IF 632 Installation and Operation Manual
Release: 3 01/31/01
168
{PRIVATE }
IDENTIFLEX 632 BATTERY CALCULATION CHART
MODULE
QTY
NORMAL CURRENT
ALARM CURRENT
NORMAL
TOTAL
3
ALARM
TOTAL
4
SUB-TOTAL NORMAL CURRENT
Carried over from Page 1
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SUB- TOTAL ALARM CURRENT
Carried over from Page 1
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AAM95-2
.035
.035
AAM95-4
.055
.055
CABINET
EXPANDER
.001
.001
PID95
.0005
.0014 per active device
RCE-95
.0005
.0015 per active device
BCE-95
.0008
.0018 per active device
SCE-95
.0011
.0015 per active device, +
notification device current
CZI-95
.0047 + detector load (.001 max)
.080 max per ckt.
.102 per active class A ckt.
CTX-95
.0025
.022 per active device
RSM-95
.001
.0015 per active device, +
solinoid current
XP95-i
.000280
.00228 per active device
XP95-P
.000340
.00434 per active device
XP95-T
.000250
.00225 per active device
SUB-TOTAL NORMAL CURRENT
Page 2
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SUB- TOTAL ALARM CURRENT
Page 2
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ALARM PERCENT CALCULATION
10 = 10% 100 = 100%
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TOTAL NORMAL CURRENT
Page 1 + Page 2
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X
TOTAL ALARM CURRENT
Page 1 + Page 2
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HOURS OF
STANDBY
TIMES TOTAL NORMAL CURRENT EQUALS NORMAL A.H.
NORMAL A.H.
PLUS ALARM A.H.
= TOTAL X 1.25
Total AH Batt REQUIRED5
X
MINUTES OF
ALARM6
TIMES TOTAL ALARM CURRENT
EQUALS ALARM A.H.
3NORMAL TOTAL is figured by multiplying the number of modules times the current values for that module
4ALARM TOTAL is figured by multiplying the number of modules/active points times the current values for that module
5
Maximum of 50 AH Permitted
6
Minutes of alarm is figured by dividing the minutes required by 60. 5 minutes divided by 60 equals .083 minutes
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