IDENTIFLEX 620 BATTERY CALCULATION CHART
MODULE
QTY
NORMAL CURRENT
ALARM CURRENT
NORMAL
TOTAL
1
ALARM
TOTAL
2
BDM
1
.205
.337 + signal circuit power +
.002 for master box and .022
for reverse polarity
CPU 1
.070
.070
3 S+S-
see
note
4
A+A-
see
note
4
12VDC
see
note
4
CIM-4
.050
.050 per active ckt
CIN-8
.090
.050 per active ckt
CIM-4
W/CIM-SDA
.050
.050 per active ckt
.022 per active class a relay
CIM-8
W/CIM-SDA
.050
.050 per active ckt
.022 per active class a relay
USM-4
.018
.020 PER CKT + signal load
USM-8
.018
.020 PER CKT + signal load
USM-4
W/USM-SZA
.018
.020 PER CKT + signal load
.022 per active class a relay
USM-4
W/USM-SZA
.018
.020 PER CKT + signal load
.022 per active class a relay
CTX
.020 +.005 per active ckt
.020 +max .046 per active
circuit
RM-4
.010 +.003 for each inactive
feedback point and .006 for each
active
.022 per active
circuit
RM-8
.010 +.003 for each inactive
feedback point and .006 for each
active
.022 per active
circuit
BC-4
.010 +.003 for each inactive
feedback point and .006 for each
active
.022 per active
circuit
BC-8
.010 +.003 for each inactive
feedback point and .006 for each
active
.022 per active
circuit
CABINET
EXPANDER
.001
.001
ALARM PERCENT CALCULATION
0.10=10% 1.00=100%
TOTAL NORMAL
CURRENT
HOURS OF STANDBY
TOTAL NORMAL
CURRENT
= NORMAL Amp Hours
TOTAL ALARM
CURRENT
x
NORMAL
Amp
Hours
HOURS OF ALARM
5
TOTAL ALARM
CURRENT
=ALARM Amp Hours
ALARM Amp Hours
x
TOTAL
TOTAL X 1.25
BATTERY AH
REQUIRED
(note 6)
1
NORMAL TOTAL is figured by multiplying the number of modules times the current values for that module
2
ALARM TOTAL is figured by multiplying the number of modules/active points times the current values for that module
3
The Common Control Module consists of Bus Driver Module, CPU, Common Relays, Power Supply and Common Displays.
4
The actual loads for Normal and Alarm currents being drawn on the power terminals should be placed in the Normal Total and Alarm
Total boxes for each power output.
5
Minutes of alarm is figured by dividing the minutes required by 60. 5 minutes divided by 60 equals .083 minutes
6
Maximum of 50 AH Permitted
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Summary of Contents for FLEXALARM 620
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