Temperature And Humidity Test Chamber LTHC-I13

The Temperature and Humidity Test Chamber LTHC-I13 uses a dual-layer insulation system combining polyamine foam and eco-friendly glass fiber. This structure effectively minimizes thermal conductivity, which significantly reduces heat exchange with the external environment. The result is a stable internal testing environment and lower energy consumption over extended operation. This insulation also helps reduce compressor load, extending equipment lifespan while maintaining consistent test accuracy, especially during long-duration thermal cycling or high-humidity testing.

The Temperature and Humidity Test Chamber LTHC-I13 chamber is engineered with precision PID (Proportional-Integral-Derivative) control paired with an SSR (Solid-State Relay) system, enabling responsive adjustments to temperature and humidity. Additionally, it uses a high-accuracy PT100 temperature sensor and a multi-wing centrifugal fan to evenly distribute air throughout the chamber, eliminating hot or cold zones. These components work together to maintain consistent conditions over long test durations, making the chamber highly reliable for endurance, stability, and aging tests in R&D environments.

Yes, the Temperature and Humidity Test Chamber LTHC-I13 is well-suited for simultaneous temperature and humidity testing on sensitive electronic components such as semiconductors, PCBs, and sensors. Its stable fluctuation range of ±0.5°C and tightly controlled humidity system ensure environmental conditions remain within specified thresholds. This is essential for evaluating component reliability, corrosion resistance, moisture ingress, and material performance under accelerated stress conditions, which are critical in product qualification and failure analysis.

The chamber features a triple-layer vacuum observation window integrated with an anti-condensation electric heating system. During high-humidity tests, condensation can form on interior glass surfaces, obstructing visibility and interfering with test monitoring. The anti-frost heating element actively prevents moisture accumulation on the window by maintaining the surface at a slightly higher temperature than the internal chamber air. This ensures uninterrupted visual inspection and preserves the integrity of long-term or high-humidity test procedures.

Yes, the Temperature and Humidity Test Chamber LTHC-I13 chamber supports multiple voltage and frequency configurations, making it adaptable for laboratories across different countries. It can be customized for standard power supplies such as 220V/50Hz, 110V/60Hz, or other specified requirements. This flexibility allows the chamber to be deployed globally without additional power conversion systems, reducing setup costs and simplifying procurement for multinational R&D centers or third-party testing organizations operating across various regulatory environments.