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LQHIVG 2400KV-360KJ Impulse Voltage Generator: Technical Specifications & Compliance

Explore the LQHIVG 2400KV-360KJ Impulse Voltage Generator's technical parameters, IEC/ANSI compliance, and applications for high-voltage impulse testing.


  • US$ 122,951.00
  • Lead time: 120 days

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LQHIVG 2400KV-360KJ Impulse Voltage Generator: Technical Specifications & Compliance

Product Overview

The LQHIVG 2400KV-360KJ Impulse Voltage Generator is engineered for precision high-voltage testing of electrical insulation systems. With a 2400kV maximum output and 360kJ energy capacity, it simulates lightning strikes, switching surges, and chopping waves to validate equipment resilience under extreme conditions.

Key Technical Parameters

ParameterSpecification
Rated Voltage+2400kV
Rated Energy360kJ
Stages12 stages
Stage Voltage+200kV
Charging Voltage+100kV
Generator Capacitance0.125μF (24 x 100kV/3μF units)
Voltage Utilization≥90% (lightning, load <1000pF)
≥85% (lightning, load <3000pF)
Waveform AccuracyOscillation <5% amplitude, dispersity <100ns

Waveform Capabilities

1. Lightning Impulse Wave (IEC 60060-1)

  • Waveform: 1.2μs ±30% / 50μs ±20%

  • Load Range: 400–3000pF

2. Switching Impulse Wave

  • Waveform: 250μs ±20% / 2500ms ±60%

3. Chopping Wave

  • Duration: 2–6μs

  • Dispersity: <100ns

Compliance Standards

  • IEC 60060-1/2 (2010): High-voltage test definitions & measuring systems

  • IEC 61083-1/2: Digital recorder requirements for impulse tests

  • ANSI/IEEE 4a, 376, 1122: Impulse strength measurement protocols

  • ASTM D2484/D2518: Electrical insulation testing

  • GB311/GB16927: Chinese national standards

Operational Features

  • Synchronization: ±20% polarity sync at 20–100% rated voltage

  • Discharge Control: <2% uncontrolled rate

  • Voltage Stability: Charging voltage fluctuation <±1.0%

  • Duty Cycle:

    • 120s cycle at >66% rated voltage

    • 60s cycle at <66% rated voltage

Applications

This generator is essential for:

  1. Transformer and switchgear impulse testing

  2. Power line surge protection validation

  3. Insulation coordination studies (per IEC 60071)

  4. High-voltage component R&D

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