Product Description
The Series Resonant Test System is a professional high-voltage AC testing solution designed for withstand voltage and dielectric testing of high-capacitance electrical equipment.
Using the principle of series resonance, the system combines a variable frequency power source, excitation transformer, high-voltage reactors and voltage measurement equipment to form a resonant circuit with the test object.
By automatically adjusting the output frequency, the system can reach the resonance condition and generate the required high AC test voltage with relatively low input power.
It is widely used for high-voltage power cables, GIS, transformers, generators, motors, busbars and other capacitive electrical equipment.
Main Testing Functions
- AC withstand voltage test
- AC hipot test
- Dielectric strength test
- XLPE cable withstand voltage test
- GIS AC withstand voltage test
- Power transformer insulation test
- Generator AC withstand test
- Motor stator withstand voltage test
- Busbar AC hipot test
- High-voltage electrical equipment insulation test
- Automatic frequency sweep
- Automatic resonance point search
- Test voltage measurement
- Test current monitoring
- Test frequency monitoring
- Automatic timing
- Data recording
Key Advantages
- High output voltage with relatively low input power
- Suitable for large-capacitance test objects
- High-quality sine wave output
- Automatic frequency tuning
- Modular reactor configuration
- Convenient for on-site testing
- Comprehensive safety protection
- Customizable voltage and capacity
FAQ
Q: What is a series resonant test system used for?
A: It is mainly used for AC withstand voltage testing of high-capacitance electrical equipment such as power cables, GIS, transformers and generators.
Q: Why is series resonance suitable for cable testing?
A: Long power cables have significant capacitance. Series resonance can help reduce the required input power while generating the required AC test voltage.
Q: Can the system be customized?
A: Yes. The output voltage, capacity, frequency range and reactor configuration can be designed according to the customer's test object.
