IC200PWR00 GE Fanuc Power Supply Module Datasheet & Technical Manual

Configured for power distribution in Versamax control networks, the GE Fanuc IC200PWR00 (IC200PWR00 Power Supply Module) provides direct physical/electrical execution. This module functions as the primary power source for the backplane, converting input voltage into regulated DC power required for the operation of modular I/O and communication components. Hardware Specifications Parameter Specification Model IC200PWR00 Brand GE Fanuc Origin Verify via product label Weight 0.14 kg (0.31 lbs) Dimensions Standard Versamax module footprint Operating Temp 0 to 60 deg C Power Consumption Application dependent I/O Type Power Supply Compatibility Versamax Series Profinet / EtherNet/IP Deterministic Networks The IC200PWR00 ensures backplane bus communication velocity by providing a stable voltage reference for all interconnected modules. In deterministic industrial networks, consistent power delivery is necessary to maintain the timing accuracy of Profinet and EtherNet/IP data cycles. The module architecture prevents voltage sag during high-load I/O operations, ensuring that the communication processors do not experience jitter or reset conditions. Firmware flash compatibility is supported for integrated power monitoring variants, allowing the host controller to track power health and load status in real-time. Frequently Asked Questions Q: Does this module support redundant power supply configurations? A: Redundancy depends on the backplane architecture and the presence of dual-power-input module support; confirm your specific rack design before attempting parallel power injection. Q: How is the module protected against short-circuit events on the backplane? A: The module contains internal current-limiting protection to prevent damage to the backplane bus in the event of an output short circuit or excessive load draw. Field Installation Guidelines DIN-Rail Mounting: Ensure the module is snapped firmly onto the DIN rail and the locking tabs are engaged. This provides the necessary mechanical stability and grounding path via the rail. Wiring Specifications: Use appropriate wire cross-sections for the power input to ensure compliance with voltage drop requirements. Ensure terminals are torqued according to specifications to prevent overheating. Thermal Management: Allow for adequate clearance around the module to facilitate passive heat dissipation, as power regulation generates heat that must be vented to maintain operational life. Grounding: Connect the chassis ground to a low-impedance earth bus. This is critical for noise immunity and protecting the module from high-voltage transients on the power line.