently identify information about each connected appliance.
TrueAlert ES Diagnostics
Test Features. When IDNAC SLCs are in diagnostic mode, Self-Test and Magnet Test features provide individual appliance testing. With the Self-Test feature, appliance operation can be confirmed without leaving the control panel. Additionally, each appliance’s LED can be selected to pulse when it receives a supervision poll during normal operation.
Self-Test Details. Selecting Self-Test Mode from the control panel allows on-board sensors, depending on the device type, to detect its own strobe and/or horn output and then report their status to the control panel.
TrueAlert ES Diagnostics (Continued)
Self-Test Details (Continued). Operation is by selected VNAC appliance groups and is either automatic (all briefly simultaneously activated) or individually activated by applying a magnet. (Refer to control panel data sheet for more Self-Test information, see list on page 4.)
Silent Appliance Magnet Test. In this test mode, in response to application of a magnet, the appliance LED pulses sequentially to conveniently indicate the appliance’s address.
Operational Appliance Magnet Test. In this test mode, after the address is indicated by pulsing the appliance LED, the strobe will briefly flash to indicate proper operation.
TrueStart Instrument Two (TSIT). The 2nd generation of the Simplex TrueStart Test Instrument adds testing of IDNAC SLC wiring and TrueAlert ES appliances to its ability to test IDCs, NACs, and IDNet communications before connection to the control panel. Please contact your local Simplex representative for additional information.
TrueAlert Addressable Wiring Isolator
Isolator Model 4905-9929 is available for remote mounting on TrueAlert addressable circuits to isolate short circuited wiring from functioning wiring. (See data sheet S4905-0001.)
TrueAlert ES Wall Mount Addressable Strobes TrueAlert ES addressable VO (strobe) appliances include cover and matching mounting plate except as noted; Dimensions with Cover = 5 ⅛” H x 5” W x 2 ⅝” D (130 mm x 127 mm x 67 mm)
Model* Cover Color Wording Lens Color Model* Cover Color Wording Lens Color 49VO-WRF(-BA) Red
FIRE Clear
49VO-WRQ Red FEU
Clear 49VO-WWF(-BA) White 49VO-WWQ White 49VO-WRA(-BA) Red
ALERT 49VO-WRS(-BA) Red
Blank 49VO-WWA(-BA) White 49VO-WWS(-BA) White 49VO-APPLW Select cover and mounting plate separately
Separate Mounting Plate Model Color Note
49MP-AVVOWR Red Mounting Plate is required when ordering model 49VO-APPLW
49MP-AVVOWW White
Separate Covers (Required when ordering model 49VO-APPLW) Model* Color Wording Model* Color Wording
49VOC-WRFIRE Red FIRE
49VOC-WRFEU Red FEU
49VOC-WWFIRE White 49VOC-WWFEU White 49VOC-WRALT Red
ALERT 49VOC-WRBLNG Red
FEU/FIRE 49VOC-WWALT White 49VOC-WWBLNG White 49VOC-WRS Red Blank 49VOC-WWS White Blank * Note: (-BA) indicates model is available either with or without the -BA suffix. Model numbers ending in -BA, APPLW models, and separate mounting plates are assembled in the USA.
