for the electronics industry, for electrical machines and installations, for power transformers, for HVAC
Applications
for transformers
Configuration
on site
Other characteristics
automatic, high-voltage, high-power, HVDC
Description
Product Introduction
The Impulse Voltage Generator is primarily used for impulse voltage testing of power equipment, including lightning impulse voltage full wave, lightning impulse voltage chopping wave, and switching impulse voltage wave, to evaluate insulation performance. It is a power supply device that simulates impulse voltages such as lightning and switching overvoltages, and is mainly employed in insulation impulse withstand voltage tests as well as dielectric impulse breakdown and discharge tests.
Scope of Application
The generator is suitable for standard lightning impulse, lightning chopping wave tests on transformers, reactors, instrument transformers, and other high-voltage electrical equipment, as well as for high-voltage thyristor valves (SVC/HVDC), power cables, various high-voltage insulators, bushings, switching impulse tests, and various non-standard impulse wave tests as required by users. A single set of equipment can generate a wide range of test waveforms, including standard, non-standard, and user-defined waveforms.
Fields of Application
Quality inspection, measurement, and supervision organizations
Power equipment manufacturers
Railway communications
Aerospace and aviation vehicles
Military research institutions
Universities and colleges
Meteorological departments
The generator is widely used in lightning protection and lightning impulse testing across these sectors.
Product Characteristics
Low Inductance Circuit with Filtering: The circuit features low inductance and employs resistance-based filtering measures, enabling the generation of standard impulse waves even under large capacitive loads with high load capacity.
High Voltage Utilization Factor: The voltage utilization factor for lightning waves and operating waves is no less than 85% and 80%, respectively.
Easy Wave Adjustment and Operation: Wave adjustment is simple, operation is user-friendly, synchronization performance is excellent, and overall operation is reliable.
Constant Current Charging Control: Utilizes constant current charging automatic control technology, offering a high degree of automation and strong anti-interference capability.
Composition
Impulse voltage generator and impulse measuring/control cabinet.
Charging and discharging circuits with constant-current automated charging control.
Insulation assemblies: insulated platform, insulation rods and high-voltage bushings.
Mechanical transmission and safety interlocks.
Operation and maintenance
Keep generator and insulation surfaces clean to avoid dust accumulation.
Protect the equipment from moisture in operation and storage; ventilate and dry interior if ambient humidity is high.
Lubricate mechanical transmission parts after prolonged use.
Protect semiconductor coating on ceramic bushings; apply anti-corona paint if severe corona appears.
Stop operation and repair if oil leakage or abnormal noise occurs; return to service only after repair and verification.
On ignition-pulse malfunction, inspect for short/open circuits in the ignition system and rectify faults.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.