The Automatic Computer-Controlled Lightning Impulse Voltage Test System is designed for high-voltage laboratories seeking integrated control, measurement, and documentation capabilities.

The system combines impulse voltage generation with a control interface and compatible waveform measurement equipment. Depending on the selected configuration, operators can set charging parameters, manage test sequences, observe recorded waveforms, and organize test data through dedicated software.

This solution is suitable for electrical equipment manufacturers, high-voltage testing laboratories, research institutions, and organizations that require repeatable test procedures and traceable measurement records.

Automation features should be selected according to the required testing workflow. Automatic operation does not eliminate the need for qualified operators, suitable safety procedures, or independent verification of test conditions.

• Computer-based test control, where specified.

• Configurable impulse voltage and charging parameters.

• Manual, assisted, or automatic operating modes according to configuration.

• Digital waveform acquisition.

• Waveform display and analysis.

• Test sequence management.

• Test data storage and export, depending on the software package.

• Configurable protection and interlock functions.

• Optional customized reporting and communication interfaces.

Generates the specified impulse voltage waveform using the configured high-voltage circuit.

Allows operators to configure applicable charging parameters within the equipment's operating range.

Captures voltage waveforms using a compatible digital measurement system.

Supports evaluation of relevant waveform parameters, including peak voltage, wavefront time, and time to half-value, as applicable.

Depending on the selected software, test results can be stored, reviewed, and exported for quality-control records or engineering analysis.

Programmable test sequences may be available for compatible configurations, reducing repeated manual setup.

More organized test workflows: Digital controls can simplify parameter setup and test documentation.

Improved data traceability: Stored records can support subsequent review and internal quality procedures.

Reduced manual data handling: Automated acquisition and reporting features can reduce repetitive administrative work.

Better integration: A coordinated generator, measuring system, and software package can simplify system configuration and commissioning.

• Transformer manufacturing quality control

• High-voltage laboratory testing

• Electrical equipment research and development

• Third-party testing laboratories

• Production testing where impulse testing is required

• Laboratory equipment modernization projects

Q1: Can the system be operated manually as well as automatically?

Operating modes depend on the selected control configuration. Manual, assisted, and automatic modes can be discussed during technical selection.

Q2: Does the system automatically measure the impulse waveform?

A suitable digital measurement and recording system can acquire and analyze waveforms. The included measurement functions must be confirmed in the quotation.

Q3: Can reports be exported to Excel or PDF?

Export formats depend on the supplied software. Please specify your required file formats and reporting workflow.

Q4: Can we integrate the system with existing laboratory equipment?

Potentially, subject to interface compatibility, electrical ratings, measurement performance, software interfaces, and safety requirements.

Q5: Does automation mean the system can operate without supervision?

No. High-voltage testing requires appropriate access controls, safety interlocks, qualified personnel, and approved operating procedures.

Please share your preferred control method, measurement requirements, data export format, and intended test objects. We can recommend a suitable automation and measurement configuration for your laboratory.