Mounting Adapters and Wire Guard Model Color Description Dimensions
4905-9937 Red Surface Mount Adapter Skirt 5 ⅜” H x 5 ¼” W x 1 ⅝” D (136 mm x 133 mm x 41 mm)
Total depth with strobe = 4 ⅜” (111 mm) 4905-9940 White
4905-9931 Red Adapter Plate for mounting to Simplex 2975-9145 Box (typically for retrofit, mount vertical or horizontal)
8 5⁄16” x 5 ¾” x 0.060” Thick (211 mm x 146 mm x 1.5 mm)
2975-9145 Red Mounting Box, requires 4905-9931 Adapter Plate 7 ⅞" x 5 ⅛" x 2 ¾" D (200 mm x 130 mm x 70 mm)
4905-9961 Red wire guard with mounting plate, compatible with semi-flush or surface mount boxes
6 1⁄16” H x 6 1⁄16” W x 3 ⅛” D (154 mm x 154 mm x 79 mm)
2 S49VO-0001-5 6/2015
Product Selection
3 S49VO-0001-5 6/2015
Removable cover (when installed, use flat bladed screwdriver to release latch on left side)
Mounting is compatible with single gang, double gang, and 4" (102 mm) square boxes,
1-1/2" (38 mm) deep, supplied separately
Mounting Holes:Single gang (2)Double gang (4)4" square (4)
Magnetic test location (bottom of housing)
LED indicator location
Transparent housing assembly
Mounting plate
Electrical test point access holes(on bottom)
Wiring access hole
Wiring terminals and connection clips
Strobe intensity viewing slot on
side of appliance (not to scale)
Intensity selection plug, accessible from rear of housing; factory setting is FACP, controlled by panel
110753015
FACP135185
Address setting DIP switch, accessible
from rear of housing
NFPA 72 requires that the entire lens be not less than 80" and not greater than 96" above the finished floor (confirm with your local codes)
Electrical box outline
80" (2.03 m)minimum
IMPORTANT! WALL MOUNT INSTALLATION HEIGHT REFERENCE
Bottom of lens is either even with, or slightly above bottom of compatible boxes
TrueAlert ES Addressable Strobe
2975-9145 Box
4905-9931 Adapter Plate
4905-9931 Adapter Plate
4905-9961 Optional Wire Guard (shown here for reference only, can be used on other mounting options)
Optional 4905-9961
Wire Guard
4" square box profile,1-1/2" (38 mm) deep
(Surface mount conduit and box shown for reference)
Optional surface mount adapter skirt,1-1/2" deep: 4905-9937, Red;
4905-9940, White (conduit knockouts are provided on all four sides)
TrueAlert ES Addressable
Strobe
Surface Mount Side View Reference2975-9145 Box Mounting Reference
Service Port Page 1 REPORT 5 : TrueAlert Device Report 12:34:56am TUE 27-Jan-15 POINT ID
CUSTOM LABEL
DEVICE TYPE
CANDELA
T14-1-1 Location Label . . . up to 40 characters V/O 15 T14-1-2 Break Room 5 A/V 110 T14-1-3 Boiler Room A/V 75 T14-1-4 Elec. Room 7 A/V 135
Adapter Plate and Surface Mount Installation Reference
Installation Reference
TrueAlert Device Reports Reference
Electrical Ratings Typical Operating Voltage Range 23 VDC to 31 VDC, Special Application (see below for 17 VDC rating)
Supervisory Requirements 1 unit load (= 0.8 mA control panel current) IDNAC SLC Loading Maximum of 127 addresses per SLC, 139 unit loads
Candela Setting 15 cd 30 cd 75 cd 110 cd 135 cd 185 cd
23 VDC RMS Current Ratings, for typical design of IDNAC Addressable SLCs (6 VDC drop)
47 mA 57 mA 100 mA 132 mA 160 mA 208 mA
General Specifications
Temperature Range 32° to 122° F (0° to 50° C)
Humidity Range 10% to 93%, non-condensing @ 104° F (40° C)
IDNAC SLC Wiring Specifications (refer to control panel installation instructions for more information)
UTP, unshielded twisted pair recommended Maximum wire length allowed with “T-Taps” for Class B wiring per SLC = 10,000 ft (3048 m) Maximum wire length to any appliance = 4000 ft (1219 m)
Connections Terminal blocks on mounting plate for 18 AWG to 12 AWG (0.82 mm2 to 3.31 mm2); two wires per terminal for in/out wiring
Installation Instructions 579-1031
Notes: Refer to compatibility table above for fire alarm control panel and power supply operation type.
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited. NFPA 72 and National Fire Alarm Code are trademarks of the National Fire Protection Association (NFPA).
