boot mode 1
Post on 30-Dec-2015
24 Views
Preview:
DESCRIPTION
TRANSCRIPT
1
2
3
4
5 6
7
8
BOOT MODE 1
BOOT MODE 2
BIOS COMMUNICATION
DEFAULT CONTROLLER
INVERT RELAY OPERATION
ENABLE COMM FAIL RELAY CONTROL
RELAY OFF / ON COMM FAIL
DRM MODULE ENABLED
1
2
3
4
RUN MODE 1
RUN MODE 2
ADDRESS 1
5 INVERT RELAY OPERATION
RELAYS NOT INVERTED
5 INVERT RELAY OPERATION
RELAYS INVERTED
8 DRM MODULE ENABLED
8 DRM MODULE ENABLED
DRM MODULE DISABLED
DRM MODULE ENABLED
6
7
ENABLE COMM FAIL RELAY CONTROL
RELAY OFF / ON COMM FAIL
1
2
RUN MODE 1
RUN MODE 2
1
2
RUN MODE 1
RUN MODE 2
1
2
RUN MODE 1
RUN MODE 2
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 1FLOOR 1 TO 16
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 2FLOOR 17 TO 32
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 3FLOOR 33 TO 48
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 4FLOOR 49 TO 64
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 5FLOOR 1 TO 16
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 6FLOOR 17 TO 32
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 7FLOOR 33 TO 48
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 8FLOOR 49 TO 64
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 9
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 10
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 11
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 12
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 13
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 14
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 15
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 16
AC
AC
B+
B- S
T T
P T
P
1K5 OHM
LED
16VAC 40VA MAX
TRANSFORMER50/60Hz 40VA MAX
MAINSINPUT
+12V AUX
AC
AC
B+
B- S
T T
P T
P
4Ah (MIN)GEL CELLBACKUP BATTERY
N+
N-
N
A
NB
TP
TP
F+
F-
FIRE CONTROLSYSTEM
12 - 32VDC6 - 21mA
TO NEXTELEVATORCONTROLLER
AC
AC
B+
B- S
T T
P T
P
N+
N-
N
A
NB
N+
N-
N
A
NB
N+
N-
N
A
NB
CONTROLLER
EOL ON
0V
B-
A+
12
V
S+
S-
S
A
SB
TO FIRST SLAVE FLOORCONTROL MODULE.PRT-PX16 IN FLOORCONTROL MODE.
TAMPER SWITCH
N+
N- N
A N
B T
P T
P
N+
N
-
NA
N
B
NETWORK COMMUNICATIONSINPUT FROM SYSTEMCONTROLLER OR PREVIOUSPROTÉGÉ SYSTEM MODULE
NO
CO
M N
CR
EL
AY
1
FLOOR SELECT BUTTONIN ELEVATOR CAR
FLOOR INPUT TERMINALSIN ELEVATOR CONTROL SYSTEM
NORMAL CONNECTIONREMOVED
LOOP TERMINAL ADDED BYELEVATOR COMPANYLOCATED IN ELEVATOR CONTROLSYSTEM
NO
CO
M N
CR
EL
AY
1
FLOOR SELECT BUTTONIN ELEVATOR CAR
FLOOR INPUT TERMINALSIN ELEVATOR CONTROL SYSTEM
NORMAL CONNECTIONREMOVED
