Description
Key Technical Specifications
| Parameter | Value |
|---|---|
| Model | |
| Product Family | VersaMax |
| Product Type | Power Supply Module |
| Input Voltage | 24 VDC nominal |
| Input Voltage Range | Approximately 18–30 VDC |
| Output Power | Approximately 11 W |
| Output Voltage | 5 VDC backplane power |
| Mounting | VersaMax carrier / DIN-rail system |
| Application | VersaMax PLC and remote I/O |
| Diagnostics | Power/status indication |
| Series Compatibility | GE Fanuc VersaMax modular I/O |
Important: The exact allowable current and load capacity depend on the VersaMax carrier and installed module configuration. Verify the rack power budget against the applicable GE Fanuc hardware manual before commissioning.
Product Introduction
GE Fanuc Power Supply Module
The is a VersaMax DC power supply module that converts an external 24 VDC source into the regulated power required by the VersaMax backplane and connected I/O architecture. It is intended for distributed PLC and remote-I/O installations where a compact power module is mounted directly within the VersaMax carrier system.
Its value is straightforward: keep the VersaMax rack powered without replacing the existing control architecture. For legacy machines, a correct spare can be preferable to redesigning an otherwise serviceable I/O station. Check the rack load calculation, carrier type, and module revision before installation.
IC200PWR012D
Application Scenarios & Field Pitfalls
Engineering Pain Point
A VersaMax station can appear to have an I/O problem when the actual fault is upstream power distribution. Intermittent 24 VDC, excessive rack loading, loose carrier connections, or an aging power module can produce confusing symptoms across several I/O points. The is therefore a component worth checking early when a VersaMax node shows multiple unexplained module faults or loss of backplane operation.
Typical Applications
- Manufacturing: VersaMax PLC control cabinets for assembly, packaging, material handling, and machine sequencing.
- Water and Wastewater: Remote VersaMax I/O stations for pump, valve, level, and auxiliary-equipment monitoring.
- Process Industries: Distributed I/O panels connected to PLC-based process-control systems.
- Material Handling: Conveyor, sorter, lift, and transfer equipment requiring compact distributed I/O stations.
Technical Pitfalls to Avoid
- Do not assume every 24 VDC supply is equivalent.
The external supply must remain within the module’s specified input range, and the rack’s total power demand must be calculated rather than estimated. - Check the VersaMax carrier and rack configuration.
Power requirements vary with the number and type of installed modules. Adding high-consumption modules without recalculating the power budget can create intermittent operation. - Inspect the physical installation before condemning the power module.
Verify 24 VDC at the module terminals, terminal tightness, carrier connections, grounding, and supply stability. A voltage drop under load can mimic a defective power supply. - Match the exact part number.
The VersaMax family contains multiple power-supply variants. Do not substitute another IC200PWR model solely because it fits the same general platform. Confirm input voltage, output capacity, and carrier compatibility from the OEM documentation.
Related Products
- IC200PWR001 — VersaMax power supply variant for applications with different input/output requirements. Useful when designing or maintaining an alternative VersaMax power architecture.
- IC200PWR002 — Related VersaMax power supply module. Compare its electrical ratings and system compatibility before using it as an alternative to the .
- IC200PWR013 — Another VersaMax power-supply variant intended for a different power arrangement. It should not be treated as a direct replacement without checking the rack configuration.
- IC200PWR102 — VersaMax power module from the same general family, useful for applications requiring a different supply configuration.
- IC200CPU001 — VersaMax CPU module. It works with the power-supply and carrier architecture to form the controller portion of a VersaMax PLC system.
- IC200CPU002 — Higher-function VersaMax CPU option for applications requiring additional controller capabilities beyond basic VersaMax CPU configurations.
- IC200MDL650 — VersaMax discrete input module. It is a representative I/O module that receives power through the VersaMax system architecture supplied by the appropriate power module.
- IC200MDL750 — VersaMax discrete output module for actuator and device control applications within the same distributed I/O platform.
- IC200ALG260 — VersaMax analog input module for process measurements such as temperature, pressure, flow, or level. Useful when the power supply is part of a mixed analog/digital I/O station.
- IC200CHS025 — VersaMax terminal/carrier component used to mechanically and electrically integrate compatible I/O modules into the system.
Procurement note: For an existing VersaMax installation, treat as a configuration-specific spare rather than a generic 24 VDC power supply. Confirm the complete part number, rack architecture, connected module load, field supply voltage, and OEM documentation before replacing it.
