800kV ~ 1600kV Range
LQHIVG 900KV-45KJ Impulse Voltage Generator: Precision High-Voltage Testing
Product Overview
The LQHIVG 900KV-45KJ Impulse Voltage Generator delivers 45kJ of testing energy for high-voltage applications in power infrastructure, electrical insulation validation, and industrial equipment certification. Featuring a 6-stage modular design with 0.667µF stage capacitance, this IEC 60060-compliant solution ensures precise waveform control with ±3% voltage tolerance.
Compliance with International Standards
IEC 60060-1/2-2010: High-voltage test definitions and measurement protocols
IEC 61083-1/2: Instrumentation requirements for impulse tests
ANSI/IEEE 4a-2001 & 1122-2007: Testing techniques and digital recording
ASTM D69/D2518: Electrical insulation standards
GB311/GB16927: Waveform parameter compliance
Technical Specifications
Parameter | Specification |
---|---|
Rated Voltage | ±900kV |
Rated Energy | 45kJ |
Stages | 6 (150kV/stage) |
Stage Capacitance | 0.667µF (0.111µF effective) |
Stage Energy | 7.5kJ |
Voltage Stability | <±1.0% |
Synchronous Range | 10%-100% rated voltage |
Waveform Performance
Standard Lightning Impulse Full-Wave
Waveform: 1.2±30%μs / 50±20%μs
Peak Tolerance: ±3%
Peak Oscillation: <5% of amplitude
Minimum Efficiency: ≥90% (no load)
Upgrade-Ready Chopping Wave (Future)
Duration: 2-6μs
Peak Deviation: ≤3%
Projected Efficiency: ≥80% (no load)
Operational Features
Advanced Capacitor Design: 0.667µF per stage with 100kV capacitors
Cycling Performance:
120s cycle (>70% voltage)
90s cycle (<70% voltage)
Adjustable Charging: 30-90s charging time
Discharge Control: <2% failure rate (10%-100% voltage range)
Polarity Synchronization: <20% deviation
Industrial Applications
Power transformer lightning impulse testing
High-voltage switchgear certification
Electrical insulation validation per ASTM D2518
Transmission line surge protection testing
Technical Advantages
Future-Ready Design: Upgrade path for chopping wave tests
Precision Engineering: <±1.0% voltage instability meets IEC 60060-2
Optimized Efficiency: 90% output efficiency at full-wave impulse
Flexible Operation: Adjustable charging times (30-90s) for varied test requirements