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LQHIVG 400KV-40KJ Impulse Voltage Generator: Technical Specifications & IEC/IEEE Compliance

Explore the LQHIVG 400KV-40KJ Impulse Voltage Generator's technical parameters, IEC/IEEE/ASTM compliance, and lightning/chopping wave performance for high-voltage dielectric tests.


  • US$ 19,672.00
  • Lead time: 60 days

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LQHIVG 400KV-40KJ Impulse Voltage Generator: Technical Specifications & IEC/IEEE Compliance

Product Overview

The LQHIVG 400KV-40KJ Impulse Voltage Generator is engineered for precision high-voltage dielectric testing. With a 400kV rating and 40kJ energy output, it validates insulation integrity in transformers, power equipment, and renewable energy systems under lightning and chopping wave conditions.

Compliance with International Standards

This generator meets rigorous global safety and performance protocols:

  • IEC 60060-1/2-2010: High-voltage test techniques

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

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

  • ASTM D2484/D2518: Electrical insulation testing

Technical Parameters

ParameterSpecification
Rated Voltage±400kV
Stage Voltage±100kV per stage
Rated Energy40kJ
Impulse Capacitor2μF/100kV per stage
Stages4 stages (optimized for stability)
Waveform Efficiency≥90% (no test object)

Impulse Waveform Performance

Lightning Impulse (300-3000pF load)

  • Waveform: 1.2±30%μs / 50±20%μs

  • Amplitude tolerance: ±3%

  • Peak oscillation: <5%

Chopping Wave

  • Chopping time: 2-5μs

  • Peak deviation: ≤3%

  • Complies with GB311/GB16927

Operational Reliability

FeaturePerformance
Synchronous Range10-100% rated voltage (±20% polarity sync)
Discharge Control<2% out-of-control rate
Voltage Stability<±1.0% charging deviation
Cycling Time (70-100% Un)120s charge/discharge cycle
Minimum Discharge Time≥60s at max voltage

Industrial Applications

  • Transformer impulse withstand testing

  • Switchgear dielectric validation

  • Renewable energy grid component certification

  • High-voltage cable insulation diagnostics

Safety & Calibration Protocols

Operational safety requires:

  1. Annual NIST-traceable calibration

  2. Strict adherence to IEC 61010-1 safety guidelines

  3. Environment-controlled testing (temperature/humidity)

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