Automatic Lightning Impulse Voltage Generator with Digital Control, Waveform Recording and Measurement Software Intelligent High Voltage Impulse Test System for Electrical Laboratories

• Digital control interface.

• Configurable charging and triggering functions.

• Automatic operating modes where supported.

• Digital waveform acquisition and display.

• Impulse waveform parameter analysis.

• Test data storage and export, depending on software.

• Configurable overvoltage and overcurrent protection.

• Optional reporting and communication interfaces.

Impulse Voltage Generation: Generates the required impulse waveform using the configured high-voltage circuit.

Charging Control: Provides the specified charging functions and operating parameter settings.

Waveform Acquisition: Records the impulse waveform through a compatible measurement system.

Waveform Analysis: Supports evaluation of peak voltage and relevant waveform timing parameters.

Data Management: Allows available test data to be stored and reviewed.

Test Sequence Control: Compatible configurations may support predefined test sequences and automated operating procedures.

• Transformer manufacturing quality control

• High-voltage testing laboratories

• Insulator and bushing testing

• Electrical equipment research

• Third-party testing organizations

• Laboratory modernization projects

Manual data recording is inefficient: Digital recording can reduce repetitive documentation work.

The operator needs clear operating information: A suitable control interface can display configured charging parameters, operating status, and waveform data.

Data needs to be shared across departments: Confirm whether the software supports your preferred file formats and reporting requirements.

Concern about automation and safety: Automated functions must be combined with suitable safety interlocks and approved operating procedures.

Q1: Does the system support automatic charging?

Automatic charging can be included where supported by the selected control configuration.

Q2: Can the system record and export waveforms?

A compatible digital recorder and software can provide waveform recording. Confirm the included export formats and reporting functions.

Q3: Can operators use manual and automatic modes?

Available modes depend on the selected configuration.

Q4: Can the software be integrated with an existing laboratory system?

Potentially, subject to interface, software, measurement, and safety compatibility.

Q5: Does automatic operation eliminate the need for supervision?

No. High-voltage impulse testing requires qualified operators, appropriate safety procedures, and suitable protection systems.

Share your required automation functions, waveform measurement requirements, test objects, and preferred data formats. We can recommend a suitable configuration.