Siemens RCM-1 Manuel de service

P/N 315-093878-11

Installation Instructions

Model RCM-1

Riser Control Module

Fire Safety

Siemens Building Technologies, Inc.

8 Fernwood Road

Florham Park, New Jersey 07932

Siemens Building Technologies, Ltd.

2 Kenview Boulevard

Brampton, Ontario L6T 5E4 CN

Table of Contents

INTRODUCTION................................................................................................... 3

Electrical Ratings ............................................................................................ 3

Modes of Operation ........................................................................................ 3

Diagnostic LEDs ............................................................................................. 3

RCM-1 Diagnostic LEDs - Table 1 .................................................................. 4

DESCRIPTION OF THE RCM-1 TERMINALS ..................................................... 5

RCM-1 APPLICATIONS - Table 2 ....................................................................... 5

Application 1 - Typical Style 4 Installation....................................................... 6

Application 2 - Style 4 with a Style 4 Output Only Extension ......................... 6

Application 3 - Typical Style 7 Installation....................................................... 6

Application 4 - Style 7 with a PORT C Extension ........................................... 7

Application 5 - Style 4 Fiber Optic Installation ................................................ 7

Application 6 - Style 4 Fiber Optic with a PORT C Fiber Optic Extension...... 8

Application 7 - Style 7 Fiber Optic with a PORT C Fiber Optic Extension...... 8

Application 8 - Combination Wire and Fiber Installation................................. 9

Application 9 - Style 4 Repeater Installation ................................................... 9

INSTALLATION .................................................................................................... 9

Network Address Programming (S1) - Table 3 ............................................. 10

S2 Settings - Table 4 ..................................................................................... 11

Application 1 - Typical Style 4 Connections .................................................. 12

Application 2 - Typical Style 4 Connections with PORT C Extension ........... 13

Application 3 - Typical Style 7 Connections .................................................. 14

Application 4 - Style 7 Connections with PORT C Extension ....................... 15

Applications 5 and 6 - Typical Style 4 Fiber Optic Connections with Optional

PORT C Extension ........................................................................................ 16

Application 7 - Typical Style 7 Fiber Optic Connections with Optional

PORT C Extension ........................................................................................ 17

Application 8 - Combination Fiber and Wire Style 4 Connection.................. 18

Application 9 - Style 4 Repeater Connection ................................................ 19

WIRING CONFIGURATIONS FOR THE OCC AND ACM ................................. 20

must be used for transient protection (UL 1459).

Refer to LLM-1 Installation Instructions, P/N 315-

093530.

Modes of Operation

The RCM-1 can operate in the following modes:

Local Mode The audio from the local MXL

(ACM) will be switched to local

speaker zones (OCCs). The

global audio riser will be

switched to Port C, the Style 4

output riser.

Global Mode 1 The audio output from the local

MXL is disconnected. The

audio from the global riser is

connected to the local speaker

zones and to Port C, the Style

4 output riser.

Global Mode 2 The audio from the local

system is connected to both

the local speaker outputs and

the global risers.

For additional information on the MXL/MXLV

System, refer to the MXL/MXLV Manual, P/N

315-092036.

Diagnostic LEDs

The RCM-1 has two yellow diagnostic LEDs and

six green diagnostic LEDs along its top edge.

Their functions are described in Table 1 (Refer to

Figure 2 for their location).

PORT STYLE FUNCTION

A6 Audio signal input

B4/7 Audio signal input/output

C4 Audio signal output

D6 Audio signal output

The RCM-1 supervises Port B for open and

short circuits, reports by exception to the MXL,

and isolates the fault.

INTRODUCTION

The Model RCM-1 Riser Control module from

Siemens Building Technologies, Inc.provides

control and supervision of global paging risers

in MXL voice networks. The RCM-1 is a double-

width card and has 4 ports (See Figure 1) with

the following inputs and outputs:

Figure 1

RCM-1 Ports

A D and B C

B C and D

A B, C and D

Only one RCM-1 may be connected to the

MXL. The module communicates with the MXL

using the RS-485 MNET. If the RCM-1 detects

that supervision is lost with the MXL, it will

automatically switch to Local Mode.

If any copper wire pair leaves the building

(Campus Configuration) the LLM-1 module

ELECTRICAL RATINGS

tnerruCeludoMCDV5evitcAAm08

tnerruCeludoMCDV42evitcAAm081

tnerruCeludoMCDV42ybdnatSAm002

TABLE 1

RCM-1 DIAGNOSTIC LEDS

LED COLOR FUNCTION

Any Trouble Yellow Lights when the RCM-1 cannot communicate with the MXL.

XMIT Enable Yellow Lights whenever the RCM-1 transmits a message to the MXL.

XMIT A Green Lights when the RCM-1 transmits voice using the copper

wire RECV connections.

XMIT B Green Lights when the RCM-1 transmits voice using the copper

wire XMIT connections.

XMIT F Green Lights when the RCM-1 transmits voice using any of the fiber

optic ports.

