Product Overview

The GE IC200PWR102 is a versatile AC-fed power supply module engineered for the VersaMax PLC and I/O product line. Its primary role is to energize the local backplane, providing the necessary voltage levels for CPUs, Network Interface Units (NIUs), and various I/O expansion modules. This "Expanded" version is specifically designed to meet the higher current demands of modern intelligent modules, ensuring stable 3.3V and 5V logic power distribution. Whether utilized as the main power source for a standalone controller or as a supplemental booster on an expansion rack, the IC200PWR102 is a fundamental component for maintaining system integrity and operational uptime.

Technical Hardware Parameters

• Input Voltage Range: Supports 85–132 VAC (120V nominal) or 176–264 VAC (240V nominal).

• Frequency Range: 47 to 63 Hz.

• Output Voltages: Dual outputs of +5 VDC and +3.3 VDC.

• Current Capacity: 1.5A total combined output; 3.3V rail is limited to 1.0A.

• Voltage Selection: Configurable via external jumper (Jumper installed for 120VAC; Jumper removed for 240VAC).

• Holdup Time: 20ms minimum, providing ride-through capability during brief power dips.

• Protection Circuitry: Integrated hardware safeguards against overloads and short-circuit conditions.

• Power Consumption: 27VA at maximum load.

• Physical Profile: Lightweight 0.06 kg module; compact dimensions of 11 x 3.5 x 3 cm.

Industrial Applications

The IC200PWR102 is widely deployed in automated systems across the manufacturing, infrastructure, and energy sectors. In Material Handling and Packaging lines, it provides the stable logic power required for high-speed counter modules and complex motion control. For Building Automation and HVAC systems, it ensures that VersaMax NIUs maintain consistent communication with the supervisory network. Furthermore, in Power Distribution monitoring, its robust holdup time and integrated protection make it ideal for protecting intelligent I/O modules from the electrical noise and fluctuations typical of industrial power environments. Its ability to be mounted on a Power Supply Booster Carrier also allows it to support exceptionally large I/O racks where standard power supplies would be insufficient.