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Atomfair DHEP200V/180A Electrodialysis Power Supply
Tailored for electrodialysis systems, this power supply delivers external DC electric fields—enabling ion migration via ion-exchange membranes’ selectivity to achieve water desalination, concentration, or purification. Boasting digital current/voltage display, it offers auto constant voltage/current control, plus multi-protection (overcurrent, overvoltage, overheating, phase loss, low water). With soft-switching tech for high efficiency & low EMI, it ensures fast response, low ripple, and wide, precise regulation. Equipped with PLC/PC remote control I/O, it’s ideal for chemical, metallurgical, pharmaceutical sectors—perfect for pure water production, acid-base recovery, and electroplating wastewater treatment.
Description
DHEP200V/180A Electrodialysis Power Supply,Medium-capacity power supply offering 0-200V and 0-180A output. Equipped with soft-switching technology, high efficiency, and robust protection. Used in industrial wastewater treatment and chemical processes.
This unit provides reliable DC power for electrodialysis applications with enhanced output capabilities. It features advanced soft-switching for reduced EMI and high efficiency, along with multiple safeguards for industrial environments. Ideal for medium-scale purification and recovery processes.
Parameter | Value |
---|---|
Max Output Power | 36kW |
Output Voltage Range | 0-200V |
Output Current Range | 0-180A |
Voltage Stability | ±1% |
Current Stability | ±1% |
Input Voltage | 380V±10% AC, 3-phase |
Frequency | 50-60Hz |
Cooling | Air/Water |
Protections | Overcurrent, Overvoltage, Overheat, Phase Loss, Low Water |
Control | Local/Remote |
Interface | 4-20mA, PLC/Computer I/O |
Timing Range | 1-999H |
Reverse Interval | 3s |
Dimensions (HxWxD) | 1600x600x600mm |
Weight | 23-100kg |
Environment Temp | -10 to +40 Degrees Celsius |
Environment Humidity | ≤92% |
If you are interested or have any questions, please contact us at inquiry@atomfair.com
Disclaimer: Sold exclusively for laboratory research.