Product Introduction
Our Automatic Temperature Rise Test System combines a high-current generator, digital measurement technology, and temperature monitoring capabilities in one professional testing solution.
Designed for demanding electrical testing environments, the system supports manual and automatic operation, real-time measurement display, automatic curve generation, and standardized test report generation. Its digital control system helps improve testing efficiency, measurement consistency, and data traceability.
Two Configurations
Integrated High-Current Test System
Split-Type High-Current Test System
Key Advantages
High-current AC/DC testing configurations
Multi-channel temperature data acquisition
Digital test control and monitoring
Automatic curve generation and report output
Integrated or split-type system architecture
Configurable solutions for application-specific needs
Application
Electrical Switchgear and Distribution Equipment
Support temperature rise evaluations of compatible current-carrying assemblies and electrical distribution components.
Circuit Protection and Switching Devices
Provide high-current test capabilities for applicable electrical components, subject to their ratings and the selected test procedure.
Conductors and Electrical Connections
Monitor temperature behavior at selected measurement points during current-carrying tests.
Electrical Manufacturing Quality Control
Incorporate temperature rise testing into product verification and manufacturing quality processes.
Engineering and Testing Laboratories
Support controlled electrical experiments, thermal performance evaluation, and test data collection.
FAQ
Q:What is a high-current temperature rise testing system?
It is a testing solution that supplies the required current to compatible electrical products or components while supporting temperature monitoring during the test.
Q:How many temperature measurement points can be monitored?
The listed configurations include 12, 24, 48, and 64 channels. The number of channels should be selected according to the number of required measurement points.
Q:Is AC or DC output available?
Both AC and DC output configurations are listed. The available mode, output capacity, and current range depend on the selected configuration.
Q:Which equipment structure should I choose?
The integrated type combines the equipment into a consolidated arrangement. The split type separates the main equipment and control console. The best choice depends on the installation space and testing workflow.
