APPENDIX A
A-2
CyberCat 254/1016 Installation Manual
UL S2203
Rev 14, 09/2015
P/N: 06-326
FM
Section 2 – Signaling Line Circuits (CSC + SLM)
Item
Addressable Device
Description
Standby
Current per
Unit (mA)
Qty
Total Standby
Current per
Unit (mA)
Alarm
Current per
Unit (mA)
Qty
Total Alarm
Current per
Unit (mA)
1
63-1052/1058 Photo
0.481
x
=
2.000
x
=
2
67-033/034 Ion
0.481
x
=
2.000
x
=
3
63-1053/1059 Photo/Heat
0.481
x
=
2.000
x
=
4
60-1039/1040 Heat
0.451
x
=
2.000
x
=
5
63-1057/63-1062 Photo/Duct
0.481
x
=
2.000
x
=
6
68-140 FAAST
[Note 10]
0.300
x
=
0.650
x
=
7
68-302 FAAST XT
[Note 10]
0.465
x
=
0.493
x
=
8
55-045/050 MMM
0.485
x
=
2.000
x
=
9
55-041/046 MM
0.485
x
=
2.000
x
=
10
20-1063/1064 Pull Station
0.370
x
=
2.000
x
=
11
55-042/047 SCM
[Note 11]
0.630
x
=
2.000
x
=
12
55-043/048 RM
0.580
x
=
2.000
x
=
13
55-056/061 DMM
0.600
x
=
2.720
x
=
14
55-055/060 CZM
[Note 10]
0.500
x
=
2.100
x
=
15
63-1063 Relay Base
0.170
x
=
0.170
x
=
16
63-1064 Sounder Base
[Note 10]
0.300
x
=
0.300
x
=
17
02-3868 Remote Annunciator
NA
x
NA
=
NA
10.000
x
=
18
02-3869 Remote Test
NA
x
NA
=
NA
10.000
x
=
19
02-4998 Remote Key Test
NA
x
NA
=
NA
12.000
x
=
Total SLC Standby
Current (mA):
Total SLC Alarm
Current (mA):
Total SLC Standby (mA):
/1000 =
A
Total SLC Alarm (mA):
/1000 =
A
Total
Total
Insert totals in Section 1 – Line Item 8
Section 1 and 2 Notes:
1.
Standby current cannot exceed 2.0 A or 4.0 A with SPS in normal standby condition.
2.
Alarm current cannot exceed 6.0 A or 12.0 A with SPS during full system operation.
3.
NFPA 72 requires that the secondary power supply have sufficient capacity to operate the system under non-alarm condition
for a minimum of 24 hours. Alternate standby times may be required by the local authority or approval agency.
Factory Mutual requires that the secondary Power Supply have sufficient capacity to operate the system under non-alarm
condition for the following systems Standard System 24 hours, Voice Evacuation 24 hours, Pre-Action/Deluge Release 90
hours.
4.
NFPA 72 requires that at the end of the 24 hour standby period, the secondary power supply shall have sufficient capacity to
operate all alarm notification appliances used for evacuation or to direct aid to the location of an emergency for 5 minutes
(0.083 hr) standard, 15 minutes for emergency voice/alarm communication service or UL 2572 mass notification service.
Factory Mutual requires that at the end of the required standby period, the secondary Power Supply shall have sufficient
capacity to operate all alarm notification appliances used for or to direct aid to the location of an emergency for 5 minutes
(0.083 hr) standard, 15 minutes for emergency voice/alarm communication service and 15 minutes Pre-Action/Deluge Release.
5.
1.2 represents a battery derating factor of 20 percent.
6.
CyberCat 254 and 1016 control panels can support charging up to 75 AH standby batteries. The CyberCat 1016 panel with the
SPS installed can support charging up to an additional 75 AH set of batteries for a system total of 150 AH.
7.
Current draw value shown assumes all relays are active.
8.
Compatible with CyberCat 1016 panel only.
9.
Section 4.0 shall only include the current draw of notification devices powered by the CyberCat system controller or the
supplemental power supply. This includes the two on-board notification appliance circuits (NAC 1 & 2).
10. Device requires 24vdc power for operation. Include device current draw in Section 3.0 if power is supplied by the CyberCat
system controller or the supplemental power supply.
11. Supervised Control Module (SCM) requires 24vdc power for operation of connected devices. If using the SCM to control the
operation of master-box interface or sprinkler solenoids, include current draw for all connected devices in Section 3.0. If using
the SCM to control notification appliances, include current draw for all connected devices in Section 4.0.
