GE  IC3600EPSA1  Power Supply Module for Mark V Series Control Systems

• Multiple Voltage Outputs: It can provide multiple different voltage outputs to meet the needs of different components in the control system, such as providing appropriate operating voltages for processors, sensors, communication modules, etc.
• High Voltage Stability: It has good voltage regulation capability, which can maintain the stability of the output voltage when the input voltage fluctuates or the load changes, ensuring the normal operation of the control system.
• Overcurrent and Overvoltage Protection: It has a built-in protection circuit. When the output current or voltage exceeds the set safe range, it can automatically take protective measures, such as cutting off the output or limiting the current, to prevent damage to other modules.
• Fault Diagnosis Function: It may have certain fault diagnosis capabilities, which can detect its own working status and feed back fault information through indicator lights or communication interfaces, facilitating maintenance personnel to troubleshoot problems in a timely manner.

• Input Voltage: Usually DC9-36V wide redundant dual power input, with a typical value of DC24V.
• Power Isolation: It has DC1500V power isolation capability, which can effectively prevent electrical interference between different circuits.
• Protection Functions: It has 1.5A overcurrent protection and 600W surge protection functions, and also supports reverse connection protection to avoid module damage caused by reverse power connection.
• Power Consumption: The power consumption is less than 4W, with high energy utilization efficiency and low heat generation.
• Alarm Output: It is equipped with link fault and power fault alarm outputs, and the contact capacity is DC48V/1A, which is convenient for users to timely understand the working status of the module.

• Gas Turbine Control: It is used in gas turbine control systems to provide stable voltage for various electrical and electronic components such as sensors, actuators, and controllers, ensuring their accurate operation. At the same time, it can prevent sensitive electronic equipment from being damaged by voltage spikes or surges generated during the operation of gas turbines.
• Steam Turbine Control: It can provide a stable voltage reference for the control algorithms or feedback mechanisms of steam turbines, maintain the voltage stability of the steam turbine control system, improve the overall efficiency of the system, ensure that all components operate within the optimal voltage range, and reduce the risk of energy waste and electrical faults.