6300A High Current Temperature Rise Test Equipment for Transformers, Circuit Breakers, Switchgear and Electrical Connection Components

Product Introduction

The Automatic Temperature Rise Test System is developed for high-current thermal performance testing of electrical equipment and conductive components. By combining a controllable high-current source, digital measurement, multi-channel temperature acquisition and intelligent test management, the system enables engineers to evaluate temperature rise under defined load conditions with greater efficiency and consistency.

With an output capacity of up to 20 kVA, the system can deliver adjustable AC/DC high current for a wide range of electrical testing applications. Temperature data from multiple measuring points can be collected simultaneously, while built-in protection functions help maintain safe operation throughout the test.

Key Highlights

• High-Current Output for Thermal Testing
  Generate adjustable AC or DC current for demanding temperature rise tests. The output current can be regulated continuously to establish stable and repeatable test conditions.
• Multi-Point Temperature Acquisition
  Monitor temperature changes at multiple locations during the same test. Configurations with 12, 24, 48 or 64 temperature channels are available for different test requirements.
• Digital Test Monitoring
  Current, voltage, temperature and test time are digitally monitored during operation, giving operators a clearer view of the testing process and measured results.
• Automated Test Evaluation
  The automatic operating mode can handle test procedures, data acquisition and test-time management, while measured data can be processed into curves and standardized reports.
• Built-In Safety Protection
  Overcurrent, overvoltage and overtemperature protection functions are incorporated into the system to reduce the risk of abnormal operation during high-current testing.
• Flexible Cabinet Configuration
  Choose between an integrated cabinet for a compact setup or a split configuration when separate control and power sections are preferred.
• Low-Distortion Output
  The system uses a standard sine-wave output with low waveform distortion, helping maintain consistent electrical conditions throughout the temperature rise test.
• Configurable for Different Applications
  Output capacity, temperature measurement channels and other configuration parameters can be adjusted according to specific laboratory or production testing requirements.

Typical Applications

The equipment can be used across a variety of electrical testing environments:

• Electrical Equipment Manufacturing
• Circuit Breaker Production
• Switchgear Manufacturing
• Power Distribution Equipment Testing
• Electrical Component Inspection
• High-Current Testing Laboratories
• Third-Party Testing Centers
• Electrical R&D Laboratories
• Quality Control Departments

FAQ