Siemens CZM-1B6 Manual de servicio

P/N 315-095355-9

OPERATION

The Model CZM-1B6 from Siemens Industry, Inc.,

is an MXL intelligent device that connects a single

zone of conventional devices to an analog loop.

The CZM-1B6 can power up to fifteen compatible

2-wire, ionization or photoelectric smoke detectors.

It can also monitor an unlimited number of shorting

devices such as waterflow switches, thermal

detectors, manual stations, etc.

Each CZM-1B6 can be assigned a 32 character

custom alphanumeric message. A multicolor LED,

visable through the cover plate, indicates the

condition of the circuit. This multicolor LED displays

red for alarm, yellow for trouble, and green for

normal operation (See Figure 1).

The CZM-1B6 supports Class A and Class B

wiring. The module uses one address on the

analog circuit. It does not require any mechanical

address programming. Use Model DPU Device

Programming Unit or FPI-32 Programmer/Tester to

program and test the module.

For additional information on the MXL/MXLV System,

refer to the MXL/MXLV Manual, P/N 315-092036.

SETTING THE MODULE ADDRESS

1. Using the DPU Device Programming Unit or

FPI-32 Programmer/Tester, plug the

programming cable into the programming

receptacle on the CZM-1B6 (See Figure 1).

2. Set the System address for the CZM-1B6 by

following the instructions in the FPI-32 Programmer/

Tester Manual, P/N 315-090077, or the DPU

User's Manual, P/N 315-033260, as appropriate.

NOTE: With FPI-32 Rev. 1.3 software, only 1=MXL

mode should be used when programming a

device.

INSTALLATION

Remove all system power before installation, first

battery and then AC. (To power up, first connect the

AC and then the battery.)

Electrical Connections

After you have set the CZM-1B6 address, connect the

field wiring.

There are three basic connections

to the

CZM-1B6. All terminals are power limited.

1. Initiating Devices (Figures 2, 3, and 4)

The CZM-1B6 supports one zone of initiating devices

in either Class A or Class B. The initiating devices are

connected to terminals 5–8 on the CZM-1B6 terminal

block. Figure 2 shows the Class A wiring. Figure 3

shows the Class B wiring.

Figure 4 shows the wiring for the PBA-1191 beam

detector. When the PBA-1191 is used, the 2-position

plug from jumper J1 must be removed. Follow the

steps listed below:

a. Remove the screw from the center of the

CZM-1B6 plastic cover and place it to one side.

b. Remove the circuit board and locate jumper J1.

c. Remove the 2-position plug from J1.

Installation Instructions

Model CZM-1B6

Remote Conventional Zone Module

Figure 1

Model CZM-1B6

Siemens Industry, Inc.

Building Technologies Division

Florham Park, NJ

Siemens Building Technologies, Ltd.

Fire Safety & Security Products

2 Kenview Boulevard

Brampton, Ontario

L6T 5E4 Canada

d. Reassemble the circuit board and plastic cover

using the screw that was removed in the first

step.

e. Be sure to use the correct end of line device with

the CZM-1B6 in this configuration.

The devices in the tables at the right are listed for use

with the CZM-1B6. Use up to fifteen detectors, any

combination of those listed. Only one PB-1191 or one

DF-1192, and no additional devices, can be connected

to a CZM-1B6. Detector operated accessories cannot

be used with the CZM-1B6. The model numbers listed

are the UL compatibility identifiers.

May use up to 15 detectors of any type.

* Only one PBA-1191 or one DF-1192, and no additional

devices, can be connected to a CZM-1B6.

Figure 2

CZM-1B6 Wiring Diagram (Initiating Devices)

Class A (Style D) Installation

Figure 3

CZM-1B6 Wiring Diagram (Initiating Devices)

Class B (Style B) Installation

Figure 4

CZM-1B6 Wiring Diagram

PB-1191 Installation

123456 7 8 9

EARTH

ANALOG LOOP

POWER

WIRE MINIMUM 18 AWG, 35 ohms MAX

SUPERVISED, POWER

LIMITED PER NEC 760

VOLTAGE 24V UNFILTERED FULL WAVE

STYLE D

(CLASS A)

EOL *

* EOL DEVICE IS 4.7K

1/4W

(

P/N 140-820188

)

-- --

+++

123456 7 8 9

EARTH

ANALOG LOOP

POWER

WIRE MINIMUM 18 AWG, 35 ohms MAX

SUPERVISED, POWER

LIMITED PER NEC 760

VOLTAGE 24V UNFILTERED FULL WAVE

STYLE B

(CLASS B)

*EOL DEVICE IS 4.7K,

1/4W (P/N 140-820188)

-- --

+++

EOL*

)ylnOdevorppAMF(efaSyllacisnirtnI

rotceteDesaB snoitcurtsnInoitallatsnI rebmuNtraP

1-ISIhtiwSI3-IDS3-BD81-34

9180-513

NOTE:

Positive and negative ground fault detected at

<30K ohms for terminals 5-8 on CZM-1B6.