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S49VO-0001-5 6/2015
www.simplex-fire.com © 2015 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
Compatible Controller Data Sheet Reference Controller Output Available Strobe
Intensity Appliance Voltage
Minimum 4100ES or 4100U with TrueAlert Power Supply S4100-0031
TrueAlert Addressable SLC 15, 30, 75, and 110 cd 17 VDC 4009 TPS, Remote
TrueAlert Power Supply S4100-0037
TrueAlert Addressable Controller (4009T) S4009-0003
Electrical Ratings Reference for Retrofit Applications
Voltage Range 17 VDC to 31 VDC, Special Application
Candela Setting 15 cd 30 cd 75 cd 110 cd
17 VDC RMS Current Ratings, use when connected to TrueAlert Addressable SLCs per above
62 mA 75 mA 133 mA 178 mA
Compatible Controllers Data Sheet Reference Controller Output IDNAC SLC Output
Voltage Appliance Voltage Design Reference
4100ES with EPS+ or EPS Power Supply S4100-0100
IDNAC SLC 29 VDC (regulated)
23 VDC (with 6 VDC drop)
4009 IDNAC Repeater S4009-0004 4007ES with IDNAC Notification S4007-0002 4010ES with ESS Enhanced System Supply S4010-0011
TrueAlert ES Strobe Specifications
TrueAlert ES Strobe LEGACY Compatibility Reference
IDNAC SLC Controller Compatibility Reference
Features
Individually addressed and controlled multi-candela TrueAlert ES A/V (audible/visible) notification appliances provide: • Multi-candela xenon strobe with synchronized 1 Hz flash
rate and with intensity programmable from the control panel or jumper selected as 15, 30, 75, 110, 135, or 185 cd
• Advanced addressable notification controlled by IDNAC SLCs providing regulated 29 VDC allowing strobes to operate with lower current even under battery backup
• Wiring supervision to each appliance allowing “T-tapped” connections for Class B circuits to simplify wiring (Class A circuits require in/out wiring)
• Self-Test Mode allows on-board sensors to detect the strobe and horn output and then report their status to the control panel
• TrueAlert Device Reports at the control panel detailing appliance point ID, custom label, type, and candela setting (see sample on page 3)
• Magnet Test diagnostics to assist checkout and testing of appliances and wiring
• Electrical test point access without removing cover • Compatibility with ADA requirements; (refer to
important installation information on page 3) • Compatibility with legacy TrueAlert addressable
systems for upgrade and replacement (see page 4) • Strobe operation is listed to UL Standard 1971 and ULC
Standard S526; Horn operation is listed to UL Standard 464 and ULC Standard S525
LED Indicator and Magnet Test feature: • Appliance LED can be selected to display each polling
cycle to indicate appliance supervision • When the controller is in diagnostic mode, the Magnet
Test pulses the LED to indicate appliance address and can be set to also briefly flash the strobe and sound the horn
Mechanical design features include: • Rugged, high impact, flame retardant thermoplastic
housing in red with white letters or white with red letters, with clear lens, available with FIRE, FEU, ALERT, FEU/FIRE, or blank lettering
• Separate covers are available to change application type on-site or for replacement
• A separate mounting plate allows wiring to be completed before appliance is mounted; use with single gang, double gang, or 4-inch square box, flush or surface mount
• Covers can be easily removed without disturbing the connected housing and avoiding trouble conditions
• In/out wiring terminals for 18 AWG to 12 AWG • Optional mounting adapters are available to cover
surface mounted electrical boxes and to adapt to Simplex 2975-9145 boxes
• Optional red wire guards (see page 2 for details)
TrueAlert ES Addressable A/Vs are Available in Red with
White Lettering and White with Red Lettering Features (Continued)
Audible notification appliance (horn): • Harmonically rich output sound for either coded or
steady operation • Horns sound as Temporal Code 3, March Time pattern,
continuous; or Temporal Code 4, controlled separately from visible appliances on the same two-wire circuit
• Selectable March Time rates of 20, 60, or 120 beats per minute
• Output is “high” or “low” (~5 dBA difference) selectable at the appliance or from the controller with FACP mode selected at the appliance
Description
TrueAlert ES addressable A/Vs are individually addressed audible/visible notification appliances that receive power, supervision, and control signals from a Simplex fire alarm control panel providing IDNAC Signaling Line Circuits (SLCs). (See compatibility list on page 4.)
Strobe Application Reference
Proper selection of visible notification is dependent on occupancy, location, local codes, and proper applications of: the National Fire Alarm Code (NFPA 72), ANSI A117.1; the appropriate model building code: BOCA, ICBO, or SBCCI; and the application guidelines of the Americans with Disabilities Act (ADA).
