GE IC200PWB001 Extended Power Supply Booster Carrier for VersaMax I/O Systems

Applications

The IC200PWB001 Booster Carrier is used wherever extended I/O power distribution is required in a VersaMax installation:

• Large Control Racks: Drives additional modules far from the primary CPU power source

• High-Load I/O Systems: Ensures sufficient power capacity for numerous field I/O modules

• Distributed Cabinet Designs: Allows flexible placement of power supplies within extended I/O strings

• Industrial Automation Lanes: Packaging, material handling, and process control stations with dense I/O arrays

This booster carrier is ideal for systems where the total module count and associated current draw exceed the capacity of a single power supply.

Advantages

• Extended power distribution: Supports a second power supply to reach modules further along the I/O chain

• Snap-on DIN-rail mounting: Tool-free installation saves time during panel build or maintenance

• LED status feedback: “PWR” and “OK” LEDs provide at-a-glance power and system health status

• Rugged industrial finish: Corrosion-resistant construction ensures durability even in harsh environments

• VersaMax compatibility: Designed specifically to integrate with VersaMax power supplies and I/O modules 

Technical FAQs

1. What is the main role of the IC200PWB001?
   It serves as a power supply booster carrier to extend power distribution in a VersaMax I/O chain.

2. Does the booster carrier provide its own DC power?
   No — an external power supply must be installed on the booster to energize downstream modules.

3. How is the module mounted?
   It uses DIN rail mounting (7.5 mm × 35 mm rail) with a snap-on installation.

4. What do the LED indicators represent?
   “PWR” indicates the status of the attached booster supply; “OK” confirms the CPU/NIU and booster are functioning properly.

5. Can it be used with any VersaMax power supply?
   Yes — it’s compatible with standard VersaMax DC and AC power supply modules.

6. Where should an external power supply be mounted?
   On the booster carrier itself, enabling power to modules positioned to the right of the booster.

7. Does this module support hot-swapping?
   Many installations allow module replacement with minimal downtime, but recommended procedures vary with system design.

8. Is the booster required for all VersaMax installations?
   Only in larger or high-current systems where a single power supply cannot support the total module load.

9. Does it affect communication or control performance?
   No — it strictly manages power distribution and does not influence data or I/O signaling.

10. How should the DIN rail be prepared?
    It should be electrically grounded to ensure EMC protection and reliable operation.