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Product Details:
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| Current Control: | True RMS Continuously Smooth Adjustable | Temperature Range: | 10℃~800℃ |
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| Open Output Voltage: | 10V/15V/20V | Ripple Factor: | <0.3% |
| Measurement Channels: | 12, 24, 48, Or 64 | Control Mode: | Manual & Automatic Dual Mode |
| Highlight: | Industrial Electrical Temperature Rise Tester,Temperature Rise Test Equipment for Quality Control,Reliable Temperature Rise Test Equipment |
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Product Description
Our Temperature Rise Test Equipment combines high-current generation, multi-channel temperature monitoring, digital measurement, and automated data processing to support professional electrical testing applications.
Designed for industrial laboratories, electrical manufacturers, and quality inspection facilities, the system offers flexible configurations to accommodate different test requirements.
Product Highlights
Equipment Configurations
Integrated Temperature Rise Test Equipment
Split-Type Temperature Rise Test Equipment
Industries and Applications
1. Electrical Equipment Manufacturing
Integrate temperature rise testing into product verification and quality inspection processes.
2. Switchgear and Power Distribution
Support temperature rise evaluation of compatible current-carrying assemblies and electrical distribution components.
3. Circuit Protection Products
Provide high-current testing capabilities for suitable electrical switching and protection components.
4. Conductors and Electrical Connections
Collect temperature data at selected measurement points during controlled current-carrying tests.
5. Third-Party Testing Laboratories
Support laboratory test procedures, temperature data collection, and test documentation.
6. Research and Development
Assist engineers in evaluating the thermal behavior of compatible electrical products under defined test conditions.
FAQ
Q:What products can be tested using this equipment?
The system is intended for temperature rise testing of compatible electrical equipment and current-carrying components. Suitability depends on the required current, test setup, and applicable test procedure.
Q:How do I determine the required current capacity?
Start with the test current specified by your test procedure or engineering requirements. The selected system must support that current for the required duration and under the applicable operating conditions.
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Contact Person: Miss. Kelly Pan
Tel: +8618186672186