China Hv Impulse Voltage Test System for Simulating Lightning Impulses and Switching Surges, Find details about China Test Euipment, Test Machine from Hv Impulse Voltage Test System for Simulating Lightning Impulses and Switching Surges
Standard Voltage | Impulse Capacitance(µF) | Classes Capacitance(µF) | Impulse Energy(kJ) | Classes Voltage(kV) | Class | Weight(kg) | ||||||
±300~±900 | 0.133~0.111 | 0.4~1 | 6~45 | ±100 | 3~9 | 547~1378 | ||||||
±1000~±1600 | 0.05~0.0937 | 0.5~1.5 | 25~120 | 10~16 | 1366~1880 | |||||||
±1800~±2400 | 0.056~0.0833 | 0.5~1 | 90~240 | ±200 | 9~12 | 7353~11574 | ||||||
±2800~±3200 | 0.0357~0.0625 | 0.5~1.5 | 140~320 | 14~16 | 10266~15680 | |||||||
±3600~±4800 | 0.0278~0.03125 | 0.5~2 | 80~240 | 18~24 | 15480~23500 | |||||||
Technique Parameters | ||||||||||||
Items | 1,1.2/50µs 2,250/2500µs 3,2~5µs etc waveforms | |||||||||||
Output Peak Value | 100~10000kV | |||||||||||
T1 Wave Front Time | 1.2µs±30% | |||||||||||
T2 Wave Tail Time | 50µs±20% | |||||||||||
Reverse Overshoot | <20% | |||||||||||
Voltage Polarity | Positive/negative(manual shifting) | |||||||||||
Waveform Shift | Auto shifting | |||||||||||
Charging Time | 10s~999s, set arbitrarily | |||||||||||
Instability of charging voltage | <1% | |||||||||||
External Input | 50Hz/60Hz | |||||||||||
Trigger Method | Auto or manual, can single trigger | |||||||||||
Trigger Maloperation rate | <1% | |||||||||||
Trigger Range | 100% rated charging voltage | |||||||||||
Display Screen | 17 inch TFT colour screen | |||||||||||
Measurement Display Precision | Better than 3% | |||||||||||
Tested Product Residual Voltage | <5kV | |||||||||||
Voltage Measurement | Use damped impulse divider | |||||||||||
Oscilloscope | TBS series, optional | |||||||||||
Insulation Strength | ≤500V RMS(common to ground refer PE) | |||||||||||
General Parameters | ||||||||||||
Power Source | AC220V±10%, 50/60Hz | |||||||||||
Environment Temperature | -10±40ºC | |||||||||||
Relative Humidity | 35%-85%RH(no condensation) | |||||||||||
Ground Resistance | ≤0.5Ω | |||||||||||
Structure Type | Open structure,independent control cabinet and main body, optical fiber connection | |||||||||||
Control Console | 1.8M(length)*1.2M(height)*1M(width) | |||||||||||
No conductive dust, no fire and explosion hazards, no corrosive metal and insulation gas, waveform of power voltage is sine wave, distortion <5%. | ||||||||||||
Equipment model selection parameters | ||||||||||||
Nominal Total Voltage kV | Class | Impulse Capacitance (μF) | Impulse Level Capacitance(μF) | Total Charging Power(kJ) | Application | |||||||
±300~±900 | 3~9 | 0.133~0.111 | 0.4~1 | 6~45 | 35~110kV | |||||||
±1000~±1600 | 10~16 | 0.05~0.0937 | 0.5~1.5 | 25~120 | <220kV | |||||||
±1800~±2400 | 9~12 | 0.056~0.0833 | 0.5~1 | 90~240 | 220kV~500kV | |||||||
±2800~±3200 | 14~16 | 0.0357~0.0625 | 0.5~1.5 | 140~320 | ||||||||
±3600~±4800 | 18~24 | 0.0278~0.03125 | 0.5~2 | 80~240 | ||||||||
Minimum time difference between pulse | 30s | 40s | ||||||||||
Generator capacity per level | ≤1600kV use 100kV single side charging 1 | ≥1600kV use 100kV double sides charging |