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GE IC697PWR724F

Technical Specifications

  • Nominal Rated Voltage: 24 volts DC
  • Input Voltage Range: 18 to 32 VDC
  • Input Power: 160 watts at full load
  • Input Inrush Energy: 22 joules maximum
  • Output Power: 90 watts maximum
  • DC Output:
    • +5 VDC: 4.90 to 5.25 volts (5.07 volts nominal), up to 18 amps
    • +12 VDC: 11.75 to 12.6 volts, up to 1.5 amps
    • -12 VDC: -12.6 to -11.75 volts, up to 1 amp
  • Overvoltage Limit:
    • +5 VDC output: 5.7 to 6.7 volts
    • +12 VDC output: 4 amps maximum
    • -12 VDC output: 2 amps maximum

Detailed content

  • Overvoltage Limit:
    • +5 VDC output: 5.7 to 6.7 volts
    • +12 VDC output: 4 amps maximum
    • -12 VDC output: 2 amps maximum
  • Ride – Through Time: 10 milliseconds minimum at 20 VDC
  • Operating Temperature Range: 0 – 60°C

Functional Characteristics

  • Multiple Output Voltages: It provides three output voltages (+5 VDC, +12 VDC, -12 VDC) with a total output power of 90 watts, which can meet the power requirements of different components in the industrial automation system.
  • Overcurrent and Overvoltage Protection: It has built – in overcurrent and overvoltage protection circuits. For example, the overcurrent limit of the +5 VDC output is 26 amps, and when the 5 – V bus voltage exceeds 6.7 V, the output will be clamped to protect the system.
  • Dual – Rack Operation: A single power supply can power two racks, provided that the total load is within the appropriate supply rating. The connection to the second rack is achieved through a pre – wired cable (IC697CBL700).
  • Easy Installation: The module features an easy – to – use slide – in rack – mount construction, which is convenient for installation and replacement.

Application Scenarios

  • Manufacturing Industry: It is used in the automation control systems of production lines as a key control component to realize the control of equipment and the transmission of data.
  • Energy Industry: In energy management systems such as smart grids and wind farms, it is used to monitor and control the operating status of equipment to improve energy utilization efficiency.
  • Transportation Industry: In transportation control systems such as railways and highways, it is used to realize the control and scheduling of traffic signals to improve the safety and efficiency of transportation.
  • Building Engineering: In building automation systems, it is used to control the on – off status of equipment such as lighting and security, improving the intelligent level of building management.

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