GE VersaMax IC200PWR002 - Page 226

8-16 VersaMax Modules, Power Supplies and Carriers User's Manual GFK-1504N
8
IC200MDL730
Output Module, 24 V DC Positive Logic 2.0 A, w/ESCP 8 Points
Module Specifications
Module Characteristics
Points
1 group of 8 outputs
Module ID
FFFF8140
Isolation:
User input to logic (optical)
and to frame ground
Group to group
Point to point
250 V AC continuous; 1500 V AC for 1 minute
Not applicable
None
LED indicators
One green LED per point shows individual point on/off state
One amber LED per point shows individual point overloads/short
circuits.
FLD PWR LED indicates field power is present
OK LED indicates backplane power is present
Backplane current
consumption
5 V output: 50mA
External power supply
+18 to +30 V DC, +24 V DC nominal
Thermal derating
None
Compatibility
Cimplicity
ME
Versa
Pro
Control
90
CPU
001
CPU
002
CPU
005
CPU
E05
DBI
001
EBI
001
GBI
001
PBI
001
HW,FW vers.
FW release
2.11 1.0 2.2
AA
1.0
AA
1.5
AA
2.1
AA
2.1
AA
1.1
AA
1.0
AA
1.0
AA
1.0
Output Characteristics
Output voltage
+17.5 to +30 V DC, +24 V DC nominal
Output voltage drop
0.5 V maximum
Load current 2.0A at 30 V DC maximum (resistive) per point, 8.0A max per
module
Output leakage current
0.5mA at 30 V DC maximum
On response time
Off response time
0.5ms, maximum
0.5ms, maximum
Protection (each output)
Short circuit protection, overcurrent protection
External Power Supply Requirements
The external power supply used to power the loads must provide sufficient field
power for the module during short circuit events. When a load is shorted, an
inadequate external power supply may allow field power to drop below the
specified operating range, causing mis-operation of the module. The external
power supply must be capable of providing short circuit energy without
degradation of output voltage levels. The amount of energy required depends
on the number of simultaneously-shorted points that might occur. Refer to
power supply short circuit operation specifications when selecting the power
supply to be used with the loads. Local energy storage (either batteries or
capacitors) can be used to compensate for insufficient power supply