6B1-MZCrofytilibitapmoC

rotceteDesaB

noitallatsnI

snoitcurtsnI

rebmuNtraP

H3/3-IDS3-BD349180-513

H3A/3A-IDS3-BD3

49180-513

H3B/3B-IDI3-DA432390-513

*531-P3-TDS3-BD545710-513

11-TD11-BD

TPDA-BDhtiwS3-BD

924590-513

11-ABP1911-BBP424590-513

3-EPS3-BD

PLI3-DA

578090-513

432390-513

T11/11-EP11-BD

TPDA-BDhtiwS3-BD

P11-DA

891490-513

956590-513

2. Analog Loops (See Figure 5)

The CZM-1B6 communicates with the MXL via its

analog addressable loops. These loops may be on the

MMB or on the optional ALD-2I module. The analog

loops may be wired Class A or Class B. Figure 5

shows both wiring types, as well as the connections to

either the MMB or the MOM-4 when the ALD-2I

module is used.

3. 24 VDC Power (See Figure 6)

The CZM-1B6 receives its power from the CZM-1B6

power output on the MMB. This power is available on

TB5 of the MMB at terminals 9–12 or TB3 on the

PSR-1 on terminals 3-6. The power may be wired as

Class A or Class B. Since the CZM-1B6 monitors the

power at its screw terminals, you can star or T-tap the

power connection in the Class B configuration only.

Refer to Figure 6 for the wiring diagram.

Figure 5

CZM-1B6 Wiring Diagram (Analog Loop)

Figure 6

CZM-1B6 Wiring Diagram (Power)

For loop resistance, refer to

PSR-1 Installation Instructions, P/N 315-090911,

MMB-1 Installation Instructions, P/N 315-090375,

MMB-2 Installation Instructions, P/N 315-095097, or

MMB-3 Installation Instructions, P/N 315-048860

as applicable.

48 8

37 7

26 6

15 5

48 8

37 7

26 6

444

333

222

111

444

333

222

111

MOM-4

TB2

MOM-4

TB1

LOOP

MMB

TB2

MMB

TB3

CZM-1/1B6

ALD-2I

CLASS A INSTALLATION*

CLASS B INSTALLATION**

*OPERATES IN FULL COMFORMANCE WITH STYLE 6

NO T-TAPPING ALLOWED

LOOP RESISTANCE 100 Ohms MAX.

ALL WIRE MINIMUM 18 AWG

NO EOL DEVICE REQUIRED

SUPERVISED, POWER LIMITED PER NEC 760

T-TAPPING ALLOWED

**OPERATES IN FULL COMFORMANCE WITH STYLE 4

***

***JUMPERS CAN BE REMOVED FROM MMB-3

WITH CSGM CONFIGURATION

312

411

510

312

411

510

MMB

TB5

PSR-1

TB3

CZM-1B6

CLASS A INSTALLATION

NO T-TAPPING ALLOWED

CLASS B INSTALLATION

T-TAPPING ALLOWED

ALL WIRE MINIMUM 18 AWG

NO EOL DEVICE REQUIRED

SUPERVISED, POWER LIMITED PER NEC 760

*JUMPERS CAN BE REMOVED FROM MMB-3

WITH CSGM CONFIGURATION

NOTE:

Positive and negative ground fault detected at <30K ohms

for terminals 5-8 on CZM-1B6.

NOTE:

Positive and negative ground fault detected at

<30K ohms for terminals 5-8 on CZM-1B6.

P/N 315-095355-9

Figure 7

Wiring Diagram of Intrinsically Safe Zone

NOTES:

1. Intrinsically Safe Output:

Open Circuit Voltage: 28 VDC

Short Circuit Current: 93mA

2. Maximum loop resistance must not exceed 35 ohms.

3. A maximum of ten DI-3IS Ionization Detectors or up to five

S121 or S122 Flame Detectors can be used in addition to

mechanical (non-energy storing) shorting devices.

4. Maximum safe system voltage is 250 VAC.

5. For mounting and installation of the ISI-1, see the ISI-1

instructions.

6. Only mechanical (non-energy storing) shorting devices

such as the MS-51 Manual Station may be used.

7. WARNING: Do not make any connection to terminal 6

of the DB-3S base. Such a connection would void use

in an intrinsically safe application.

8. In addition, S121 and S122 are also approved for use

in Class II and Class III, Groups E, F, and G.

9. For guidance on installation see ANSI/ISA RP 12.6,

“Installation of Instrinsically Safe Instrument Systems in

Class I Hazardous Locations”.

10. For DI-3IS information, see the DI-3 Series installation

instructions, P/N 315-081943.

11. For S121 and S122 information, see the installation

instructions, P/N 315-085258.

INTRINSICALLY SAFE APPLICATION

FM APPROVED ONLY

ISI-1*

*THE ISI-1 IS A TWO-CHANNEL INTERFACE.

ONE CHANNEL IS SHOWN CONNECTED.

ISI-1*

Mechanical Installation

1. Mount the CZM-1B6 in a standard two gang

electrical box. The box must have a depth of at

least 3½ inches.

2. When the field wiring is connected (See above),

press the CZM-1B6 into the box and fasten it with

the four screws provided.

3. Attach a dress bezel if necessary, making sure

that the ALARM LED is aligned with the hole in the

bezel.

Electrical Ratings

tnerruCeludoMCDV5evitcAAm0

tnerruCeludoMCDV42evitcAAm05

tnerruCeludoMCDV42ybdnatSAm5.21

Zone resistance: 35 ohms total

SAERA1-ISI

LENNAHCEFASSUODRAZAH

+19 5

-18 4

+2212

-2111

01,7,6,3:NOITCENNOCON

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