Automatic Control Lightning Impulse Generator Test System for Transformer GIS Switchgear Circuit Breaker Type Testing

Lightning Impulse Generator

This Lightning Impulse Generator Test System provides controlled impulse testing for manufacturers of GIS, switchgear, circuit breakers and other high-voltage apparatus. It is intended to verify insulation performance under simulated lightning impulse conditions during product development, qualification and type testing.

A remote or computer-based operating configuration can be integrated with the impulse generator, charging circuit, triggering mechanism, voltage divider and measurement system. Test data and waveform information can be acquired and monitored through the control interface, helping laboratories improve operating efficiency and test management.

• Product Type: Lightning Impulse Generator Test System
• Operation: Local, Remote or Computer-Based Configuration
• Standard Waveform: 1.2/50 μs Lightning Impulse
• Test Voltage: Engineered according to equipment insulation level
• Measurement: High Voltage Divider and Digital Measurement System
• Test Objects: GIS, Switchgear, Circuit Breakers, Disconnectors and Insulation Components
• Safety Functions: Interlock, Discharge and Protective Control
• Applicable Standard: IEC 60060 and project specifications

1. Remote operation reduces manual intervention during testing
2. Digital measurement supports waveform acquisition and analysis
3. Flexible configuration for different switchgear test requirements
4. Integrated safety functions support controlled laboratory operation

• GIS Type Testing
• Switchgear Manufacturing
• Circuit Breaker Insulation Testing
• High Voltage Apparatus Qualification
• Substation Equipment Development
• Electrical Testing Laboratories

Q1: Is remote operation available?A: Remote operation can be included according to the selected control and measurement configuration.

Q2: What equipment can be tested?A: Typical applications include GIS, switchgear, circuit breakers, disconnectors and other high-voltage insulation structures.

Q3: What does the voltage divider do?A: It converts the high impulse voltage into a measurable signal for the measurement system.

Q4: Can the system be integrated into an existing laboratory?A: The layout and configuration can be engineered according to available laboratory space and customer requirements.