Product Description
The Switchgear Temperature Rise Test System is designed for manufacturers and testing laboratories that need to verify the thermal performance of electrical switchgear assemblies.
During the test, the system applies a specified current to the switchgear and continuously measures temperatures at critical locations such as busbar joints, terminals, contacts and connection points.
This allows engineers to determine whether the switchgear remains within the required temperature limits under operating conditions.
Main Testing Functions
- Switchgear temperature rise test
- LV switchgear testing
- MV switchgear testing
- HV switchgear testing
- Busbar temperature rise
- Circuit breaker contact temperature test
- Terminal temperature measurement
- Connection point thermal testing
- High-current loading
- Multi-point temperature monitoring
Typical Test Points
- Main busbar
- Branch busbar
- Cable terminals
- Circuit breaker contacts
- Cable connection points
- Busbar joints
- Electrical terminals
- Enclosure temperature
Customer Benefits
- Stable high-current output
- Accurate temperature acquisition
- Multiple measurement channels
- Real-time monitoring
- Automatic data recording
- Repeatable testing
- Digital test reports
Temperature-rise testing systems are commonly marketed specifically for high- and low-voltage switchgear, busbars, circuit breakers and related equipment.
FAQ
Q: What is the purpose of a switchgear temperature rise test?
A: It verifies that the switchgear can operate under the specified current without excessive temperature rise at critical conductive and connection points.
Q: Can the system test complete switchgear assemblies?
A: Yes, provided the system's current capacity and test configuration meet the requirements of the switchgear under test.
