Emerson IC200PWB001G VersaMax Power Supply Booster Carrier
A VersaMax carrier that introduces an additional power supply into the I/O sequence while retaining the exact G revision on the service record.
Technical Summary
PRODUCT CONTEXTIC200PWB001G is the VersaMax power-supply booster carrier used when the module sequence requires another backplane-power source. The carrier accepts a supported VersaMax power supply and establishes a new powered segment for the modules installed after it.
The complete G revision should be photographed and retained even though Emerson documentation identifies the base IC200PWB001 carrier as supported across all hardware versions. Correct placement is determined by the calculated module load, not by a fixed visual interval.
Specifications
CONTROLLED DATAPower Supply Booster Carrier
VersaMax
IC200PWB001
G revision retained
Modules to the right
Next booster carrier or end of I/O sequence
Same source as CPU / NIU supply
Features
FUNCTIONAL DISTINCTIONSLoad-based expansion
Adds another power-supply point where the documented VersaMax current calculation requires it.
Clear segment boundary
Carrier placement makes the start of a new backplane-power segment visible in the physical station.
Serviceable architecture
The booster supply can be recorded as a distinct element in the node drawing and spare strategy.
About IndustryParts
https://www.industryparts.com/Controlled handling for IC200PWB001G
IndustryParts keeps the submitted IC200PWB001G identity, requested quantity and installed-system evidence together so a proposed supply can be checked before dispatch.
- Complete submitted model retained
- Installed-system evidence reviewed
- Quotation record kept with the enquiry
Compatibility
SELECTION BOUNDARIESSupply selection
Use a VersaMax power supply approved for the station and calculate the demand of every module in the new segment.
Common source
Feed both the CPU or NIU supply and the booster supply from the same external power source as required by Emerson.
Station layout
Retain the exact carrier position because moving the booster changes which modules receive power from each supply.
Replacement
SERVICE WORKFLOWMap
Record the complete node order, both power-supply catalog numbers and the calculated load on each side of the carrier.
Rebuild
Isolate the common source and reconstruct the module sequence with IC200PWB001G in the documented position.
Energize
Verify both supply indicators, controller recognition and all downstream I/O before returning the station to automatic control.
FAQ
CUSTOMER DECISION SUPPORTWhat does IC200PWB001G power?
Its installed power supply feeds the VersaMax modules to the right until the next booster carrier or the end of the station.
Can IC200PWB001G use a separate external source?
Emerson requires the booster supply and CPU or NIU supply to use the same external power source.
What should be documented before ordering IC200PWB001G?
Provide the full station layout, supply catalog numbers, module current calculation, G label and requested quantity.
Is IC200PWB001G placed at a fixed slot count?
No. Placement follows the documented backplane-power load and the station design rather than a universal module interval.
What confirms a successful IC200PWB001G exchange?
Both supplies must be healthy and every module in the downstream segment must be recognized and pass its approved I/O checks.
