IC200PWR102 GE Fanuc Expanded Power Supply Module

Global PLC Spare HUB Insight

When commissioning high-density VersaMax backplane racks utilizing the IC200PWR102 expanded power supply, field technicians must strictly verify the input voltage jumper position prior to energizing the circuit. Failing to remove the jumper when shifting from a 120VAC line to a 240VAC industrial supply will instantly compromise internal components. Based on hands-on deployment records in heavy manufacturing control rooms, maintaining a dedicated AC line filter upstream of this unit completely eliminates line-transient voltage spikes, ensuring stable 5VDC and 3.3VDC outputs across heavy CPU and NIU loads.

Engineering Specifications & Electrical Architecture

• Brand: GE Fanuc / Emerson Automation
• Series: VersaMax
• Model Number: IC200PWR102
• Module Architecture: Expanded AC Power Supply Unit
• Input Voltage Range: 85 to 132 VAC (with jumper); 176 to 264 VAC (without jumper)
• Nominal Input Rating: 120 / 240 Volts AC
• Input Frequency Band: 47 to 63 Hertz
• Apparent Power Input: 27 VA max
• DC Output Voltage: 5 VDC and 3.3 VDC rails
• Output Current Capacity: 1.5 A total maximum (1.0 A max on 3.3VDC rail)
• Power Holdup Duration: 20 milliseconds nominal
• Physical Dimensions: 49 mm x 133.4 mm x 39 mm (excluding DIN-rail or carrier height)

Installation & Jumper Configuration Protocols

• Voltage Selection Mechanism: Install the right-side terminal jumper exclusively for 120 VAC nominal lines; remove completely for 240 VAC systems to prevent catastrophic failure.
• Mounting Infrastructure: Secure onto standard industrial DIN rails or specialized power supply booster carriers.
• Wiring Safety: Isolate high-voltage AC input wiring from low-level communication cables to reduce electromagnetic interference.

Built-In Protection & Diagnostic Capabilities

• Circuit Safeguards: Integrated electronic protection against short-circuit faults and electrical overloads.
• Operational Monitoring: Real-time backplane status tracking via system CPU and visual LED indicators on accompanying rack hardware.

Compatible Hardware & Industrial Application Environments

• Target Devices: VersaMax CPU modules, Network Interface Units (NIUs), discrete/analog I/O expansion blocks, and intelligent modules.
• Deployment Sectors: Factory automation assembly lines, municipal water distribution switchgear, building automation control panels, and automated packaging systems.

Logistics, Fulfillment & Warranty Terms

• Fulfillment Partners: Secure global shipping handled by FedEx, UPS, and DHL.
• Dispatch Window: Fast processing with 24 to 48-hour dispatch times.
• Warranty Coverage: Comprehensive 12-month replacement warranty from date of acquisition.

Frequently Asked Questions (FAQ)

What happens if the configuration jumper is left installed during a 240VAC operation?

Leaving the jumper installed under a 240VAC line exceeds component voltage thresholds, causing severe hardware damage and posing a fatal electrical hazard to personnel.

Can this expanded unit serve as a secondary power supply on a booster carrier?

Yes, the IC200PWR102 is engineered to operate seamlessly as a supplemental or secondary power source when mounted on a designated power supply booster carrier.

Why does the unit have a strict 1.5 Ampere total output current ceiling?

The combined current draw across both the 5VDC and 3.3VDC channels cannot surpass 1.5A to prevent internal transformer saturation and thermal overload.

How does the 20-millisecond holdup time protect the PLC rack during brownouts?

The holdup capacitor bank maintains stable internal DC voltages for 20 milliseconds during brief AC line dips, allowing the CPU to execute an orderly shutdown or ride through micro-interruptions.

What evaluation steps should guide my purchase when replacing legacy VersaMax power blocks?

Confirm that your incoming utility line matches either 120VAC or 240VAC parameters, verify your backplane current load stays within the 1.5A limit, and ensure physical slot availability on your DIN rail.