Temperature Rise Test Equipment High Current Test System for HV Switchgear, Circuit Breaker and Busbar

This automatic temperature rise high‑current generator adopts low‑power‑consumption large‑capacity voltage regulator and high‑permeability iron‑core converter. It features large output power, compact size and light weight.

It is widely used for verification and testing of thermal relays, motor protectors, contactors, air circuit breakers, switch cabinets, circuit breakers, protection screens, busbars and cables.

Available in integrated machine and split‑type machine configurations to satisfy diverse on‑site test requirements.

• Intuitive Reading: Digital meters directly display test values of current, voltage and temperature factor for easy observation and data recording during tests.
• High‑precision Measurement: Superior measuring accuracy guarantees reliable and accurate test results.
• Complete Protection Functions: Digital setting for over‑current protection value & timing current, delivering precise protection performance.
• Dual Operation Modes: Manual & automatic operation modes for flexible operation.
• Intelligent Report Generation: Automatically generate test curves and standard test reports after testing.

• Thermal relay & motor protector test
• Contactor, air switch, circuit breaker performance verification
• Switch cabinet, protection screen inspection
• Busbar, cable temperature rise test

1. What is an Automatic Temperature Rise Test System?

An Automatic Temperature Rise Test System is a specialized high-current testing system used to apply a stable AC or DC current to electrical equipment and monitor its temperature rise during operation. It is designed to evaluate thermal performance and verify whether the tested equipment meets specified temperature-rise requirements.

     2. What is the purpose of a temperature rise test?

The temperature rise test is mainly used to determine whether electrical equipment can operate safely under rated or specified current conditions. It helps evaluate the equipment's heating characteristics, heat dissipation performance, and thermal stability. For transformers, temperature-rise testing is also used to evaluate winding and oil temperature rise.