LOOP TERMINAL ADDED BYELEVATOR COMPANYLOCATED IN ELEVATOR CONTROLSYSTEM
NO
CO
M N
CR
EL
AY
1FLOOR SELECT BUTTON
IN ELEVATOR CAR FLOOR INPUT TERMINALSIN ELEVATOR CONTROL SYSTEM
NORMAL CONNECTIONREMOVED
LOOP TERMINAL ADDED BYELEVATOR COMPANYLOCATED IN ELEVATOR CONTROLSYSTEM
+ IN
1 - +
IN2
-
INPUTS ON THE DRMDAUGHTER BOARD
RELAY CONTACTSON THE MAIN ELEVATOR CONTROLBOARDSEE TEXT
BUTTON VOLTAGECOMMON IN ELEVATORCONTROL SYSTEM
NO
CO
M N
CR
EL
AY
1
FLOOR SELECT BUTTONIN ELEVATOR CAR FLOOR INPUT
TERMINALSIN ELEVATOR CONTROL SYSTEM
NORMAL CONNECTIONREMOVED
LOOP TERMINAL ADDED BYELEVATOR COMPANYLOCATED IN ELEVATOR CONTROLSYSTEM
+ IN
1 - +
IN2
-
INPUTS ON THE DRMDAUGHTER BOARD
RELAY CONTACTSON THE MAIN ELEVATOR CONTROLBOARD
SEE TEXT
BUTTON VOLTAGECOMMON IN ELEVATORCONTROL SYSTEM
+ IN
1 - +
IN2
-
INPUTS ON THE DRMDAUGHTER BOARD
AC
AC
B+
B- +
- ST
POWER CONNECTOR ONMAIN ELEVATOR CONTROLBOARD
EOL
EOL ON EOL OFF
350mA
700mA
350mA
700mA
FIRE
OVERRIDE FIRE
OVERRIDE
EOL
1
2
3
4
5
6
7
8
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 16
ADDRESS 32
ADDRESS 64
SPECIAL FUNCTION
1
2
3
4
5
6
7
8
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 16
ADDRESS 32
ADDRESS 64
SPECIAL FUNCTION
1
2
3
4
5
6
7
8
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 16
ADDRESS 32
ADDRESS 64
SPECIAL FUNCTION
1
2
3
4
5
6
7
8
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
ADDRESS 16
ADDRESS 32
ADDRESS 64
SPECIAL FUNCTION
N+
N-
N
A
NB
N+
N-
N
A
NB
N+
N-
N
A
NB
PC OR HOST CONTROLSYSTEM CONNECTED TO
A ACC-485 SERIAL INTERFACE
EOL OFF EOL OFF EOL ON
+1
2
0V
A+
B
-
AC
AC
B+
B- +
- ST
7.5AhGEL CELLBACKUP BATTERY
N+
N-
N
A
NB
TP
TP
F+
F-
FIRE CONTROLSYSTEM
12 - 32VDC6 - 21mA
TO NEXTIRC RELAYCONTROLLER
N+
N-
N
A
NB
FROM PREVIOUS CONTROLLER
TO NEXT IRC CONTROLLER
TP
TP
F+
F-
TAMPER SWITCH
AC
AC
B+
B- S
T T
P T
P
COLD WATER PIPE GROUNDINGEARTH PEG GROUNDING ROD
TO OTHER EARTHCONNECTIONS
ALREADY ATTACHEDTO THE EARTH PEG OR
WATER PIPE
MIN AWG#14SINGLE SOLIDCONDUCTOR
COPPER WIRE
N+
N-
N
A
NB
N+
N-
N
A
NB
MODULE OR CONTROLLERSUPPLYING POWER TONETWORKED DEVICES
AU
X+
AU
X-
N+
N-
N
A
NB
NEXT MODULESON NETWORK
N+
N-
N
A
NB
N+
N-
N
A
NB
READER EXPANDER SUPPLYING NETWORK
POWER
AU
X+
AU
X-
S+
S-
S
A
SB
NEXT FLOORCONTROL MODULE
SLAVE DEVICES CONNECTED TO THE READER EXPANDER SLAVE
COMMUNICATION INTERFACE USETHE N+, N-, NA AND NB TERMIANLS.
+ - D
0 D1 L
1 L2
BZ
PRX-SAMREADER CONNECTION
RED
BLACK
GREEN
WHITE
ORANGE
BROWN
BLUE
SHIELD
CONNECT THE READERSHIELD TO A SUITABLE
EARTH POINT.DO NOT CONNECT THE
SHIELD TO A GROUND ORNEGATIVE CONNECTION.
