Wrindu

High Voltage Lighting Impulse Generator

The high voltage lighting impulse generator tests diverse waveforms, including lightning and operation waves. With eight standard waveforms, it complies with IEC standards, leading globally.
Model: RDCJ-DY

Related Products

OVERVIEW

 

RDCJ-DY series high voltage lighting impulse generator is widely used in electrical equipment impulse voltage testing. It can simulate a variety of lightning and operating impulse voltage waveforms, including lightning impulse voltage full wave, lightning impulse voltage chopped wave and operating impulse voltage waveform. The equipment can generate eight different waveforms, covering standard lightning wave, operating wave, lightning chopped wave, oscillating lightning wave, oscillating operating wave, line insulator steep wave, composite insulator steep wave and transformer induction operating wave. These waveforms meet the testing needs of a variety of electrical equipment. The technical performance of the equipment is at the leading domestic level, meets IEC standards, and reaches the international advanced technical level.

 

CHARACTERISTIC

 

1. Provide a complete equipment kit covering all voltage levels.

2. Adopt small loop inductance and introduce band-stop filtering technology, which can still stably output standard shock waves under extensive capacity load conditions, with large load carrying capacity and efficient voltage utilization, and the waveform adjustment is also very convenient.

3. Easy to operate, with excellent synchronization performance to ensure reliable operation.

4. Adopt constant charging technology with high automation and good anti-interference ability.

5. The high-voltage lighting impulse generator is equipped with a digital measurement and analysis system, and the impact test data is processed online by a computer, significantly improving the test’s accuracy and efficiency.

 

For more information about withstand voltage test equipment, please click More.
To request the latest quotes, please click Contact Us.

 

 

FAQ

 

Q: What is an impulse voltage generator?

A: An impulse voltage generator is an electrical device designed to produce short-duration, high-voltage pulses. It is primarily used for testing the insulation systems of electrical equipment. Its purpose is to simulate transient phenomena like lightning to assess the equipment’s voltage withstand capability.

 

Q: What is the voltage of a lightning impulse?

A: A lightning impulse voltage is characterized by a swift unidirectional voltage surge that reaches its maximum value quickly and subsequently undergoes a gradual decay. By IEC 60060 standards, the typical lightning impulse waveform has a rise time of 1.2 μs ±30% and a total duration of 50 μs ±20%.

 

Q: How do you make high impulse voltage?

A: To generate high impulse voltage, charge a capacitor to a specific level, rapidly open a switch to release the stored energy, pass it through a high-voltage transformer to amplify the voltage, and direct the output to the testing system. Specialized impulse voltage generators, like Marx generators, achieve this by assessing the surge withstand capabilities of electrical equipment.

 

APPLICATION

 

Lightning Impulse Generator Lightning Impulse Generator
PictureLightning Impulse Voltage Generator
ModelRDCJ-DY
Standard VoltageImpulse Capacitance (µF)Classes Capacitance (µF)Impulse Energy (kJ)Classes Voltage (kV)ClassWeight (kg)
±300~±9000.133~0.1110.4~16~45±1003~9547~1378
±1000~±16000.05~0.09370.5~1.525~12010~161366~1880
±1800~±24000.056~0.08330.5~190~240±2009~127353~11574
±2800~±32000.0357~0.06250.5~1.5140~32014~1610266~15680
±3600~±48000.0278~0.031250.5~280~24018~2415480~23500
Technique Parameters
Items1, 1.2/50µs; 2, 250/2500µs; 3, 2~5µs etc waveforms
Output Peak Value100~10000kV
T1 Wave Front Time1.2µs±30%
T2 Wave Tail Time50µs±20%
Reverse Overshoot<20%
Voltage PolarityPositive/negative (manual shifting)
Waveform ShiftAuto shifting
Charging Time10s~999s, set arbitrarily
Instability of charging voltage<1%
External Input50Hz/60Hz
Trigger MethodAuto or manual, can single trigger
Trigger Maloperation rate<1%
Trigger Range100% rated charging voltage
Display Screen17-inch TFT color screen
Measurement Display PrecisionBetter than 3%
Tested Product Residual Voltage<5kV
Voltage MeasurementUse a damped impulse divider
OscilloscopeTBS series, optional
Insulation Strength≤500V RMS (common to ground refer PE)
General Parameters
Power SourceAC220V±10%, 50/60Hz
Environment Temperature-10±40ºC
Relative Humidity35%-85% RH (no condensation)
Ground Resistance≤0.5Ω
Structure TypeOpen structure, independent control cabinet, and main body, optical fiber connection
Control Console1.8M (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 kVClassImpulse Capacitance (μF)Impulse Level Capacitance (μF)Total Charging Power (kJ)Application
±300~±9003~90.133~0.1110.4~16~4535~110kV
±1000~±160010~160.05~0.09370.5~1.525~120<220kV
±1800~±24009~120.056~0.08330.5~190~240220kV~500kV
±2800~±320014~160.0357~0.06250.5~1.5140~320
±3600~±480018~240.0278~0.031250.5~280~240
Minimum time difference between pulse30s40s
Generator capacity per level≤1600kV use 100kV single side charging 1≥1600kV use 100kV double sides charging

 

Send Inquiry