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