+12V
0V
DATA 0
DATA 1
GREEN LED
RED LED
BEEPER
PRX-NANO NANO PROXPROXIMITY READER
YELLOW
YELLOW OUTPUT CARD PRESENT SIGNAL
FACTORY OPTION
-
+
POWER SUPPLY 12VDC
+ - D
0 D
1 L1 L
2 B
Z R
2 R2
R2
R2
R2 R
2 R
2
+ - D
0 D
1 L1 L
2 B
Z R
1 R1
R1
R1
R1 R
1 R
1
RED
BLACK
GREEN
WHITE
BROWN
ORANGE
BLUE
SHIELD
+12V
0V
DATA 0
DATA 1
GREEN LED
RED LED
BEEPER
RED
BLACK
GREEN
WHITE
BROWN
ORANGE
BLUE
SHIELD
DATA 1
ENTRY UNIT
EXIT READER
READER #1INPUT CONNECTION
READER #2INPUT CONNECTION
+ - D
0 D
1 L1 L
2 B
Z R
1 R1
R1
R1
R1 R
1 R
1
RED
BLACK
GREEN
WHITE
BROWN
ORANGE
BLUE
SHIELD
+12V
0V
DATA 0
DATA 1
GREEN LED
RED LED
BEEPER +
- D0
D1 L
1 L2
BZ
R1 R
1 R
1 R
1 R
1 R1
R1
RED
BLACK
GREEN
WHITE
BROWN
ORANGE
BLUE
SHIELD
+12V
0V
DATA 0
DATA 1
GREEN LED
RED LED
BEEPER
NC
CO
M N
O P
1 I3
I2 I1
DOOR CONTACTNORMALLY CLOSED
REQUEST TO EXITNORMALLY OPEN
+
-
ELECTRICLOCKING DEVICE
1N4007 DIODE(SUPPLIED)
-
+
BUZZERINPUT
ALARMOUTPUT
POWER SUPPLY12VDC
PRX-SAMINTERFACE
CONNECTIONS
NC
CO
M N
O P
1 I3
I2 I1
DOOR CONTACTNORMALLY CLOSED
REQUEST TO EXITNORMALLY OPEN
+
-
ELECTRICLOCKING DEVICE
1N4007 DIODE(SUPPLIED)
-
+
DB9RS232
POWER SUPPLY12VDC
PRX-SAMINTERFACE
CONNECTIONS
PIN 2RXD
PIN 3TXD
PIN 5GND
NC
CO
M N
O P
1 I3
I2 I1
DOOR CONTACTNORMALLY CLOSED
REQUEST TO EXITNORMALLY OPEN
+
-
ELECTRICLOCKING DEVICE
1N4007 DIODE(SUPPLIED)
-
+
RS485
POWER SUPPLY12VDC
PRX-SAMINTERFACE
CONNECTIONS
NA
NB
COM
NC
CO
M N
O P
1 I3
I2 I1
DOOR CONTACTNORMALLY CLOSED
REQUEST TO EXITNORMALLY OPEN
+
-
ELECTRICLOCKING DEVICE
1N4007 DIODE(SUPPLIED)
-
+
BUZZERINPUT
ALARMOUTPUT
POWER SUPPLY12VDC
PRX-SAMINTERFACE
CONNECTIONS
NC
CONNECTION SHOWNFOR LOCK RELAY 1
+
-
ELECTRICLOCKING DEVICE
1N4007 DIODE(SUPPLIED)
- +
POWER SUPPLY FOR LOCKINGDEVICES MAX 30VDC
1K 1K
N.C. ZONE CONTACT
N.C. TAMPER CONTACT
N.C.
ZONE INPUT
COMMON
AU
X A
UX
Z1 C
OM
Z2
Z3 C
OM
Z4
+ - D
OO
R1
RE
X1
SE
N1
RE
N1
RESISTORS SHOULD BELOCATED AT THE DEVICEATTACHED TO THE ZONE
ZONE INPUT SHOWNFOR ZONE 1
N.C. ZONE CONTACT
N.C.
