In the technical use of programmable controller and computer technology, all the control and measurement functions are automatically realized, thus simplifying the composition of the system, improve the reliability of the system, which in the high voltage, high current test to enhance the safety of the system, to avoid the equipment may be subjected to high voltage discharge transient process harm. The operation interface has the function of man-machine dialogue, the operation process is convenient and simple, and has the characteristics of intelligence.

1. Peak voltage Current and waveform measurement: 2 channels, 100M sampling rate, Tektronix Color digital High voltage Oscilloscope: Dedicated attenuator: 10x, 5ns. Digital display accuracy: 1.0%.
2. Computer processing system: Computer: 15-inch LCD screen, desktop computer, software: lightning pulse impact test special measurement and analysis software package
3. Impact waveform parameter calculation and display, waveform comparison function, waveform amplification, reduction and translation,
4. Storage and call of pulse waveform, analysis and processing, waveform mapping and report editing.
5. Automatic control of grounding and disgrounding of the main body and charging part of the equipment.
6. Automatic adjustment of ignition ball gap distance. This device uses electric ball gap.
7. Automatic control of the charging voltage charging process. The stability of the charging voltage can reach 0.5%.
8. Automatically emits a trigger ignition pulse.
9. Automatic alarm alarm.
10. With over current and over voltage automatic protection.
11. Dc resistor divider is used to measure the charging voltage. The charging voltage value is indicated by the controller's digital display in real time, and also serves as the feedback signal whether the charging is normal.
12. Digital screen display, simple operation
13. Integrated high voltage power supply, high voltage stability, breakdown current and voltage display
14. Non-inductive high power resistance is used to ensure the consistency of surge waveform
15. Positive or negative polarity manual switch, positive and negative polarity can be switched alternately during the test
16. Current shunt voltage divider can be directly connected to oscilloscope to observe waveform
17. All kinds of transient waveforms in high voltage test can be obtained and saved, and the waveform can be compressed, expanded and moved at will in the waveform display window, and the measured waveform can be analyzed.
18. The integrated design makes the system more simple, safe and durable.

1. Nominal lightning wave impulse voltage: 0 ~ 100kV
2. Voltage waveform: 1.2us±30% /50us±100%
3. Impact test count: 1 ~ 9999
4. Counter setting: 1 ~ 9999
5. Charging voltage: 3.0 ~ 100.0kV
6. Charging polarity: positive or negative; switchable
Seven. Charging time: Setting range 10 ~ 180s
8. Setting resolution: 1s
9. Alarm delay: 2s
10. Ground resistance: < 0.5Ω
11. Wave tail time :50±100%μs
12. Overshoot: less than 5% (the oscillation at the peak is not greater than 5% of the amplitude), the peak (allowable deviation)±3%
13. Efficiency: not less than 90%
14. Standard operating impulse full wave voltage waveform
Fifteen. Wave head time :250±100%μs
16. Wave tail time :2500±60%μs
17. Peak (tolerance)±3%
18. Efficiency: not less than 80%
19. Synchronization phase: 0~360° adjustable
20. Virtual impedance: 2Ω/5Ω
Twenty-one. Standard lightning impulse full wave voltage waveform
Twenty-two. Wave head time :1.2±30%μs
Twenty-three. Stage capacitance: 0.5μF
24. Stage voltage: 110kV dry type fully insulated package
Twenty-five. Synchronization range: greater than 100%, trigger range: not less than 100%
Twenty-six. Decoupling circuit: single phase or three phase
27. Protection setting: overcurrent protection value; Overvoltage protection value; Dynamic charge protection
28. Input power supply: AC 2100V±10% 10A
29. Temperature: -10°C-40°C
30. Air humidity: 100%-80%RH (no condensation)
31. Air pressure: 86 kPa-106 k