IF 610 Installation and Operation Manual
Issue 3, 10/04/00
Firmware Ver. 7
135
IF 610 BATTERY CALCULATION CHART
MODULE
QTY
NORMAL
CURRENT
ALARM CURRENT
NORMAL
CURRENT
TOTAL
1
ALARM
CURRENT
TOTAL
2
MAIN
UNIT
1
0.125
0.171 +Signal Ckt. current
+.002 for master box or
.022 for reverse polarity
CC
3
S+S-
NOTE
4
A+A-
NOTE
4
1 CKT.
ANALOG I/O
045
.045
2 CKT.
ANALOG I/O
.055
.055
4 CKT.
ANALOG I/O
.075
.075
PID 95
.0005
.0015 per active device
RCE-95
0005
.0015 per active circuit
SCE-95
.0011
.0015 per active circuit
RSM-95
.0011
.0015 per active circuit
+Solenoid. current
CTX-95
.002
.020 per active device
+Signal Ckt. current
MS-95
.0004
.0014 per active device
CZI-95
.010
0.100 per active device
XP95--I
.00028
.00228 per active device
XP95--P
.00034
.00434 per active device
XP95--T
.00025
.00425 per active device
ALARM PERCENT CALCULATION
0.10=10% 1.00=100%
TOTAL NORMAL and
ALARM CURRENTS
HOURS OF
STANDBY
TOTAL NORMAL
CURRENT
= NORMAL Amp Hours
NORMAL
Amp Hours
x
ALARM
Amp Hours
HOURS OF
ALARM
5
TOTAL ALARM
CURRENT
= ALARM Amp Hours
TOTAL
x
MULTIPLY TOTAL
X 1.2
BATTERY AH
REQUIRED
6
1
NORMAL TOTAL is obtained by multiplying the number of modules times the normal current values for that module.
2
ALARM TOTAL is obtained by multiplying the number of modules times the alarm current values for that module.
3
The Common Control (CC) Module consists of the Bus Driver Module, CPU and Display, Common Relays and Power Supply.
4
The actual current loads for Normal and Alarm should be placed in the NORMAL TOTAL and ALARM TOTAL columns
respectively.
5
Hours of alarm is obtained by dividing the Minutes of Alarm by 60. I.e. 5 Minutes of Alarm is 5/60 = .0.083 Hours
6
Maximum of 28 AH Permitted
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