* These products have been approved by the California State Fire Marshal (CSFM)
pursuant to Section 13144.1 of the California Health and Safety Code. See CSFM Listing 7125-0026:0373 for allowable values and/or conditions concerning material presented in this document. Additional listings may be applicable; contact your local Simplex product supplier for the latest status. Listings and approvals under Simplex Time Recorder Co. are the property of Tyco Fire Protection Products.
TrueAlert Addressable Notification Appliances UL, ULC, CSFM Listed; Audible/Visible Notification Appliances, Wall Mount FM Approved* Multi-Candela Horn/Strobe, Model Series 49AV
S49AV-0001-5 6/2015
TrueAlert ES Operation Advantage
TrueAlert ES addressable appliances on IDNAC SLCs provide separate visible and audible notification using a single two-wire circuit that also confirms connection to the individual notification appliance’s electronic circuit. This operation increases circuit supervision integrity by providing supervision that extends beyond the appliance wiring connections.
Reduced current allows efficient IDNAC SLC operation. With IDNAC SLCs, a constant 29 VDC source voltage is maintained, even during battery standby, allowing strobes to operate at higher voltage with lower current and ensuring a consistent current draw and voltage drop margin under both primary power and secondary battery standby. Efficiencies include wiring distances up to 2 to 3 times farther than with conventional notification, or support for more appliances per IDNAC SLC, or use of smaller gauge wiring, or combinations of these benefits, all providing installation and maintenance savings with high assurance that appliances that operate during normal system testing will operate during worst case alarm conditions.
Reducing Installation and Testing Time. With separate controls on the same two-wire SLC, installation time and expense for both retrofit and new construction can be significantly reduced. When Class B wiring is used, wiring can be “T” tapped, allowing more savings in distance, wire, conduit (size and utilization), and overall installation efficiency. Use of Self-Test and Magnet Test features improve installation efficiency. TrueAlert device reports conveniently identify information about each connected appliance.
TrueAlert ES Diagnostics
Test Features. When IDNAC SLCs are in diagnostic mode, Self-Test and Magnet Test features provide individual appliance testing. With the Self-Test feature, appliance operation can be confirmed without leaving the control panel. Additionally, each appliance’s LED can be selected to pulse when it receives a supervision poll during normal operation. Self-Test Details. Selecting Self-Test Mode from the control panel allows on-board sensors, depending on the device type, to detect its own strobe and/or horn output and then report their status to the control panel. Operation is by selected VNAC appliance groups and is either automatic (all briefly simultaneously activated) or individually activated by applying a magnet. (Refer to control panel data sheet for more Self-Test information, see list on page 4.) Silent Appliance Magnet Test. In this test mode, in response to application of a magnet, the appliance LED pulses sequentially to conveniently indicate the appliance’s address. Operational Appliance Magnet Test. In this test mode, after the address is indicated by pulsing the appliance LED, the strobe will briefly flash and the horn will briefly sound to indicate proper operation. TrueStart Instrument Two (TSIT). The 2nd generation of the Simplex TrueStart Test Instrument adds testing of IDNAC SLC wiring and TrueAlert ES appliances to its ability to test IDCs, NACs, and IDNet communications before connection to the control panel. Please contact your local Simplex representative for additional information.
TrueAlert Addressable Wiring Isolator
Isolator Model 4905-9929 is available for remote mounting on TrueAlert addressable circuits to isolate short circuited wiring from functioning wiring. (See data sheet S4905-0001.)
TrueAlert ES Wall Mount Addressable Audible/Visible Appliances TrueAlert ES addressable A/V appliances include cover and matching mounting plate except as noted; Dimensions with Cover = 5 ⅛” H x 5” W x 2 ⅝” D (130 mm x 127 mm x 67 mm)
Model* Cover Color Wording Lens Color Model* Cover Color Wording Lens Color 49AV-WRF(-BA) Red
FIRE Clear
49AV-WRS(-BA) Red Blank Clear 49AV-WWF(-BA) White 49AV-WWS-BA White
49AV-WRQ Red FEU 49AV-APPLW Select cover and mounting plate separately
Separate Mounting Plate Model Color Model Color Note
49MP-AVVOWR Red 49MP-AVVOWW White Mounting Plate is required when ordering model 49AV-APPLW
Separate Covers (Required when ordering model 49AV-APPLW) Model* Color Wording Model* Color Wording
49AVC-WRFIRE Red FIRE 49AVC-WRFEU Red FEU 49AVC-WWFIRE White 49AVC-WWFEU White 49AVC-WRALT Red
ALERT 49AVC-WRBLNG Red
FEU/FIRE 49AVC-WWALT White 49AVC-WWBLNG White 49AVC-WRS Red Blank 49AVC-WWS White Blank * Note: (-BA) indicates model is available either with or without the -BA suffix. Model numbers ending in -BA, APPLW models, and separate mounting plates are assembled in the USA.
