OVERVIEW
RDZG DC hipot uses advanced PWM high – frequency pulse width modulation technology for closed – loop control. It has excellent voltage stability, a tiny ripple factor, and is equipped with a fast and reliable protection circuit. Its display screen adopts green – backlight and wide – temperature LCD technology, enabling data presentation in both strong – light and dark conditions. The high-voltage components use new filling material further to improve the stability and reliability of product performance. This DC hipot has a wide range of applications. It is vital in preventive tests in power generation and supply departments, power transmission and transformation engineering companies, large factories, and mining enterprises. It is also ideal for scientific research institutes as a DC hipot stabilized power supply.
CHARACTERISTIC
- 1. It adopts high – frequency PWM pulse width modulation technology to achieve closed – loop control, featuring excellent voltage stability and an extremely low ripple coefficient. It is also equipped with a fast and reliable protection circuit that can withstand the direct discharge of large-capacitance test samples to the ground. At the same time, the equipment is compact in design and lightweight, making it easy to carry and use outdoors.
- 2. The voltage regulation adopts full-scale linear, smooth control, with an adjustment accuracy higher than 0.1%, a voltage measurement accuracy of 0.5%, and a resolution of 0.1kV; the current measurement accuracy is also 0.5%. Regarding resolution, the control box can be accurate to 1µA, and the anti-shock ammeter can be as low as 0.1µA.
- 3. The DC hi-pot is powered by a standard power supply of AC220V±10%, 50Hz±1%, with a ripple coefficient of less than 0.5%, ensuring stable operation in an all-weather working environment.
- 4. The DC hipot adopts complete solid packaging to avoid the use restrictions of traditional air-type and oil-filled equipment. Its broad, stable base and smooth outer cylinder design improve placement stability and simplify maintenance.
- 5. Equipped with a 75% MOA voltage conversion button, it simplifies the arrester test operation process, making it convenient and fast.
- 6. It supports an overvoltage setting function and can display the overvoltage value in real time during adjustment. At the same time, it has a complete overvoltage, overcurrent, and short-circuit discharge protection mechanism, which makes it an ideal choice for cable testing.
- 7. The DC hipot built-in disconnection and non-zero potential start-up protection functions provide all-around safety protection for operators and test products. The control box is designed to be shockproof and durable, and the panel layout is clear and intuitive. Combined with operation sound prompts, the use experience is safer and more convenient.
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FAQ
Q: How does a DC high-voltage generator work?
A: A DC high – voltage generator (DC Hipot) generates a high – voltage DC output by converting low – voltage DC power through electronic or electromechanical methods. It is commonly used in scientific experiments, industrial processes, and testing for applications requiring elevated DC voltages.
Q: What are the advantages of a high-voltage generator?
A: High – voltage power supplies possess essential features, such as maintaining output voltage stability within ±1%, achieving efficiency levels exceeding 70%, incorporating overcurrent and short – circuit protection, and minimizing leakage current during shutdown.
Q: Why do we use a DC generator instead of an AC generator?
A: AC generators produce variable voltage over time and amplitude, while DC Hipot maintains a steady output due to the commutator’s balancing effect, ensuring consistent voltage.
APPLICATION
