GE IC200PWR102C Power supply module for VersaMax backplane

Description

1. Real-World Use & Application Scenarios
   The IC200PWR102C is typically found in GE VersaMax control architectures deployed on manufacturing lines, packaging systems, and process control stations where a compact, compliant power source is essential. It supports powering the backplane that feeds CPUs, I/O blocks, and network interfaces, making it a cornerstone in reliable control system operation. Environments with vibration, dust, and broad temperature ranges—common in steel, automotive, and food-and-beverage facilities—benefit from the module’s robust performance and straightforward integration into 120/240 VAC power rails. This power supply is frequently documented in control-system schematics as the essential “power source” for VersaMax backplanes, reinforcing uptime and deterministic behavior in critical automation tasks. It is also used in retrofit scenarios to maintain compatibility with legacy VersaMax modules while supporting new I/O or processing additions.
2. Product Introduction & Positioning
   The IC200PWR102C VersaMax Power Supply Module is a critical backplane power source for GE Fanuc VersaMax systems. It accepts either 120 VAC or 240 VAC input (with jumper-based selection) and delivers regulated backplane power to the connected CPU, I/O, and network interface modules. This module occupies a dedicated slot on the VersaMax backplane and is designed to ensure stable, clean power across the entire backplane to support reliable machine control and data communication. Engineers value its ability to simplify power topology in GE automation projects, preserve compatibility across VersaMax generations, and reduce risk during system expansion. The model name IC200PWR102C is highlighted here to reinforce its identity and compatibility within the VersaMax ecosystem.
3. Key Technical Features & Functional Benefits
   The IC200PWR102C provides robust backplane power with clear advantages in reliability and ease of integration. It delivers up to 1.5 A on the 5 V/3.3 V rails needed by VersaMax modules, supporting multiple devices on the backplane with tight voltage regulation to maintain stable logic levels. The hardware footprint is designed for compact panel installations, and the module’s mounting aligns with standard VersaMax backplane configurations for straightforward service and replacement. Compatibility with both 120 VAC and 240 VAC input options simplifies installation across different facilities and regional power standards, while its proven performance under industrial conditions supports long life and reduced maintenance. Overall, IC200PWR102C is a dependable cornerstone for VersaMax control systems, ensuring consistent power delivery for mission-critical automation tasks.

   

   IC200PWR102C

4. Detailed Technical Specifications
   Parameter | Value
   Model | IC200PWR102C
   Brand | GE Fanuc Emerson
   Type | Power supply module for VersaMax backplane
   Input Power | 120 VAC or 240 VAC (jumper-selectable)
   Output Voltage | 5 VDC and 3.3 VDC rails
   Maximum Output Current | 1.5 A total
   Backplane Compatibility | VersaMax backplane modules (CPU, NIU, I/O)
   Dimensions | Standard VersaMax power supply footprint
   Weight | Lightweight, panel-mount friendly
   Interface | Backplane power interface
   Certifications | Industrial safety and EMC compliance (typical)
   Cooling | Passive cooling within enclosure
   Environmental Rating | Industrial environment compliant
5. Related Modules or Compatible Units

• IC200PWR102C – VersaMax power supply module; main power source for backplane
• IC200PWR101 – Alternative VersaMax power option with different current profile
• IC200MDLxxxx – VersaMax I/O or controller modules that pair with this power supply
• IC200PNSU – Power distribution or booster components within VersaMax family
• IC200PWI – Wireless or network integration modules compatible with VersaMax systems
• IC200ICR – Central diagnostic/monitoring module compatible with backplane power
• IC200NIX – Networking interface modules that rely on stable backplane power

6. Installation Notes & Maintenance Best Practices
   Pre-installation considerations
   Plan for adequate clearance around the VersaMax backplane to allow proper cooling and easy access to the IC200PWR102C slot. Verify that the enclosure grounding is solid and that the incoming 120/240 VAC supply matches the jumper setting chosen for the site. Confirm that the backplane revision is compatible with the power supply and check any GE engineering guides for required jumper configurations and alignment procedures. Ensure there is enough space for heat dissipation and route power cables to minimize EMI, keeping them separate from high-frequency data lines where feasible.

Maintenance best practices
Schedule regular inspections to verify secure mounting, clean contacts, and absence of overheating signs. Monitor backplane voltage rails with diagnostic tools to detect drift or ripple beyond tolerance. Keep firmware and manuals up to date, and maintain spare IC200PWR102C units for quick replacement in the event of power-related faults. Document all service actions in the asset database to support traceability, audits, and future upgrades.