Mounting Adapters and Wire Guard Model Color Description Dimensions
4905-9937 Red Surface Mount Adapter Skirt 5 ⅜” H x 5 ¼” W x 1 ⅝” D (136 mm x 133 mm x 41 mm) Total depth with strobe = 4 ⅜” (111 mm) 4905-9940 White
4905-9931 Red Adapter Plate for mounting to Simplex 2975-9145 Box (typically for retrofit, mount vertical or horizontal) 8 5⁄16” x 5 ¾” x 0.060” Thick (211 mm x 146 mm x 1.5 mm)
2975-9145 Red Mounting Box, requires 4905-9931 Adapter Plate 7 ⅞" x 5 ⅛" x 2 ¾" D (200 mm x 130 mm x 70 mm)
4905-9961 Red wire guard with mounting plate, compatible with semi-flush or surface mount boxes 6 1⁄16” H x 6 1⁄16” W x 3 ⅛” D (154 mm x 154 mm x 79 mm)
2 S49AV-0001-5 6/2015
Product Selection
3 S49AV-0001-5 6/2015
NFPA 72 requires that the entire lens be not less than 80" and not greater than 96" above the finished floor (confirm with your local codes)
Removable cover (when installed, use flat bladed screwdriver to release latch on left side)
Mounting is compatible with single gang, double gang, and 4" (102 mm) square boxes,
1-1/2" (38 mm) deep, supplied separately
Mounting Holes:Single gang (2)Double gang (4)4" square (4)
Magnetic test location(bottom of housing)
LED indicator location
Transparent housing assembly
Mounting plate
Electrical test point access holes(on bottom)
Wiring access hole
Wiring terminals and connection clips Electrical
box outline
80" (2.03 m)minimum
IMPORTANT! WALL MOUNT INSTALLATION HEIGHT REFERENCE
Bottom of lens is either even with, or slightly above bottom of compatible boxes
Strobe intensity viewing slot on
side of appliance (not to scale)
Intensity selection plug, accessible from rear of housing; factory setting is FACP, controlled by panel
110753015
FACP135185
Address setting DIP switch, accessible
from rear of housing
A/V configuration switch
TrueAlert ES Addressable A/V
2975-9145 Box
4905-9931 Adapter Plate
4905-9931 Adapter Plate
4905-9961 Optional Wire Guard (shown here for reference only, can be used on other mounting options)
Optional 4905-9961
Wire Guard
4" square box profile,1-1/2" (38 mm) deep
(Surface mount conduit and box shown for reference)
Optional surface mount adapter skirt,1-1/2" deep: 4905-9937, Red;
4905-9940, White (conduit knockouts are provided on all four sides)
TrueAlert ES Addressable A/V
Surface Mount Side View Reference2975-9145 Box Mounting Reference
Service Port Page 1 REPORT 5 : TrueAlert Device Report 12:34:56am TUE 27-Jan-15 POINT ID
CUSTOM LABEL
DEVICE TYPE
CANDELA
T14-1-1 Location Label . . . up to 40 characters V/O 15 T14-1-2 Break Room 5 A/V 110 T14-1-3 Boiler Room A/V 75 T14-1-4 Elec. Room 7 A/V 135
Adapter Plate and Surface Mount Installation Reference
Installation Reference
TrueAlert Device Reports Reference
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks. Unauthorized use is strictly prohibited. NFPA 72 and National Fire Alarm Code are trademarks of the National Fire Protection Association (NFPA).