ZONE INPUT
COMMON
AU
X A
UX
Z1 C
OM
Z2
Z3 C
OM
Z4
+ - D
OO
R1
RE
X1
SE
N1
RE
N1
ZONE INPUT SHOWNFOR ZONE 1
+ - D
0 D
1 L1 L
2 B
Z R
1 R1
R1
R1
R1 R
1 R
1
CONNECTION SHOWN FORPGM RDxxx:03
1K5 OHM
LED
+12V AUX1
2
3
4
5
6
7
8
ADDRESS 4
ADDRESS 8
ADDRESS 1
ADDRESS 2
ADDRESS 64
ADDRESS 16
ADDRESS 32
DEFAULT / RUN
1
2
3
4
ADDRESS 1
ADDRESS 2
ADDRESS 4
ADDRESS 8
READER EXPANDERADDRESS 079
5
6
7 ADDRESS 64
ADDRESS 16
ADDRESS 32
CROSSOVERDIRECT ETHERNET
CONNECTION
8 PORT ETHERNET HUBREADER EXPANDER
RJ45 ETHERNETCONNECTOR
READER EXPANDERRJ45 ETHERNET
CONNECTOR
MULTIPLE ETHERNETCONNECTIONS USING
A ETHERNET HUB
ET
HE
RN
ET
ET
HE
RN
ET
N+
N-
N
A
NB
N+
N-
N
A
NB
SYSTEM CONTROLLER SUPPLYING NETWORK
POWER
AU
X+
AU
X-
N+
N-
N
A
NB
NEXT MODULEON NETWORK
STANDARD ZONE EXPANDERS CONNECTED TO
THE SYSTEM CONTROLLERCOMMUNICATION INTERFACE USE
THE N+, N-, NA AND NB TERMIANLS.
N+
N
-
NA
N
B
MODULE NETWORKCOMMUNICATIONS
CROSSOVERDIRECT ETHERNET
CONNECTION
8 PORT ETHERNET HUB
SYSTEM CONTROLLERRJ45 ETHERNET
CONNECTOR
MULTIPLE ETHERNETCONNECTIONS USING
A ETHERNET HUB
ET
HE
RN
ET
ET
HE
RN
ET
SYSTEM CONTROLLER
RJ45 ETHERNETCONNECTOR
ET
HE
RN
ET
SYSTEM CONTROLLER
ONE
SYSTEM CONTROLLER
TWO
T2i
R2i
T
1i
R1
i T
1o R
1o
TELEPHONELINE CONNECTION
TERMINAL
COLD WATEREARTH PIPE
PRIMARY TELCOLINE OUT
PRIMARY TELCOLINE RING AND TIPINPUT (T1i and R1i)
SECONDARY TELCOLINE RING AND TIPINPUT (T2i and R2i)
N.C. ZONECONTACT
Z1
Z2
Z3 C
OM
Z5 Z
6 Z7
DR
1 R
EX
1 S
EN
1 D
R2 R
EX
2 SE
N2
N.C. TAMPER
1K1K
N.C. ZONECONTACT
Z1
Z2
Z3 C
OM
Z5 Z
6 Z7
DR
1 R
EX
1 S
EN
1 D
R2 R
EX
2 SE
N2
B1
+ B
1- B
2+
B2
- P3
P4
CONNECTION SHOWNFOR BELL/SIREN 1
CP001:01
+
-
12VDC SIRENWARNING DEVICE
B1
+ B
1- B
2+
B2
- P3
P4
CONNECTION SHOWNFOR CP001:03
1K5 OHM
LED
+12V AUX
350mA
700mA
L
H
FIRE
OVERRIDE FIRE
OVERRIDE
L
H
L
H
350mA
700mA
N+
N- N
A N
B
+1
2 0
V T
X R
X R
TS
N+
N- N
A N
B
AU
X
+ -
ACC-485 RS485CONVERTOR
SYSTEM CONTROLLERMODULE NETWORK CONNECTION
SYSTEM CONTROLLERAUXILLARY TERMINALS
USE SERIAL CABLE SUPPLIED WITHACC-485 TO CONNECT TO THE PC SERIAL PORT
+ - D
0 D
1 L1 L
2 B
Z R
1 R1
R1
R1
R1 R
1 R
1
CONNECTION SHOWN FORPROTÉGÉ SYSTEM
READER 1 PORTSINGLE LED READER CONTROL
RED
BLACK
GREEN
WHITE
BROWN
ORANGE
BLUE
SHIELD
CONNECT THE READERSHIELD TO A SUITABLE
EARTH POINT.DO NOT CONNECT THE
SHIELD TO A GROUND ORAUX- CONNECTION.
