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The four-chamber rack-mounted high-temperature test chamber integrates four independent temperature-control and hot-air circulation systems into one unit. It enables simultaneous aging tests across multiple batches and temperature ranges, offering a more space-efficient, energy-saving, and centralized solution than four standalone chambers.
| Product Name | Specification |
| Model | KTM-HTE10 |
| Internal Dimensions | Each chamber: W 1100 × D 600 × H 750 mm (W × D × H) |
| External Dimensions | Overall: W 2600 × D 1500 × H 2200 mm (W × D × H), estimated |
| Quantity | 5 units |
| Temperature Stability | ±0.5°C |
| Temperature Uniformity | ≤2°C (no-load condition) |
| Heating Rate | ≥5°C/min |
Each chamber measures W 1100 × D 600 × H 750 mm, with overall dimensions of W 2600 × D 1500 × H 2200 mm. All four chambers can operate independently or simultaneously, supporting different samples and temperature profiles while saving floor space and increasing testing throughput.
Five customized units have been successfully delivered to an electrical machinery manufacturer, demonstrating the solution's proven application and manufacturing maturity.
Each chamber reaches temperatures of up to 300°C and features an independent hot-air circulation system for precise temperature control and uniform heat distribution. It is suitable for high-temperature aging, baking, and heat-resistance testing of precision components, electrical equipment, electronic materials, and plastic products.
Each chamber supports independent parameter control, enabling multiple tests to run simultaneously without interference. The industrial PC also supports coordinated operation, including synchronized start/stop and test program execution, improving operational efficiency and test consistency while enabling data traceability.
Chamber structures, shelving, safety features, communication interfaces, and data systems can be customized to meet specific requirements for R&D laboratories, production-line aging tests, and third-party testing facilities.
The high-temperature-resistant inner chamber is designed for long-term operation at elevated temperatures. Safety features include over-temperature protection, overload protection, power-failure protection, and a door safety chain. Optional explosion-proof pressure-relief devices are available for lithium battery and electronic testing applications. Alarm and automatic shutdown functions provide additional protection during abnormal operating conditions.
