Automatic Temperature Rise Test System With High Current Output / Precise Measurement

The SXWA Temperature Rise Test System is a professional high current testing equipment designed to evaluate the thermal performance and temperature rise characteristics of electrical equipment under rated current conditions. The system provides stable high current output and accurate temperature measurement, helping manufacturers verify the safety, reliability, and long-term operating performance of power equipment.

This system is widely used in electrical laboratories, power equipment manufacturing plants, and quality inspection centers. It can simulate actual working conditions by applying continuous current to test samples and recording temperature changes during the heating process. The system is suitable for temperature rise tests of switchgear, busbars, circuit breakers, transformers, cables, connectors, and other electrical components.

With advanced control technology and reliable measurement functions, this high current temperature rise testing system supports automatic data acquisition, real-time monitoring, and test report generation. It helps users identify potential overheating risks, optimize product design, and ensure compliance with international testing requirements.

The Temperature Rise Test System is mainly applied in high voltage and low voltage electrical equipment testing fields:

• Switchgear Temperature Rise Test: Verify thermal performance and current carrying capability of switchgear assemblies
• Transformer Temperature Testing: Evaluate temperature characteristics under different load conditions
• Busbar and Cable Testing: Check heating performance and connection reliability
• Circuit Breaker Testing: Analyze contact temperature rise and operational safety
• Electrical Component Laboratory Testing: Support product development and quality inspection

• High Current Output Capability: Provides stable current supply for accurate thermal performance evaluation
• Precise Temperature Measurement: Multiple sensors enable real-time monitoring of temperature changes
• Automatic Data Recording: Improves testing efficiency through digital acquisition and analysis
• Customized Solutions: Supports different current levels, test objects, and laboratory requirements
• Reliable Safety Design: Equipped with protection functions to ensure safe operation during high current tests

A: It is used to measure temperature increase of electrical equipment under operating current conditions and verify thermal stability.

A: It is commonly used for switchgear, transformers, cables, busbars, circuit breakers, and electrical components.

A: Yes, Sansion Power provides customized solutions according to test current, equipment type, and customer requirements.

A: The system is designed according to IEC standards and relevant electrical testing requirements.

A: It helps prevent overheating failures, improve equipment reliability, and ensure safe operation of electrical systems.