Product Description

Lightning Impulse Test System

The 200kV 15kJ Lightning Impulse Test System is designed for manufacturers and testing organizations evaluating the dielectric performance of high voltage electrical apparatus. It can be applied to GIS, switchgear, cables, insulators, bushings and other equipment exposed to transient overvoltage conditions.

The testing platform combines impulse voltage generation with waveform control, high voltage measurement and operational protection. It provides a versatile solution for equipment qualification, insulation assessment and engineering verification across different electrical product categories.

Product Parameters

• System Type: Lightning Impulse Test System
• Maximum Impulse Voltage: 200kV
• Energy Rating: 15kJ
• Standard Waveform: 1.2/50μs
• Applicable Products: GIS, Switchgear, Cables, Insulators and Bushings
• Generation Unit: Capacitor-Based Impulse Generator
• Measurement Unit: High Voltage Divider and Acquisition System
• Control Functions: Charging, Triggering, Measurement and Protection
• Standard: IEC 60060

Product Advantages

1. Multi-Product Application – Supports several categories of high voltage apparatus.
2. Controlled Waveform Generation – Wave-shaping components help achieve required impulse characteristics.
3. Integrated Protection – Designed with operational safety functions for laboratory testing.
4. Flexible Configuration – Adaptable to different electrical equipment requirements.

Application Scenarios

• GIS Insulation Verification
• Switchgear Qualification
• Cable Impulse Testing
• Insulator Performance Evaluation
• Substation Equipment Development

FAQ

Q1: Can GIS and switchgear be tested?

A: Yes. The system can be configured for suitable GIS and switchgear impulse testing requirements.

Q2: Can cables be tested using the same platform?

A: The applicability depends on the cable dimensions, required test voltage, energy and applicable standard.

Q3: What is the purpose of wave shaping?

A: Wave-shaping components control the impulse front and tail characteristics to meet the required waveform.

Q4: Can the equipment be integrated into an existing laboratory?

A: Yes. The system layout can be engineered according to laboratory space and existing facilities.