Siemens SIM-16RC Manuale utente

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P/N 315-050715-1

Supervised Input Module Ribbon Cable

Installation Instructions

Model SIM-16RC

INTRODUCTION The Model SIM-16RC Supervised Input Module Ribbon

Cable from Siemens Industry, Inc., is a remotely located,

general purpose input module. It provides sixteen input

circuits for remote system monitoring. Each input can

only be unsupervised (general-purpose input). The

SIM-16RC has two Form C relays.The relays and the

inputs are programmed by inserting an SIM-16 in the

Zeus Programming Tool.

Inputs must be programmed as unsupervised.

OPERATION The SIM-16RC is mounted in an enclosure that is

remotely located from the Main Panel. Communication

between the SIM-16RC and the NIC-C (Network Interface

Card) or DAC-NET is through the Control Area Network

(CAN) bus. Up to 99 SIM-16RCs can be used with a

single NIC-C or DAC-NET.

Each SIM-16RC has two 10-position rotary switches that

are used to set the board address on the CAN which is a

sub-address of the NIC-C or DAC-NET.

Every time a change of state of the input is detected, a

unique CAN message is sent to the NIC-C or DAC-NET. A

CAN message from the NIC-C or DAC-NET directed to

the SIM-16RC controls the Form C relays.

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

each SIM-16RC using both of the ten-position rotary

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

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

DAC-NET and must be the same as the addresses

assigned in the Zeus Programming Tool.

INSTALLATION A SIM-16RC may be installed in a REMBOX. When using REMBOX 2 or 4, mount the

SIM-16RC in one module space on a REMBOX2-MP, P/N 500-634211 or REMBOX4-

MP, P/N 500-634212 using the four screws provided. (Refer to REMBOX2-MP/

REMBOX4-MP Installation Instructions, P/N 315-034211.) Up to 4 SIM-16RCs will fit

in a REMBOX2; up to 8 SIM-16RCs will fit in a REMBOX4.

Figure 1

SIM-16RC Supervised

Input Module Ribbon

Cable

S1 S2

TB3

TB4

SIM-16RC

Siemens Industry, Inc.

Building Technologies Division

P/N 315-050715-12

WIRING Refer to Figures 2-5.

Remove all system power before installation, first battery then AC. (To power up,

connect the AC first, then the battery.)

• Each SIM-16RC module is a node in the CAN bus.

• The SIM-16RC can be installed with or without an RNI. Connect the CAN

bus and 24V as shown in Figures 2 and 3.

• Up to 99 CAN modules, in any combination, can be connected to the CAN

bus of each NIC-C or DAC-NET.

• Each SIM-16RC module is shipped with one CCS cable.

• Cable connections for SIM-16RC modules are shown in the following table:

SNOITCENNOCELBACCR61-MIS

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LCCgnoL-ELBAC-NAC rotcudnoc-6,.ni03 412436-995.C

R61-MIStsrifotINRno4PstcennoC /MCFotCR61-MISmorfstcennocoslA .)roodno(seludomBSC/MCS/MCL

SCCtrohS-ELBAC-N

AC rotcudnoc-6,.ni½5 935331-555-MISotseludomCR61-MISstcennoC 61-MCOroCR61-MCO,61-MIS,CR61 worelgnisaniselu

dom

The CAN bus requires a 120Stermination at each end of the loop. Refer to the NIC-C

Installation Instructions, P/N 315-033240 for details about CAN termination.

The ribbon cable for J1 and J2 is to be provided with the external unit.

S1 S2

TB3

TB4

S1 S2

TB3

TB4

S1 S2

TB3

TB4

S1 S2

TB3

TB4

TO RNI, P4

CAN TERMINATOR,

P/N 110-134215

(SHIPPED WITH NIC-C)

CABLE

MODEL

# CCS

CABLE

MODEL

# CCL

SIM-16RC SIM-16RC SIM-16RC SIM-16RC

Figure 2

SIM-16RC CAN Bus Connections With An RNI

Siemens Industry, Inc.

Building Technologies Division

P/N 315-050715-13

Figure 3

SIM-16RC Wiring Without An RNI

NOTES

1. All wiring supervised.

2. All circuits are power limited

per article 760 of NEC.

3. The ribbon cables for J1 and

J2 must be:

- within the same room

- within 20 ft.

- in rigid conduit.

4. Wiring forTB3 and TB4 is

18AWG min., 16 AWG max.

5. CAN network max. line

resistance 15S.

6. Refer to the NIC-C

Installation Instructions, P/N

315-033240 for CAN

network termination

instructions.

Figure 4

SIM-16RC 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. The ribbon cables for J1 and

J2 must be:

- within the same room

- within 20 ft.

- in rigid conduit.

5. Wiring forTB3 and TB4 is

18AWG min., 16 AWG max.

SIM-16RC

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

COM

N.C.

N.O.

COM

N.C.

N.O.

Programmable

Relay 2

Programmable

Relay 1

TB3

TB4

SIM-16RC

Siemens Industry, Inc.

Building Technologies Division

Florham Park, NJ

Siemens Canada Limited

Building Technologies Division

2 Kenview Boulevard

Brampton, Ontario L6T 5E4 Canada P/N 315-050715-1

Figure 5

SIM-16RC Unsupervised Input Wiring

NOTES

1. All inputs unsupervised.

2. All inputs are power limited

per article 760 of NEC.

3. The ribbon cables for J1 and

J2 must be:

- within the same room

- within 20 ft.

- in rigid conduit.

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.

6. Inputs #1 - 16 are program-

mable.

SIM-16RC

TYPICAL

CONNECTION

(16 PLACES)

INPUT #2

INPUT #1

INPUT #6

INPUT #16

INPUT #5

INPUT #9

ELECTRICAL RATINGS

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tnerruCV42lanimreTwercS Am02 tupnidesivrepus/Am2.1+ yalerevitca/Am02+

tnerruCenalPkcaB

V2.60

tnerruCybdnatSV42 Am02 tupnidesivrepus/Am2.1+ yalerevitca/Am02+

rewoPtuptuO

riaPkrowteNNAC .xamkaepotka

epV8

.xamAm57 )noissimsnartgsmgnirud(

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