1. The components of the switchgear simulation experiment control device include a circuit breaker simulation device, a controller, and a control box,
2. The control box includes a box body, control buttons and signal devices, control buttons and signal devices
3. Small size, no need for large testing equipment, saving costs
4. Suitable for large-scale simulated switchgear experiments
5. It can visually control various components on the control box, with flexible installation and fixation, small size, and no need for a bulky test bench

1. Rated voltage: 30kV.
2. Rated capacitance: ≤ 100pF.
3. Rated capacity: 3KVA~20KVA.
4. Test frequency: 30Hz~300Hz.
5. Input voltage: 0-220V.
6. Instrument voltage: 0-100V.
7. Partial discharge level: ≤ 1PC.
8. Power frequency withstand voltage level: 30KV/1min.
9. Simulated discharge types: tip discharge, particle discharge, surface discharge, gap discharge, suspension discharge

1. Good authenticity: Designed according to the physical switchgear, simulate various partial discharge faults inside the switchgear realistically.
2. Fault simulation: It can simulate discharge types such as switch cabinet tip, suspension, air gap, particles, and surface, and multiple discharges can be generated in combination.
3. Controllable discharge: The discharge type can be selected arbitrarily, and the starting voltage, extinguishing voltage, and discharge intensity of each discharge signal can be controlled.
4. Diversified detection: It can provide a testing platform for pulse current, ultra-high frequency, ultrasonic, transient ground voltage and other technical detection.
5. Measurement transmission: Built in pulse current method related coupling and calibration units can synchronously detect the partial discharge level of the experimental device, which serves as the basis for instrument assessment.
6. Good stability: Each discharge module can be reused, and the discharge characteristics are stable.
7. Visualization: Equipped with an infrared video probe for easy observation of internal conditions and capturing discharge videos.
8. Convenient operation: The occurrence and disappearance of various faults can be directly controlled outside the device.
9. Safe and reliable: The boosting equipment is built-in, and the high voltage is isolated from the outside, ensuring safe and reliable operation.

Partial Discharge Fault Simulation Test System For Switchgear is Suitable for large-scale simulated switchgear experiments The various components on the control box can be intuitively controlled, with flexible installation and fixation, small size, and no need for a bulky test bench