Honeywell Notifier FCM-1 Installation And Maintenance Instructions Download Page 1

NO-460-004  4 I56-3500-008 
 

 

©2013 Notifier

NO-460-004  1 I56-3500-008

FCM-1 Supervised Control Module

BEFORE INSTALLING

This information is included as a quick reference installation guide. Refer to 
the control panel installation manual for detailed system information. If the 
modules will be installed in an existing operational system, inform the opera-
tor and local authority that the system will be temporarily out of service. Dis-
connect power to the control panel before installing the modules.

NOTICE: This manual should be left with the owner/user of this equipment.

GENERAL DESCRIPTION

FCM-1 Supervised Control Modules are intended for use in intelligent, two-
wire systems, where the individual address of each module is selected us-
ing the built-in rotary switches. This module is used to switch an external 
power supply, which can be a DC power supply or an audio amplifier (up 
to 80 VRMS), to notification appliances. It also supervises the wiring to the 
connected loads and reports their status to the panel as NORMAL, OPEN, 
or SHORT CIRCUIT. The FCM-1 has two pairs of output termination points 
available for fault-tolerant wiring and a panel-controlled LED indicator. This 
module can be used to replace a CMX-2 module that has been configured for 
supervised wiring operation.

COMPATIBILITY REQUIREMENTS

To ensure proper operation, this module shall be connected to a compatible 
Notifier system control panels only (list available from Notifier).

MOUNTING

The FCM-1 mounts directly to 4-inch square electrical boxes (see Figure 2A). 
The box must have a minimum depth of 2

1

/

8

 inches. Surface mounted electri-

cal boxes (SMB500) are available. The module can also mount to the DNR(W) 
duct housing.

SPECIFICATIONS

Normal Operating Voltage: 

15 to 32 VDC

Maximum Current Draw: 

6.5 mA (LED on)

Average Operating Current:  375µA (LED flashing - in group poll mode) 350µA (LED flashing - in direct poll mode); 485µA Max. (LED flashing, NAC shorted)
Maximum NAC Line Loss: 

4 VDC

External Supply Voltage (between Terminals T10 and T11)
 

Maximum (NAC): 

Regulated 24 VDC

 

Maximum (Speakers): 

70.7 V RMS, 50 W

Drain on External Supply: 

1.7 mA Maximum using 24 VDC supply; 2.2 mA Maximum using 80 VRMS supply

Max NAC Current Ratings: 

For class B wiring system, the current rating is 3A; For class A wiring system, the current rating is 2A

Temperature Range: 

32°F to 120°F (0°C to 49°C)

Humidity: 

10% to 93% Non-condensing

Dimensions: 

 4.675˝ H x 4.275˝ W x 1.4˝ D (Mounts to a 4˝ square by 2

1

/

8

˝ deep box.)

Accessories: 

SMB500 Electrical Box; CB500 Barrier

I56-35

00-008

INSTALLATION AND MAINTENANCE INSTRUCTIONS

WIRING

NOTE: All wiring must conform to applicable local codes, ordinances, and reg-
ulations. When using control modules in nonpower limited applications, the 
CB500 Module Barrier must be used to meet UL requirements for the separa-
tion of power-limited and nonpower-limited terminals and wiring. The barrier 
must be inserted into a 4˝ × 4˝ × 2

1

/

8

˝ junction box, and the control module 

must be placed into the barrier and attached to the junction box (Figure 2A). 
The power-limited wiring must be placed into the isolated quadrant of the 
module barrier (Figure 2B).

1.   Install module wiring in accordance with the job drawings and appropri-

ate wiring diagrams.

2.  Set the address on the module per job drawings.
3.   Secure module to electrical box (supplied by installer), see Figure 2A.
Wire should be stripped to the appropriate length (recommended strip length 
is 

1

/

4

“ to 

3

/

8

”). Exposed conductor should be secured under the clamping plate 

and should not protrude beyond the terminal block area. 

CAUTION

: Do not loop wire under terminals. Break wire run to provide su-

pervision of connections.

IMPORTANT: When using the FCM-1 for audio applications, remove Jumper 
(J1) and discard. The Jumper is located on the back as shown in Figure 1B. 

J1 must be removed whenever power supply monitoring feature is not required.

NOTE:  All references to power limited represent “Power Limited (Class 2)”. 

All references to Class A also include Class X.

12 Clintonville Road

Northford, CT 06472-1653

Phone: 203.484.7161

RELAY CONTACT RATINGS:

CURRENT RATING

MAXIMUM VOLTAGE

LOAD DESCRIPTION

APPLICATION

2 A

25 VAC

PF = 0.35

Non-coded

3 A

30 VDC

Resistive

Non-coded

2 A

30 VDC

Resistive

Coded

0.46 A

30 VDC

(L/R = 20ms) 

Non-coded

0.7 A

70.7 VAC

PF = 0.35

Non-coded

0.9 A

125 VDC

Resistive

Non-coded

0.5 A

125 VAC

PF = 0.75

Non-coded

0.3 A

125 VAC

PF = 0.35

Non-coded

FIGURE 6. TYPICAL FAULT TOLERANT WIRING FOR SPEAKER SUPERVISION AND SWITCHING, NFPA STYLE Z:

(+)

(–)

(+)

(–)

(+)

(–)

(+)

(–)

(–)

(+)

(–)

(+)

ALL WIRING SHOWN IS SUPERVISED 

AND POWER LIMITED

TO NEXT 

DEVICE

SIGNAL LINE CIRCUIT (SLC)

32 VDC MAX.

TWISTED PAIR

IS RECOMMENDED

WIRES MUST BE SUPERVISED PER NFPA

CONNECT MODULES TO LISTED COMPATIBLE 

CONTROL PANELS ONLY

FROM 

PANEL OR 

PREVIOUS 

DEVICE

CONTROL 

MODULE

SPEAKERS MUST BE LISTED FOR 

FIRE PROTECTION. 

47K EOL RESISTOR

IS INTERNAL AT 

TERMINALS 8 & 9

MODULE POLARITIES ARE SHOWN IN ALARM

TO NEXT CONTROL 

MODULE LAST MODULE 

MUST RETURN WIRES FOR 

SUPERVISION

SUPERVISION

AUDIO CIRCUIT WIRING MUST BE TWISTED PAIR AS A MINIMUM.

SEE NOTIFIER INSTALLATION MANUAL FOR DETAILED INFORMATION.

AUDIO AMPLIFIER, 70.7 Vrms MAX.

USE ONLY MODELS AA-30, AA100 OR 

AA-120. AMPLIFIER MUST PROVIDE 

WIRING SUPERVISION PER NFPA.

AUDIO CIRCUIT

DO NOT LOOP WIRE AROUND TERMINALS 10 & 11. 

BREAK WIRE TO ENSURE

SUPERVISION OF CONNECTIONS.

BYPASS CAPACITORS: 100µ

A2143-20 NONPOLARIZED

<10µA LEAKAGE

*NOTE: ANY FAULT IN THE POWER SUPPLY IS LIMITED TO THAT ZONE AND DOES NOT RESULT IN A FAULT IN A SEPARATE ZONE.

C0950-02

WARNING

All relay switch contacts are shipped in the standby state (open) state, but may have transferred to the activated (closed) state during shipping. To ensure that 
the switch contacts are in their correct state, modules must be made to communicate with the panel before connecting circuits controlled by the module. 

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