Industrial Temperature Rise Test System High Precision Temperature Rise Test Equipment for Switch Cabinet and Contact Terminal Test

The Automatic Temperature Rise Test System is a specialized high-current testing device used to measure temperature rise performance of electrical equipment under rated current conditions.

By generating stable adjustable current output and integrating multi-channel temperature measurement technology, the system accurately records temperature variations of tested components during operation. It provides essential data for thermal evaluation, design verification, and quality control.

• Intelligent Automated Test Platform
  A smart testing solution featuring automatic control, measurement, and evaluation throughout the entire test cycle.
• Stable High-Current Generation Technology
  Designed for demanding thermal tests with precise and continuous current output capability.
• Precision Thermal Monitoring Architecture
  Multiple temperature sensors enable comprehensive monitoring of temperature distribution and rise characteristics.
• Integrated Data Analysis System
  Combines data acquisition, processing, storage, and reporting in one intelligent platform.
• Advanced Multi-Level Protection Design
  Provides safe operation through intelligent monitoring and protective control functions.

A Temperature Rise Test System is an integrated test platform designed to evaluate the thermal characteristics of power equipment by applying rated current and measuring temperature changes.

It is an essential tool for verifying equipment performance during design validation and factory acceptance testing.

• HV switchgear assemblies
• Circuit breaker contacts
• Disconnectors
• Transformer terminals
• Busbar connections
• High-current electrical joints
• CT secondary circuits
• Cable connection systems

Electrical resistance generates heat when current flows through conductors and contacts.

The system provides intelligent automation features:

• Programmable current control
• Synchronous temperature monitoring
• Automatic measurement recording
• Thermal curve analysis
• Digital test documentation

• 12 channels for basic applications
• 24 channels for standard testing
• 48 channels for multi-point measurement
• 64 channels for complex systems

Custom channel solutions can be developed according to project requirements.