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12V 1500A Programmable Single-Pulse DC Power Supply 380V Three-Phase Input

Product Description:

This 12V 1500A programmable single-pulse DC power supply is engineered for high-current industrial applications requiring precise pulse control. With a 380V three-phase input and 8–10 kHz adjustable pulse frequency, it ensures stable output, fast response, and high efficiency. Suitable for electroplating, electrochemical processes, hydrogen production, and other demanding operations.

This 12V 1500A programmable single-pulse DC power supply is engineered for high-current industrial applications requiring precise pulse control. With a 380V three-phase input and 8–10 kHz adjustable pulse frequency, it ensures stable output, fast response, and high efficiency. Suitable for electroplating, electrochemical processes, hydrogen production, and other demanding operations.

Model & Data

Product Name 12V 1500A Programmable Single-Pulse DC Power Supply 380V Three-Phase Input
Input Voltage AC Input 380V 3 Phase
Output Voltage 0-12V
Output Current 0-1500A
Output power 18KW
Certification CE ISO9001
Display Touch screen display
Protection Over-voltage, Over-current, Over-temperature, Over-heating, lack phase, shoert circuit
Communication RS-485
Output frequency 8-10Khz
Pulse on time 0.01ms~1ms
Pulse off time 0.01ms~10s
Cooling way Forced air cooling
Control mode Local panel plc control
Weight 105kg

Product Applications

The single-pulse power supply uses pulse width modulation (PWM) technology to convert DC voltage into pulse voltages with adjustable width. By precisely controlling the on/off time of the switching transistor, the output voltage and pulse characteristics can be regulated. Its internal circuit mainly consists of a rectifier, filter, inverter, and PWM controller. The rectifier converts AC power into DC power, while the filter smooths the rectified DC voltage. The inverter then converts the DC power into a high-frequency single pulse output. Finally, the pulse width modulator adjusts the pulse width to achieve the desired voltage and pulse waveform. This design ensures stable output, fast response, and high efficiency, making it suitable for electroplating, surface treatment, and other industrial applications requiring controlled pulse power.

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