Siemens SIM-16 Manuel utilisateur

Siemens Building Technologies

Fire Safety

P/N 315-034060-3

Supervised Input Module

Installation Instructions

Model SIM-16

INTRODUCTION The SIEMENS Model SIM-16 Supervised I put Module

is a remotely located, ge eral purpose i put module. It

provides sixtee i put circuits for remote system

mo itori g. Each i put ca be i dividually programmed

as supervised (dry co tacts o ly) or u supervised

(ge eral-purpose i put). The SIM-16 has two Form C

relays. The relays a d the i puts are programmable usi g

the Zeus Programmi g Tool.

OPERATION The SIM-16 is mou ted i a e closure that is remotely

located from the Mai Pa el. Commu icatio betwee

the SIM-16 a d the NIC-C (Network I terface Card) is

through the Co trol Area Network (CAN) bus. Up to 99

SIM-16s ca be used with a si gle NIC-C.

Each SIM-16 has two 10-positio rotary switches that are

used to set the board address o the CAN which is a

sub-address of the NIC-C.

Every time a cha ge of state of the i put is detected, a

u ique CAN message is se t to the NIC-C. A CAN

message from the NIC-C directed to the SIM-16 co trols

the Form C relays.

PRE-INSTALLATION Rotary Address Switches - Set the board address for

each SIM-16 usi g both of the te -positio rotary

switches located o the board (See Figure 1). Each of

these addresses must be a sub-address of the NIC-C

a d must be the same as the addresses assig ed i the

Zeus Programmi g Tool.

INSTALLATION A SIM-16 may be i stalled i a REMBOX. Whe usi g REMBOX 2 or 4, mou t the

SIM-16 i o e module space o a REMBOX2-MP, P/N 500-634211 or REMBOX4-MP,

P/N 500-634212 usi g the four screws provided. (Refer to REMBOX2-MP/REMBOX4-

MP I stallatio I structio s, P/N 315-034211.) Up to 4 SIM-16s will fit i a REMBOX2;

up to 8 SIM-16s will fit i a REMBOX4.

Figure 1

SIM-16 Supervised Input

Module

12345678

910111213141516

TB2

TB1

S1 S2

TB3

TB4

SIM-16

Siemens Building Technologies

Fire Safety

P/N 315-0340 0-32

WIRING Refer to Figures 2-6.

Disconnect BATTERY and AC prior to working on equipment.

 Each SIM-16 module is a ode i the CAN bus.

 The SIM-16 ca be i stalled with or without a RNI. Co ect the CAN bus

a d 24V as show i Figures 2 a d 3.

 Up to 99 CAN modules, i a y combi atio , ca be co ected to the CAN

bus of each NIC-C.

 Each SIM-16 module is shipped with o e CCS cable.

 Cable co ectio s for SIM-16 modules are show i the followi g table:

SNOITCENNOCELBAC61-MIS

elbaCnoitpircseDrebmuNtraPnoitcennoC

LCCgnoL-ELBAC-NAC

rotcudnoc-6,.ni03

412436-995.61-MIStsrifotINno4PstcennoC

/MCFot61-MISmorfstcennocoslA

.)roodno(seludomBSC/MCS/MCL

SCCtrohS-ELBAC-NAC

rotcudnoc-6,.ni½5

935331-55561-MISotseludom61-MISstcennoC

worelgnisaniseludom61-MCOro

The CAN bus requires a 1 0S termination at each end of the loop. Refer to the NIC-C

Installation Instructions, P/N 315-033 40 for details about CAN termination.

12345678

910111213141516

TB2

TB1

S1 S2

TB3

TB4

12345678

910111213141516

TB2

TB1

S1 S2

TB3

TB4

12345678

910111213141516

TB2

TB1

S1 S2

TB3

TB4

12345678

910111213141516

TB2

TB1

S1 S2

TB3

TB4

TO RNI, P4

CAN TERMINATOR,

P/N 110-134215

(SHIPPED WITH NIC-C)

CABLE

MODEL

# CCS

CABLE

MODEL

# CCL

SIM-16 SIM-16 SIM-16 SIM-16

Figure 2

SIM-16 CAN Bus Connections With An RNI

Siemens Building Technologies

Fire Safety

P/N 315-0340 0-33

Figure 3

SIM-16 Wiring Without An RNI

NOTES

1. All wiring supervised.

2. All wiring power limited to

NFPA 70 per NEC 7 0.