Tyco Fire Protection Products • Westminster, MA • 01441-0001 • USA S49AV-0001-5 6/2015
www.simplex-fire.com © 2015 Tyco Fire Protection Products. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.
Compatible Controller Data Sheet Reference
Controller Output
Available Strobe Intensity
Available Horn Control
Appliance Voltage Minimum
4100ES or 4100U with TrueAlert Power Supply S4100-0031
TrueAlert Addressable
SLC
15, 30, 75, and 110 cd
Continuous, Temporal Code 3, and March
Time of 60 or 120 bpm 17 VDC 4009 TPS, Remote
TrueAlert Power Supply S4100-0037
TrueAlert Addressable Controller (4009T) S4009-0003
Electrical Ratings Differences for Legacy Applications (refer to above specifications for other ratings) Voltage Range 17 VDC to 31 VDC, Special Application
Sound Output Ratings @ 10 ft (3 m) @ 17 VDC
Sound Type/Setting Steady/High Steady/Low Coded/High Coded/Low Reverberant Chamber, UL 464 Test 87.8 dBA 81.6 dBA 83.4 dBA 77.0 dBA
Anechoic Chamber, ULC 525 Test 91.7 dBA 85.4 dBA 91.7 dBA 85.4 dBA Candela Setting 15 cd 30 cd 75 cd 110 cd
17 VDC RMS Current Ratings, with horn on continuous at high setting, use when connected to TrueAlert Addressable SLCs per above
74 mA 85 mA 140 mA 185 mA
Compatible Controllers Data Sheet Reference Controller Output IDNAC SLC Output
Voltage Appliance Voltage Design Reference
4100ES with EPS+ or EPS Power Supply S4100-0100
IDNAC SLC 29 VDC (regulated)
23 VDC (with 6 VDC drop)
4009 IDNAC Repeater S4009-0004 4007ES with IDNAC Notification S4007-0002 4010ES with ESS Enhanced System Supply S4010-0011
Electrical Ratings
Typical Operating Voltage Range 23 VDC to 31 VDC, Special Application (see below for 17 VDC rating) Supervisory Requirements 1 unit load (= 0.8 mA control panel current)
IDNAC SLC Loading Maximum of 127 addresses per SLC, 139 unit loads
Sound Output Ratings @ 10 ft (3 m) @ 23 VDC (with IDNAC SLCs) Sound Type/Setting Steady/High Steady/Low Coded/High Coded/Low
Reverberant Chamber, UL 464 Test 90.1 dBA 83.6 dBA 85.7 dBA 80.1 dBA Anechoic Chamber, ULC 525 Test 94.1 dBA 88.1 dBA 94.1 dBA 88.1 dBA
Sound Output Dispersion per ULC S541 Anechoic Testing Horizontal -3 dBA @ 50°; -6 dBA @ 63°; left and right from center
Vertical -3 dBA @ 20° above, 48° below; -6 dBA @ 65° above, 60° below; ref. to center Candela Setting 15 cd 30 cd 75 cd 110 cd 135 cd 185 cd
23 VDC RMS Current Ratings, with horn on continuous at high setting 59 mA 67 mA 107 mA 139 mA 166 mA 215 mA
General Specifications Sound Characteristics 2400 to 3700 Hz sweep, modulated at 120 Hz rate
Connections
Terminal blocks on mounting plate for 18 AWG to 12 AWG (0.82 mm2 to 3.31 mm2); two wires per terminal for in/out wiring
Temperature Range 32° to 122° F (0° to 50° C) Humidity Range 10% to 93%, non-condensing @ 104° F (40° C)
Installation Instructions 579-1031
IDNAC SLC Wiring Specifications (refer to control panel installation instructions for more information)
UTP, unshielded twisted pair recommended Maximum wire length allowed with “T-Taps” for Class B wiring per SLC = 10,000 ft (3048 m) Maximum wire length to any appliance = 4000 ft (1219 m)
Note: UL 464 test coded values are typical of the output measured with a Temporal or a March Time pattern and with a sound level meter reading on a “fast” setting. Under the same test conditions, coded horn output “peak” sound level readings are typically 4 dBA higher. Anechoic horn output ratings are typically more representative of actual installed sound output.
