Description

The GE IC697PWR711 acts as a high-capacity 100-watt power source for the Series 90-70 PLC platform. This module provides essential voltage distribution for the system backplane and connected I/O modules. It operates reliably using a wide range of input sources. These include standard 120/240 VAC or 125 VDC industrial power. Furthermore, the unit features built-in power factor correction for enhanced AC electrical efficiency. Its slide-in design allows for quick installation into the primary rack slot. This hardware provides the foundational energy needed for complex automation and process control tasks.

Technical Performance and Electrical Data

System Redundancy and Protective Features

Reliability remains a core benefit of the IC697PWR711 through comprehensive electronic protection. The module monitors for overvoltage, overcurrent, and short circuit conditions constantly. Consequently, these safeguards prevent damage to expensive CPU and I/O components. The module also features a ride-through capability during brief power dips. It sustains full output power for at least one complete line cycle. This ensures the PLC remains operational during minor electrical fluctuations. Additionally, an integrated power-off warning signal allows for orderly system shutdowns. These advanced circuits maintain stability in the most demanding manufacturing environments.

Dual Rack Support and Installation

The IC697PWR711 offers a unique capability to power two separate racks simultaneously. Operators can utilize a prewired interconnection cable to expand system capacity. This setup works effectively if the total load stays under 100 watts. The module typically occupies the leftmost slot in any standard IC697 or VME rack. Furthermore, the logic level sequencing ensures that components start in the correct order. The hardware manages heat dissipation efficiently through its ventilated chassis. However, engineers should consider derating the unit at temperatures exceeding 60°C. This module delivers the durability required for long-term industrial life cycles.