LM1 Green Lights when the RCM-1 is in local mode.

Flashes when there is no valid carrier on the riser.

GM1 Green Lights when the RCM-1 is in global mode 1.

Flashes when there is no valid carrier on the riser.

GM2 Green Lights when the RCM-1 is in global mode 2.

Flashes when there is no valid carrier on the riser.

Figure 2

RCM-1 Module Board

Figure 3

Description of the RCM-1 Terminals

The RCM-1 can be connected in many different ways. Table 2 describes the various applications. The

block diagrams below show the possible configurations.

Note:

Polarity must be observed

with all riser connections.

Odd pins are hi side while

even pins are lo side. See

the separate wiring

connections for the ACM/

TBM and the OCC shown

in Figure 12.

TABLE 2

RCM-1 APPLICATIONS

Application No.

(See Corresponding Diagram) Configuration

1Typical Style 4 installation

2Style 4 installation with a Style 4 output only extension

3Typical Style 7 installation

4Style 7 installation with a Style 4 extension

5Style 4 installation with fiber optic transmission

6Style 4 fiber optic with a Style 4 fiber optic output only extension

7Style 7 fiber connections with a Style 4 output only fiber extension

8Combination wire and fiber installation

9Style 4 Repeater Installation

PORT C: Copper Interface, Transmit, Style 4 (CT4)

PORT B: Copper Interface, Receive, Style 4 (BR4)

PORT B: Copper Interface, Transmit, Style 4 (BT4)

PORT B: Copper Interface, Receive, Style 7 (BR7)

PORT B: Copper Interface, Transmit, Style 7 (BT7)

NOT USED

PORT B: Fiber Interface, Style 4 (BF4)

PORT B: Fiber Interface, Style 7 (BF7)

PORT C: Fiber Interface, Style 4 (CF4)

CABLE TO

MMB OR PSR

P/N 555-190967

PORT D: Copper Connection To The OCC

PORT A: Copper Connection To The ACM

RCM-1

OMM-1

OMM-2

Application 1

Typical Style 4 Installation

Application 3

Typical Style 7 Installation

Application 2

Style 4 with a Style 4 Output Only Extension

RCM-1 Nos. 4, 5, and 6 have local ACMs, but cannot

output to the global bus — they can only receive.

Application 4

Style 7 with a PORT C Extension

Application 5

Style 4 Fiber Optic Installation

Application 6

Style 4 Fiber Optic with a PORT C Fiber Optic Extension

Application 7

Style 7 Fiber Optic with a PORT C Fiber Optic Extension

INSTALLATION

Remove all system power before

installation, first battery and then AC.

(To power up, connect the

AC first, then the battery.)

The RCM-1 has two configuration dipswitches,

S1 and S2. Set the dipswitches before install-

ing the RCM-1 into the OMM-1/2. (See NOTE

following Table 4 for the operation of

dipswitches.)

The RCM-1 takes up one of the 255 possible

network addresses. Use switch S1 to set the

MXL network address. Set this switch according

to the address where the RCM-1 is installed in

the MXL’s network map. Refer to the AccuLINK

(CSG-M) configuration printout for the address of

the module. See Table 3 for settings.

In addition to S1 which is used to set the network

address, the RCM-1 has a second bank of

dipswitches, S2, which must be correctly config-

ured for the RCM-1 to operate properly. Refer to

Table 4 for a description of the functions for each

of the switches in S2.

Application 8

Combination Wire and Fiber Installation

Application 9

Style 4 Repeater Installation

TABLE 3

NETWORK ADDRESS PROGRAMMING (S1)

RDDA12345678RDDA12345678RDDA12345678RDDA12345678

000

100

200

300

400

500

600

700

800

900

010

110

210

310

410

510

610

710

810

910

020

120

220

320

420

520

620

720

820

920

030

130

230

330

430

530

630

730

830

930

040

140

240

340

440

540

640

740

840

940

050

150

250

450

550

650

750

850

950

060

160

260

360

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560

660

760

860

960

070

170

270

370

470

570

670

770

870

970

080

180

280

380

480

580

680

780

880

980

090

190

290

390

490

590

690

790

890

990

001

101

201

301

401

501

601

701

801

901

011

111

211

311

411

511

611

711

811

021

121

221

321

421

521

621

721

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821

921

031

131

231

331

431

531

631

731

831

931

041

141

241

341

441

541

641

741

841

941

051

151

251

351

451

551

651

751

851

951

061

161

261

361

461

561

661

761

861

961

071

171

271

371

471

571

671

771

871

971

081

181

281

381

581

681

781

881

981

091

191

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291

391

491

591

691

791

891

991

002

102

202

302

402

502

602

702

802

902

012

112

212

312

412

512

612

712

812

912

022

122

222

322

422

522

622

722

822

922

032

132

232

332

432

532

632

732

832

932

042

142

242

342

442

542

642

742

842

052

152

252

352

452

552

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