GE IC697PWR710 rack-mounted 120 VAC Power Supply unit

Input Voltage: 90 - 264V AC at 47 - 63Hz; 100 - 150V DC Rated input voltage is 120/240V AC or 125V DC.

Input power: 90 watts at full load, input half-cycle peak inrush current 3A typical, power factor greater than 0.95.

Output Power: 56 watts maximum.

Output Voltage: DC 5V, output voltage range 4.90 - 5.25V, rated voltage 5.1V, maximum output current 11A.

Protection: Integrated overvoltage and overcurrent limitations. Overvoltage protection is typically 6.2V and overcurrent protection is typically 12A.

Other: Supports VME Standard C.1 with a minimum transition time of 21 ms from loss of AC input.

Easy to install: Plug-in module that fits in the leftmost slot of any standard IC697 rack or VME integrator rack.

Flexible: GE IC697PWR710 Can be used in a single rack application or to power a second rack when the total load is within the power supply rating, and pre-wired cables are available for interconnecting the second rack.

Complete protection: Over-voltage and over-current protection functions are provided to effectively protect the modules and connected equipment from damage and improve system stability and reliability.

Grounding Design: Grounding terminals are provided, and U.S. Gauge (3.3mm²) wire is used to connect to the module's grounding terminals to improve system noise immunity.

Industrial automation: GE IC697PWR710 provide stable power supply for PLC and related modules to ensure stable operation of equipment and realize automatic control and monitoring of production process.

Process control: In chemical, petroleum, electric power and other process control industries, it supplies power to the equipment and modules that control temperature, pressure, flow, liquid level and other process parameters to ensure the stable operation of the process control system.

Other fields: GE IC697PWR710 is applicable to a variety of industrial scenarios that require reliable power supply, such as machinery and equipment control, building automation systems, etc., to provide power protection for the normal operation of related equipment and systems.