The 3 Phase High Current Temperature Rise Test System is designed for three-phase thermal testing of electrical equipment.
The system provides synchronized three-phase current output and temperature acquisition for evaluating the thermal performance of three-phase switchgear, busbars and other electrical assemblies.
Main Testing Functions
- Three-phase high-current injection
- Three-phase temperature rise test
- Busbar heat-run test
- Switchgear temperature rise test
- Circuit breaker thermal test
- Contact temperature measurement
- Continuous current loading
- Thermal stability evaluation
- Multi-point temperature acquisition
Main Features
- Three-phase synchronized output
- Adjustable current
- Automatic current regulation
- Multiple temperature channels
- Real-time temperature curves
- Programmable test duration
- Automatic shutdown
- Data recording
- Report generation
A current industry example describes three-phase switchgear temperature-rise systems in configurations such as 3*3000A, 3*5000A and 3*6300A, with higher-current configurations also available.
FAQ
Why use three-phase temperature rise testing?
Three-phase testing can reproduce the operating conditions of three-phase electrical equipment and allow engineers to evaluate thermal behavior across phases.
Can the three phases be controlled independently?
The control architecture can be customized according to the test requirements.
Can busbar and switchgear be tested together?
Yes, if the system capacity and test configuration are suitable for the complete test object.
