Inhouse product
The Impulse Voltage Generator is engineered to simulate high-energy lightning impulses and switching surges for testing the dielectric strength and insulation performance of electrical equipment. Ideal for high-voltage laboratories, transformer manufacturers, cable testing facilities, and power utilities, this system ensures compliance with international standards such as IEC 60060, IEC 60076, and IEEE.
This generator produces standard lightning impulse waveforms (1.2/50 µs) and switching impulses (250/2500 µs), delivering precise, repeatable results for insulation coordination and type testing. The modular design enables voltage levels ranging from 100 kV up to 2000 kV, making it suitable for a wide range of high-voltage test applications.
Built with a robust energy storage system and high-speed trigger mechanism, the unit ensures safe, accurate testing under controlled conditions. The integrated control console offers intuitive operation, waveform recording, and real-time monitoring.
Features:
Generates standard lightning (1.2/50 µs) and switching (250/2500 µs) impulse waveforms
Output voltage range: 100 kV to 2000 kV (modular, customizable)
Fully compliant with IEC, IEEE, and IS standards for high-voltage testing
High-speed triggering for waveform accuracy and synchronization
Safe discharge and grounding system for operator and equipment protection
Precision control panel with waveform capture and data logging
Portable or lab-based configurations available
Applications:
High-voltage transformer and equipment testing
Insulation coordination studies
Surge withstand capability verification
Cable, bushing, and arrester testing
Research and academic laboratories
Type and routine testing in production environments
Technical Specifications:
Specification | Details |
---|---|
Output Voltage | 100 kV – 2000 kV (customizable) |
Impulse Type | Lightning (1.2/50 µs), Switching (250/2500 µs) |
Energy Storage | Capacitor bank with low-loss dielectric |
Control System | Manual or PLC-based with touchscreen HMI |
Discharge Mechanism | Triggered spark gap or thyristor-based |
Compliance Standards | IEC 60060, IEC 60076, IEEE Std 4, IS 2071 |
Waveform Accuracy | ±3% as per standard requirements |
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