+12V
0V
PRX-NPROXNANO PROX
PROXIMITY READER
YELLOW
YELLOW OUTPUT CARD PRESENT SIGNAL
FACTORY OPTIONORANGE IS NOTUSED IN SINGLE LED OPERATION
N.O. BUTTON
+ - D
0 D
1 L1 L
2 B
Z R
1 R1
R1
R1
R1 R
1 R
1
CONNECTION SHOWN FORPROTÉGÉ SYSTEM
READER 1 PORTSINGLE LED READER CONTROL
WITH BUTTON INPUT CONNECTION
RED
BLACK
GREEN
WHITE
BROWN
ORANGE
BLUE
SHIELD
CONNECT THE READERSHIELD TO A SUITABLE
EARTH POINT.DO NOT CONNECT THE
SHIELD TO A GROUND ORAUX- CONNECTION.
+12V
0V
PRX-NPROXNANO PROX
PROXIMITY READER
YELLOW
YELLOW OUTPUT CARD PRESENT SIGNAL
FACTORY OPTIONORANGE IS USED
FOR BUTTON INPUT CONNECTION
N.O. BUTTON
+ - D
0 D
1 L1 L
2 B
Z R
1 R1
R1
R1
R1 R
1 R
1
CONNECTION SHOWN FORPROTÉGÉ SYSTEM
READER 1 PORT
YELLOW
GREEN
RED
BROWN
ORANGE
+5V
0V
CLOCK
DATA
OMRON READERMAGNETIC STRIPE READER
TRACK 2
OUT COM IN
INLINE +5V REGULATOR50mA MAX OUTPUTPART CODE REG-5V
+12V
0V
CLOCK
DATA
CARD PRESENT
REG-5V WIRING
RED = INPUT (+9 TO +12V)COM = 0V
WHITE = OUTPUT (+5V)
IMPORTANT NOTE
THE STANDARD OMRON/MAGTEK CARD READERS CAN HAVE AN INTERNAL MODIFICATION TO ALLOW THEM TO OPERATE FROM +12V WITHOUT THE
INLINE REGULATOR AS SHOWN IN THIS DIAGRAM. PLEASE CONTACT ICT FOR
FURTHER INFORMAITON.
FOR THE CONNECTION OF OTHER MAGNETIC CARD
DEVICES REFER TO MANUFACTURERS
INSTALLATION MANUAL
+ - D
0 D
1 L1 L
2 B
Z R
1 R1
R1
R1
R1 R
1 R
1
CONNECTION SHOWN FORPROTÉGÉ SYSTEM
READER 1 PORT
RED
BLACK
GREEN
WHITE
ORANGE
BROWN
BLUE
SHIELD
CONNECT THE READERSHIELD TO A SUITABLE
EARTH POINT.DO NOT CONNECT THE
SHIELD TO A GROUND ORAUX- CONNECTION.
+12V
0V
DATA 0
DATA 1
GREEN LED
RED LED
BEEPER
PRX-NANO NANO PROXPROXIMITY READER
OR WIEGAND READER
YELLOW
YELLOW OUTPUT CARD PRESENT SIGNAL
FACTORY OPTIONFOR OTHER PROXIMITY READER
CONNECTIONS REFER TO THE MANUFACTURERS
INSTALLATION MANUAL
4 CORE CONDUCTORBETWEEN READERAND CONTROLLER
top related