Description
Overview
The IC200PWR101 from Emerson (GE Fanuc VersaMax series) is a rack-mounted AC input power supply designed to provide regulated backplane power for VersaMax controllers and I/O architectures. It converts universal AC mains into stable low-voltage DC rails required by CPUs, network interface units, and distributed I/O modules within the VersaMax platform.
The module can be deployed as a primary station power source or as an auxiliary booster supply when installed on a compatible VersaMax power supply booster carrier, supporting scalable system expansion in modular control cabinets.
Electrical Characteristics
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Input voltage range:
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Input frequency: 47–63 Hz
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Input apparent power: approximately 27 VA
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Hold-up time: ~20 ms under rated load conditions
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Output rails:
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5 VDC backplane supply
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3.3 VDC logic supply
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Total output current capacity: up to 1.5 A combined
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3.3 V rail limit: 0.25 A maximum
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5 V rail available current is load-dependent:
Protection and Reliability Features
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Integrated short-circuit protection on output rails
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Overload and thermal protection behavior built into regulation stage
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Designed for continuous-duty industrial operation
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Stable output regulation for distributed backplane loads
Mechanical Details
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Weight: 0.31 lb
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Backplane-mounted plug-in module format
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Front-access voltage selection jumper for input configuration
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Terminal interface designed for VersaMax rack integration
Environmental and Safety Ratings
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Designed for harsh industrial environments
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Hazardous location classification: Class I, Division 2, Groups A, B, C, D
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Temperature code: T4A
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Maximum ambient operating temperature: 60°C
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Installation requires power isolation prior to wiring or replacement
System Role and Application
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Primary power source for small to mid-size VersaMax racks
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Auxiliary/booster supply for expanded I/O stations
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Supports CPU, NIU, and standard VersaMax I/O modules
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Commonly used in compact machine control systems, process skids, and distributed automation nodes
FAQ
Can this module operate on both 120 VAC and 240 VAC systems?
Yes. Input configuration is selectable via internal jumper, allowing operation in both voltage ranges.
Can it be used as a redundant power supply?
It can function as a supplemental (booster) supply when installed on a compatible carrier, but it is not a full redundant hot-swap PSU by itself.