TrueAlert ES A/V Specifications
TrueAlert ES A/V LEGACY Compatibility Reference
IDNAC SLC Controller Compatibility Reference
8/16 Made in the USA3 Year Warranty
N56 W24720 N. Corporate Circle • Sussex, WI 53089800-451-1460 • 262-246-4828 (fax) • www.area-of-refuge.com
SmartRescue Base Station2500-210PSS
Stainless Steel Face Plate: 14.66” H x 13.68” W (2.67” D with handset)Steel Back Box: 12.57” H x 11.6” W x 1.69” D Style: Flush mount, coil cord
Features:• Use with up to 10 Call Boxes on the same telephone line• Run twisted and shielded 4 wire set from each Call Box to Base Station unit and one standard phone line to outside world• Can be installed on a VoIP phone system when used with our 2100-VoIP Interface Device• Can be used as an Intercom System when used with our 2100-LINESIM Line Simulator• Easy to use push buttons• Passively monitor communications between Call Boxes and outside world via the LEDs: 1. Solid lit LED indicates there is an emergency call in progress 2. Slow blinking LED indicates there is a call on hold• Audible alert when Call Box initiates call, silenced when call is joined from Base Station• Includes relay contact that trips if any Call Box has been activated• Includes connections for (2) Sub-Stations• The Base Station is able to: 1. Call into all or individual Call Boxes as needed 2. Join existing conversations between Call Boxes and outside world 3. Hang up and original conversation will continue 4. Terminate outside world so it is only talking to the Call Boxes or terminate the call with all parties entirely• Volume control handset meets ADA requirements• Designed for either 120vac or 24vdc power• Built-in battery backup recharges from 120vac or 24vdc power (allows for a minimum of 4 hours talk time upon loss of power)• Telephone Line Voltage: 24v-48v• Meets all IBC, ADAAG, and NFPA Code requirements• 3 year warranty
Area of RefugePower Supply
• Model: 2500-PWR24• Size: 9.275" H x 8.125" W x 3.75" D• Shipping Weight: 11 lbs. • 24vdc, 9 Outputs• Install up to (5) phones per output • 4 Amp (100VA) Supply Current • Integral Surge Protection • Underwriters Laboratory (UL) recognized • Individual LED power indication
N56 W24720 N. Corporate Circle • Sussex, WI 53089800-451-1460 • 262-246-4828 (fax) • www.area-of-refuge.com2/16 Made in the USA
3 Year Warranty
5/16 Made in the USA3 Year Warranty
N56 W24720 N. Corporate Circle • Sussex, WI 53089800-451-1460 • 262-246-4828 (fax) • www.area-of-refuge.com
2100-958NSRCall Box
Face Plate Size: 9-1/2” H x 7-1/2” WBack Box Size: 8” H x 6” W x 3” DStyle: Brushed Stainless Steel, Flush MountOptions: Strobe Interface & Relay, Mushroom Push Button
Features:• Meets all IBC, ADAAG, and NFPA Code requirements• Requires analog telephone line (POTS, PBX, or central office line)• Power Requirements: 24vdc from model 2500-PWR24 • Built-in battery backup recharges from 24vdc power (allows for a minimum of 4 hours of talk time upon power loss)• Built-in 10 phone consolidator feature allows you to install 10 Call Boxes and 1 Base Station on a single telephone line • Programmable with up to 5 emergency numbers • On-site programming• Remote or on-site diagnostic test• Recordable location message (18 seconds) • Phone checks every 24 hours for an active phone line, if one is not detected, phone will provide a relay trip • Compatible with SmartRescue Base Station or Command Center for in-building rescue coordination• Automatic dialer (31 digit programmable memory)• Automatic answer feature with audible ring• Touch Tone operation only (Touch Tone is an AT&T registered trademark)• 3 year warranty
3/16 Made in the USA3 Year Warranty
N56 W24720 N. Corporate Circle • Sussex, WI 53089800-451-1460 • 262-246-4828 (fax) • www.area-of-refuge.com
• IBC, NFPA, and ADAAG Code compliant• Raised letter and braille• Peel and stick mounting for easy installation• Sign should be mounted at 60" above the floor to center line of the sign
Features:
Area of Rescue Assistance Sign7080
6”
9”