LQHIVG 300KV-30KJ Industrial Impulse Generator: Research & Testing Applications

The LQHIVG 300KV-30KJ Impulse Voltage Generator is engineered for advanced high-voltage research and industrial testing. With its robust 30kJ energy capacity, this system performs lightning impulse, chopping wave, and insulator flashover tests in compliance with IEC 60060 standards, serving national research centers, universities, and industrial test facilities.

Standards Compliance

• IEC 60060-1:2010 - General test requirements

• IEC 60060-2:2010 - Measuring systems

• ANSI/IEEE 4a:2001 - HV testing techniques

• ANSI/IEEE 1122:2007 - Digital recorder standards

Technical Specifications

Waveform Generation Capabilities

Standard Lightning Impulse (1.2/50μs)

• Front Time: 1.2μs ±30%

• Tail Time: 50μs ±20%

• Peak Oscillation: <5% amplitude

Performance Characteristics

• Voltage Range: 10-100% Un sparking range

• Minimum Output: >20% rated voltage (60kV)

• Synchronous Control:

• 20-100% voltage operation

• <25% polarity deviation

• <5% out-of-control rate

• Duty Cycle:

• 120s interval at >66% rated voltage

• 60s interval at <66% rated voltage

Industrial and Research Applications

Equipment Insulation Testing

• Lightning impulse full wave tests

• Chopping wave withstand validation

• Switching impulse analysis

Advanced Insulator Research

• Impulse flashover testing

• Non-uniform pollution characteristic studies

• Insulation coordination research

System Features

1. High-Energy Output - 30kJ capacity for demanding test scenarios

2. Research-Grade Precision - Complies with IEC/IEEE/ANSI waveform standards

3. Versatile Testing Capabilities - Supports lightning, switching, and chopping impulses

4. Pollution Simulation - Specialized configuration for contamination studies

Technical Layout

The system features an optimized single-stage design with integrated capacitive voltage dividers. The compact layout ensures efficient waveform generation while maintaining safety clearances for 300kV operations. All measurement systems comply with IEC 61083-2 for digital recording accuracy.

Operational Reliability

Designed for continuous research use with thermal-managed duty cycling and <5% discharge failure rate. The system undergoes NIST-traceable calibration and dielectric verification before deployment, ensuring compliance with ASTM D2484/D2518 insulation standards.