Introduction to the GE Fanuc IC200PWR001 Power Supply
Downtime in a PLC rack often traces back to a single failed power supply. The GE Fanuc IC200PWR001 solves that problem. This Versamax series module converts 24 Volts DC input into regulated 5 Volts DC and 3.3 Volts DC outputs for backplane power. It feeds I/O, CPU, and NIU modules directly.
Engineers choose this unit when they need a compact, protected DC source for distributed control systems. The IC200PWR001 delivers up to 1.5 Amps total output current. It handles 11 Watts of input power and provides 10 milliseconds of holdup time. Those specs keep your process running through brief input dips.
What Problems Does the IC200PWR001 Solve?
Pain Point 1: Power Interruptions Cause CPU Faults
A momentary loss of input power can crash a PLC. The IC200PWR001 offers 10 milliseconds of holdup time. That window lets the CPU ride through short interruptions without resetting. You avoid nuisance trips and lost production.
Pain Point 2: Overloads and Short Circuits Damage Modules
Downstream faults can destroy an unprotected supply. This module includes short circuit, overload, and reverse polarity protection. It shuts down safely instead of passing damage to expensive I/O cards. That protection reduces repair costs and extends rack life.
Pain Point 3: Inrush Current Trips Breakers
High inrush current at startup can trip upstream protection. The IC200PWR001 manages 20 Amps inrush at 24 Volts DC and 25 Amps at 30 Volts DC. You can size breakers correctly and avoid nuisance trips during power-up.
Pain Point 4: Limited Output Current Restricts Rack Size
Some supplies cannot feed a fully loaded rack. This unit provides 1.5 Amps maximum total output. The 3.3 Volt rail supplies up to 0.25 Amps. The 5 Volt rail supplies 1.5 Amps minus the 3.3 Volt current used. You can power larger I/O applications or add a booster when needed.
Technical Specifications That Matter
Input Voltage and Power
The IC200PWR001 accepts 24 Volts DC input and draws 11 Watts. This matches standard industrial DC power distribution. No AC conversion is needed at the rack.
Output Voltage and Current
Two regulated outputs serve the backplane: 5 Volts DC and 3.3 Volts DC. Total output current reaches 1.5 Amps maximum. The 3.3 Volt output provides up to 0.25 Amps maximum. The 5 Volt output provides 1.5 Amps minus the 3.3 Volt current used, maximum.
Holdup Time and Inrush Current
Holdup time reaches 10 milliseconds. Inrush current is 20 Amps at 24 Volts DC and 25 Amps at 30 Volts DC. These values help you design input protection and ride-through capability.
Protection Features
The module protects against short circuit, overload, and reverse polarity. These features prevent damage from wiring errors or field faults.
Physical Dimensions
The module measures 133.4 mm (5.25 in) wide by 39 mm (1.54 in) deep. Height excludes the carrier and DIN-rail. This compact size fits standard Versamax racks.
Where the IC200PWR001 Fits in Your System
Main Power Supply on CPU or NIU
Mount this module on the station’s NIU or CPU module. It becomes the primary backplane power source. This setup works well for small to medium racks.
Secondary Supply for Larger I/O Applications
For bigger systems, use the IC200PWR001 as a secondary supply. It can also install on a power supply booster. This flexibility lets you expand I/O without replacing the main supply.
Replacement and Upgrade Scenarios
When an existing Versamax supply fails, the IC200PWR001 is a direct replacement. Match the input voltage and output current to your rack requirements. Verify compatibility with your CPU and NIU modules before ordering.
Installation and Wiring Guidance
Mounting
The module mounts on a DIN-rail or carrier within the Versamax rack. Ensure proper alignment with the backplane connector. Tighten mounting screws to secure the unit.
Wiring
Connect 24 Volts DC input to the designated terminals. Ground the DC power to earth or frame ground during wiring. This step is critical for safety and noise reduction. Follow all local electrical codes.
Power-Up Checks
Before applying power, verify polarity and terminal tightness. Check for short circuits on the output rails. After power-up, measure the 5 Volt and 3.3 Volt outputs to confirm regulation.
Maintenance and Reliability
Routine Inspection
Inspect the module periodically for loose connections or discoloration. Check for dust buildup on vents and heat sinks. Clean only with a dry cloth when power is off.
Environmental Considerations
Install in a clean, dry location within the panel. Avoid excessive heat, moisture, and vibration. These conditions shorten the life of any power supply.
When to Replace
Replace the module if output voltage drifts or protection trips repeatedly. Keep a spare IC200PWR001 on hand to minimize downtime. SpareTechPLC stocks genuine GE Fanuc modules for fast delivery.
Compatibility and Integration
The IC200PWR001 works within the GE Fanuc Versamax series. It powers I/O, CPU, and NIU modules through the backplane. It does not require external communication protocols. Integrate it with existing Versamax racks and power distribution.
Selection Guide
What to Verify Before Buying
Confirm your rack requires 24 Volts DC input. Check that total output current stays within 1.5 Amps. Verify the 3.3 Volt load does not exceed 0.25 Amps. Ensure physical dimensions fit your mounting space.
Accessories and Peripherals
You may need a power supply booster for larger I/O applications. Use standard DIN-rail mounting hardware. No special cables are required beyond the backplane connector.
Where to Buy
SpareTechPLC supplies the IC200PWR001 and other GE Fanuc Versamax components. Contact us for availability and bulk pricing. We help you find the right replacement fast.
Frequently Asked Questions
What is the input voltage of the IC200PWR001?
The input voltage is 24 Volts DC. It draws 11 Watts of input power.
What output voltages does this module provide?
It provides 5 Volts DC and 3.3 Volts DC outputs. Total output current is 1.5 Amps maximum.
How much current can the 3.3 Volt output supply?
The 3.3 Volt output supplies up to 0.25 Amps maximum. The 5 Volt output supplies 1.5 Amps minus the 3.3 Volt current used, maximum.
What protection features are included?
The module protects against short circuit, overload, and reverse polarity. These features prevent damage from common faults.
Can I use this as a secondary power supply?
Yes. It can act as a secondary supply for larger I/O applications. It can also install on a power supply booster.
