Product Description
The 200kV 15kJ Mobile Lightning Impulse Generator Test System is developed for high voltage testing tasks that require flexible equipment deployment. Its mobile structure is suitable for evaluating insulation performance of power transformers, switchgear, cables, bushings and other electrical apparatus.
The integrated configuration combines impulse generation, charging, waveform shaping, voltage measurement and control functions. Compared with large fixed installations, the portable arrangement provides greater flexibility for transformer factories, utility projects, engineering sites and specialized testing services.
Product Parameters
- Product Type: Mobile Lightning Impulse Generator Test System
- Rated Impulse Voltage: 200kV
- Impulse Energy: 15kJ
- Standard Waveform: 1.2/50μs
- Configuration: Mobile Structure
- Test Objects: Transformers, Switchgear, Cables, Bushings and Insulators
- Main Functions: Charging, Impulse Generation, Wave Shaping, Measurement and Control
- Standard: IEC 60060 and Customer Requirements
Product Advantages
- Mobile Structure – Designed for convenient transportation and deployment.
- Integrated Configuration – Key impulse testing functions are combined into one platform.
- Flexible Deployment – Suitable for different factory and project environments.
- Wide Equipment Compatibility – Applicable to various high voltage electrical products.
Application Scenarios
- Transformer Factory Inspection
- Power Grid Equipment Testing
- Substation Field Projects
- High Voltage Testing Services
- Electrical Equipment Commissioning
FAQ
Q1: Why choose a mobile configuration?
A: It allows the testing platform to be moved between suitable testing locations more conveniently.
Q2: Can transformers be tested with this unit?
A: Yes. It can be configured for lightning impulse insulation testing of suitable transformer products.
Q3: What is the standard impulse waveform?
A: The commonly used lightning impulse waveform is 1.2/50μs.
Q4: Is customization available?
A: Yes. System configuration can be designed according to voltage, energy, test object and site requirements.
