GE DS2020DACAG2 AC/DC Power Conversion Module

Converting externally input AC power (such as 220V AC or 110V AC, specific parameters need to refer to the model) into DC power required by internal modules of the system (such as standard industrial DC voltages like 24V DC, 5V DC, etc.).

Providing stable and interference-free DC power supply for sensitive electronic components in the control system (such as processor chips, sensor interface circuits, communication chips, etc.) to ensure the normal operation of the modules.

Equipped with power protection functions to prevent damage to backend modules caused by abnormal conditions such as input voltage fluctuations, overloads, and short circuits.

Overvoltage/undervoltage protection: When the input AC voltage exceeds the normal range (such as too high or too low), the module automatically cuts off the output or enters a protection state to avoid damage to backend equipment due to abnormal voltage.

Overload/short circuit protection: If the power consumption of the backend module is too large (overload) or a short circuit occurs, the module protects the circuit by means of current limiting, fusing, or automatic shutdown, and can automatically recover or be manually reset after the fault is eliminated.

Electromagnetic Compatibility (EMC) design: Built-in filter circuits and shielding structures reduce electromagnetic interference (EMI) generated during power conversion, and at the same time resist electromagnetic noise from the external environment (such as interference from motors and high-voltage equipment).

Wide temperature operating range: Usually supports -40℃~70℃, adapting to environments with high temperature, low temperature, or drastic temperature changes such as power plants and industrial workshops.

Vibration and shock resistance: Complies with industrial standards (such as IEC 60068), and can withstand vibration and shock during the operation of large machinery (such as steam turbines and compressors).

Power industry: Control systems of gas turbines, steam turbines, and generators (such as Speedtronic platforms), supplying power to modules such as speed control, valve regulation, and vibration monitoring.

Energy and chemical industry: Control systems of large compressors, pumps, and other equipment, ensuring power supply stability in high-temperature and high-pressure environments.

Heavy industry: Control of large rotating machinery in industries such as metallurgy and papermaking, adapting to harsh environments such as dust and vibration.