The DC high-voltage generator adopts PWM high-frequency pulse width modulation technology for closed-loop adjustment, with high voltage stability, small ripple factor, and fast and reliable protection circuit. The display screen adopts green backlight and wide temperature LCD display, which can clearly display data in strong light and darkness. The high-voltage components use DuPont's new filling material, which makes the product performance more stable and reliable. The product is widely used in power generation and supply departments, transmission and transformation engineering companies, and large-scale factories and mines as a preventive experiment and research institute for DC high-voltage stabilized power supply.

1. Adopting PWM high-frequency pulse width modulation technology for closed-loop adjustment, it has high voltage stability, small ripple factor, and fast and reliable protection circuit. It can withstand direct discharge of large capacitance test samples to ground, and the whole machine is small in size, light in weight, and convenient for field use.

2. Full range linear smooth adjustment of voltage, with voltage regulation accuracy better than 0.1%; Voltage measurement accuracy of 0.5%, resolution of 0.1kV; current measurement accuracy of 0.5%, resolution: control box 1 µ A, anti surge ammeter 0.1 µ A.

3. The power supply is AC 220V (AC220V ± 10%, 50Hz ± 1%), with a ripple factor of less than 0.5%. It can be used 24/7 at the work site.

4. The high-voltage doubler adopts DuPont material all solid packaging, overcoming the inconvenience caused by air and oil filled equipment. Wide base light quality outer tube, stable placement, easier maintenance.

5. 75% MOA voltage conversion button, easy and convenient to test lightning arrester.

6. Equipped with overvoltage setting function, the adjustment process displays the overvoltage value; Equipped with overvoltage, overcurrent, and short-circuit discharge protection functions.

7. It has complete protection functions for disconnection and non-zero potential startup, ensuring that operators and test samples are protected at all times. The overall design of the shock resistant control box includes a simple and clear panel design and sound prompts for operation.

Overall Dimensions = Equalizing Shield Diameter (R) * Insulating Cylinder Diameter (r) * Overall Height (H)