Complete Power Cable Testing Laboratory Solution Thermal Cycling, High Voltage Withstand, Partial Discharge and Impulse Test Systems

Product Description

The Complete Power Cable Testing Laboratory Solution integrates cable thermal cycling with other high-voltage test technologies to provide a comprehensive platform for cable manufacturers, testing laboratories, utilities, and research institutes.

A complete cable test laboratory may require different systems for different stages of qualification, including thermal cycling, AC voltage withstand, partial discharge, impulse testing, and other specialized tests.

The thermal cycling system provides controlled high-current heating while other HV systems provide the required electrical stress and diagnostic measurements.

Complete Laboratory Functions

A customized laboratory can include:

Cable Thermal Cycling Test System

For controlled conductor heating, thermal cycling, temperature monitoring, and long-duration testing.

AC Resonant Test System

For AC withstand and high-voltage testing of cable systems.

Partial Discharge Test System

For detecting and evaluating partial discharge activity in cable systems and accessories.

Lightning Impulse Test System

For impulse voltage testing of cable systems and accessories where required by the applicable test standard.

HV Measurement System

For accurate measurement and monitoring of high-voltage test parameters.

Automatic Control System

For centralized test control, monitoring, data recording, and safety management.

Typical Customers

• Power cable manufacturers
• HV/EHV cable manufacturers
• Cable accessory manufacturers
• Utility companies
• Third-party testing laboratories
• Certification laboratories
• Research institutes
• Universities
• Power engineering companies
• Cable testing centers

Customer Pain Points

"We don't know what equipment we actually need."

A complete laboratory should be designed according to the customer's cable voltage class, applicable standards, test objects, test capacity, site dimensions, power supply, and future expansion requirements.

"Our existing equipment cannot work together."

Integrated control and communication interfaces can be considered when designing multiple test systems.

"We need to reduce manual operation."

Automatic test sequencing, temperature control, data acquisition, and safety interlocks can reduce operator workload.

"We need a customized solution."

High-voltage cable laboratories are rarely identical. System capacity can be customized according to cable length, conductor size, voltage class, test current, test duration, and laboratory layout.

FAQ

Can you provide a complete cable testing laboratory instead of one machine?
Yes. A complete solution can combine thermal cycling, AC withstand, partial discharge, impulse, HV measurement, control, and auxiliary systems.

Can the thermal cycling system work with an AC resonant system?
Yes. The systems can be designed to work together for cable qualification and type-testing applications.

Can you design the laboratory according to our cable specifications?
Yes. Customers can provide their cable voltage level, conductor size, sample length, applicable standards, required tests, and laboratory layout for engineering evaluation.

Do you provide technical support?
Technical support can include system design, factory testing, installation guidance, commissioning, operator training, remote technical support, and after-sales service depending on the project.