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LQHIVG 400KV-50KJ Impulse Voltage Generator | IEC-Compliant High-Energy Testing

Technical specifications for LQHIVG 400KV-50KJ Impulse Voltage Generator with IEC/IEEE/ASTM compliance. Features 50kJ energy output, ±3% amplitude tolerance, and 90% waveform efficiency.


  • US$ 21,311.00
  • Lead time: 60 days

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Product Details

Product Tags

LQHIVG 400KV-50KJ Impulse Voltage Generator | IEC-Compliant High-Energy Testing

High-Capacity Impulse Testing Solution

Designed for critical dielectric strength validation, the LQHIVG 400KV-50KJ delivers 50kJ of impulse energy across four optimized stages. This system performs precision lightning impulse and chopping wave tests on transformers, switchgear, and grid infrastructure with unmatched voltage stability (±1.0%).

Global Standards Compliance

Meets rigorous international testing protocols including:

  • IEC 60060-1/2-2010: High-voltage test definitions & measurement systems

  • IEC 61083-1/2: Instrumentation for impulse measurements

  • ANSI/IEEE 4a-2001 & IEEE 376-1975: Impulse strength methodologies

  • ASTM D2484/D2518: Electrical insulation validation

Core Technical Specifications

ParameterSpecification
Rated Voltage±400kV
Rated Energy50kJ
Stage Configuration4 stages (optimized stability)
Stage Voltage100kV
Impulse Capacitor2.5μF/100kV per stage
Stage Energy12.5kJ

Lightning Impulse Performance

Standard Waveform (300-3000pF load)

  • Waveform: 1.2μs ±30% / 50μs ±20%

  • Amplitude tolerance: ±3%

  • Peak oscillation: <5% of amplitude

  • Efficiency: ≥90% (capacitive load <3000pF)

Control & Reliability Features

FunctionPerformance
Synchronous Range10-100% rated voltage (±30% polarity sync)
Discharge Control<2% out-of-control rate
Voltage Stability<±1.0% charging deviation
Sparking Range10-100% Un
Minimum Output Voltage≥10% rated voltage

Industrial Applications

  • Transformer impulse withstand testing (IEC 60076)

  • High-voltage circuit breaker validation

  • Renewable energy substation commissioning

  • Power cable insulation diagnostics

Operational Safety Protocols

  1. Annual calibration per IEC 61083-2 requirements

  2. Strict adherence to IEEE 4a safety margins

  3. Environment-controlled operation (23±5°C recommended)

  4. Mandatory PPE for voltages above 1kV

Performance Certification

All waveform parameters comply with GB311 and GB16927 standards. System validation includes:

  • NIST-traceable voltage calibration

  • Impulse waveform oscilloscope verification

  • Dielectric absorption testing per ASTM D2518

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