3. Wiring for TB1 and TB2 is 18

AWG min., 12 AWG max.

4. Wiring for TB3 and TB4 is 2

AWG min., 1 AWG max.

5. CAN network max. line

resistance 1 S.

. Refer to the NIC-C

Installation Instructions, P/N

315-033240 for CAN

network termination

instructions.

Figure

SIM-16 Relay Connections

NOTES

1. Contacts are unsupervised.

2. 1A max @ 24VDC resistive.

3. All wiring must remain

inside the enclosure or

within 20 feet in rigid

conduit.

4. Wiring for TB1 and TB2 is 18

AWG min., 12 AWG max.

5. Wiring for TB3 and TB4 is 2

AWG min., 1 AWG max.

87654321

16 15 14 13 12 11 10 9

SIM-16

TB2

CAN –

SHIELD

24 V RET

+24 V

CAN +

TB3

TO PSC-12/PSX-12, TB3

OR ANY REGULATED

POWER LIMITED POWER

SUPPLY LISTED FOR

FIRE PROTECTIVE

SIGNALING USE

TO PSC-12, TB1

SEE NIC-C

INSTALLATION

INSTRUCTIONS,

P/N 315-033240

FOR WIRING DETAILS

ELECTRICAL RATINGS

tnerruCenalPkcaBV420

tnerruCV42lanimreTwercS

Am02

tupnidesivrepus/Am2.1+

yalerevitca/Am02+

tnerruCenalPkcaBV2.60

tnerruCybdnatSV42

Am02

tupnidesivrepus/Am2.1+

yalerevitca/Am02+

COM

N.C.

N.O.

COM

N.C.

N.O.

Relay 1

Relay 2

TB3

TB4

SIM-16

87654321

16 15 14 13 12 11 10 9

TB2

Siemens Building Technologies, Inc.

8 Fernwood Road

Florham Park, New Jersey 07932

Siemens Building Technologies, Ltd.

2 Kenview Boulevard

Brampton, Ontario L T 5E4 CN

P/N 315-0340 0-3

Figure 5

SIM-16 Supervised Input Wiring

NOTES

1. All inputs supervised.

2. All inputs power limited to

NFPA 70 per NEC 7 0.

3. Wiring for TB1 and TB2 is 18

AWG min., 12 AWG max.

4. Maximum distance 500 feet

from SIM-1 to supervised

input.

5. In the Zeus Programming

Tool, select supervised for

each supervised input.

. Supervised and unsuper-

vised inputs may be mixed

on a single SIM-1 .

Figure 6

SIM-16 Unsupervised Input Wiring

NOTES

1. All inputs unsupervised.

2. All inputs power limited to

NFPA 70 per NEC 7 0.

3. Wiring for TB1 and TB2 is 18

AWG min., 12 AWG max.

4. All inputs must remain

inside the enclosure or

within 20 feet in rigid

conduit.

5. In the Zeus Programming

Tool, select unsupervised for

each unsupervised input.

. Supervised and unsuper-

vised inputs may be mixed

on a single SIM-1 .

12345678

87654321

910111213141516

16 15 14 13 12 11 10 9

SIM-16

TB1

TB2

TYPICAL

CONNECTION

(16 PLACES)

*6.8K

*SUPPLIED WITH

THE SIM-16

INPUT #2

INPUT #6

INPUT #16

INPUT #5

INPUT #9

12345678

87654321

910111213141516

16 15 14 13 12 11 10 9

SIM-16

TB1

TB2

TYPICAL

CONNECTION

(16 PLACES)

INPUT #2

INPUT #1

INPUT #6

INPUT #16

INPUT #5

INPUT #9

Siemens Gebäudesicherheit

GmbH & Co. oHG

D-80930 München

For CE applicatio s i Cerberus E100 systems refer to

I stallatio I structio A24205-A334-B844 (E glish) or A24205-A334-A844 (Germa ).

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