Siemens Fc901 Addressable Fire Alarm Control Panel System Instruction Manual (+ PDF)

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Contents hide

1 SIEMENS FC901 Addressable Fire Alarm Control Panel System

2 Accessories and separate parts

2.1 Assembling notes

2.2 Installation instruction with trim kit

3 Technical data

3.1 Output

3.2 FC901/FC2005 system connection diagram

4 Documents / Resources

4.1 References

5 Related Posts

SIEMENS FC901 Addressable Fire Alarm Control Panel System

Accessories and separate parts

Accessories	Content	Installation instruction	Quantity
1		Cable between batteries, refer to figure 1	1
2		Cable between batteries and main board, refer to figure 1 and figure 2	1
3		Cable between City tie board and main board, refer to figure 2	1
4		Earth cable between enclosure and main board, refer to figure 1 and figure 2	1
5		Grounding cable for front door and power supply, refer to figure 1	2
6		Battery bracket left, refer to figure 1	1
7		Battery bracket right, refer to figure 1	1
8		Cable ties	10
9		No.8 screws, refer to figure 1	12
10		No.4 screws, refer to figure 2	2
11		Spacer for City tie board, refer to figure 2	2
12		Power supply MOV (Metal Oxide Varistor), refer to figure 2	1
S1		Battery cell, refer to figure 1	2
S2		Power supply, refer to power supply installation instruction sheet delivered with power supply	1
S3		Front door hinge axis lock pin, refer to Detail A	2
S4		Front door hinge axis, refer to Detail A	2
S5		EOL for NAC, refer to Detail C	2

Note: Item 3,6,7,11,S1and S2 are not delivered with the FC901 and FC2005, and should be ordered separately.

Assembling notes

Mount the batteries with battery brackets.
Mount the power supply MOV, then mount the power supply to the enclosure.
Mount the City tie module onto the main board according to the Figure 2 (City tie module is optional).
Connect the cables to the corresponding position marked on the drawing. (The power supply input cable and output cable are not included in the FC901 and FC2005 package.)
Mount the Main board assembly onto the Enclosure according to Figure 3.
Mount the Lock pin to the Front door axis. (Both are included in the Enclosure package.)

NOTICE
Pay attention to the battery polarity at 2.1 and 2.2

Figure 1: Installation instruction (Front view with front door open)

Detail A: Front door hinge and lock pin installation instruction

Figure 2: Installation instruction (Main board assembly back view)

Figure 3: Main board assembly installation instruction

Detail C: NAC EOL installation instruction

Steps:

Bend the MOV connector pin according to the figure below.
Fix or weld the MOV onto the power input connector.
Fix the AC input cable and screws on the connector.

Installation instruction with trim kit

Technical data

Environmental
Operating temperature -32-120°F (0-49°C)
Relative humidity – Up to 93% @ 90°F (32°C)
To be installed in an indoor dry protected environment only

Primary Power Supply (FP2011-U1)
Input: 120 VAC, 60 Hz or 240 VAC, 50 Hz
@ 2.0 A max.
Supervised
Output: 26 VDC @ 6.5 A max.
Max current: 6.5 A (2 hours max.)
Filtered and Regulated

Secondary Power Supply
24 V lead-acid battery set
Max. charged voltage: 27.8 VDC
Automatic low battery disconnect voltage: 19.2±0.1 VDC Max. charge current: 0.45 A
Battery capacity:12 AH internally to 18 AH with separate enclosure FH2072-UA
Supervised

Auxiliary Power Outputs

Non-resettable power output	Resettable power output
Power limited	Power limited
Current: 0.75 A	Current: 0.75 A
Voltage: 19 to 28 VDC	Voltage: 19 to 28 VDC
Ripple: 0.1 VAC	Ripple: 0.1 VAC
Special Application	Special Application

Status Relays
Non-power limited
One programmable relay
Three non-programmable relays: Trouble, Supervisory, Alarm
Contact rating: 2 A, 30 VDC maximum
Form C contact

Notification Appliance Circuits
Power limited Supervised

Current Draw	Maximum Line Resistance
2.5 A	3.2 Ω
2.0 A	4.0 Ω
1.5 A	5.3 Ω
1.0 A	8.0 Ω
0.5 A	16.0 Ω

Alarm voltage: 16 to 32 VDC
Maximum ripple: 0.1 VAC
Used for special application only
Two Class B or one Class A
Total Max. Current: 2.5 A

Serial Interface Circuit (UFP)
Power limited
Supervised
Maximum wire loop resistance: 50 Ω total Physical layer: RS485

SLC Addressable Device Circuits
Max. 32 VDC
Power limited
Supervised
Max. current: 0.07 A (RMS)
Maximum wire loop resistance: 50 Ω
Two Class B or one Class A circuit
Max. 50 addressable devices

City Tie Circuits
Supply Input:
Voltage: 26 VDC / 18 – 28 VDC for battery
Current: Max. 0.4 A
Supervised

Output

City Tie-Output 1
Normal output voltage: 19-28 VDC (open circuit condition) Supervisory current: 1 mA
Maximum trip current: 400 mA
Maximum coil plus wire resistance: 22.5 Ω

Leased line-Output 1
Normal output voltage: 19-28 VDC (open circuit condition) Trouble output voltage: 0 V
Alarm output voltage: -(19-28) VDC (open circuit condition) Maximum wire resistance: 2-5 KΩ
Maximum short circuit current: 25 mA

Leased line-Output 2
Normal output voltage: 19-28 VDC (open circuit condition) Supervisory output voltage: -(19-28) VDC (open circuit condition)
Maximum wire resistance: 2-5 KΩ
Maximum short circuit current: 25 mA

DACT Circuits
Power limited
Supervised for short or open circuit conditions Compliance to FCC part 68

Support RJ31X connection
Compatible Digital Alarm Communication Receiver (DACR) list,

Device Module	Manufacture
MX8000	Honeywell

CAUTION:

To reduce the risk of fire, use only No. 26 AWG or larger telecommunication line cord.
Only to a loop start telephone circuit and not to a ground start telephone circuit.
To verify the integrity of the call forwarding feature every 24 hours.

FC901/FC2005 system connection diagram

NOTICE
All the wiring must be in accordance with local codes and the National Electric Code.

SLC loop connections
Supervised and power limited. Refer to the user manual (A6V10333722 and A6V10336754) Appendix B to get detailed device compatibility list for FC901 and FC2005.