Analysis of the cleaning technique of constant temperature and humidity test chamber - Database & Sql Blog Articles

Constant Temperature and Humidity Test Chamber This device is designed to simulate consistent environmental conditions, allowing for the evaluation of materials' performance under stable temperature and humidity levels. It helps determine how well products resist aging and perform in extreme environments. As product quality standards continue to rise, more users are turning to constant temperature and humidity test chambers. With increased usage, maintenance challenges have also become more common. To keep your equipment running smoothly, regular cleaning is essential. Here are some effective cleaning techniques: 1. Drain any remaining water from the water tank to prevent contamination and ensure accurate results during future tests. This not only keeps the tank clean but also extends its lifespan. 2. Remove the wet gauze from the chamber. If it has turned yellow or hardened, it should be discarded. If it's still in good condition, clean and dry it for reuse. This saves on supplies and protects the humidity sensor. Wipe down the interior with a clean cloth to remove moisture or stains. For larger chambers, you can use the high-temperature function—set it to 50°C for about 30 minutes to help loosen dirt. 3. Open the windshield panel (on newer models, this can be done directly; older models may require a hex screwdriver) and use a vacuum cleaner or dry cloth to remove dust buildup. Note: After using the test chamber, the refrigeration system may still be warm. It’s best to wait at least 30 minutes before cleaning to avoid damage or injury. Proper maintenance ensures the reliability and longevity of your equipment, helping you achieve more accurate and consistent test results over time.

Double Resonant Transformer

Double Resonant Transformer is a special transformer, which consists of two resonant circuits, namely the main circuit and the resonant circuit. The main circuit is composed of power supply, switching device and main Inductor, and the resonant circuit is composed of resonant capacitor and resonant inductance. When the switching device of the main circuit is turned off, the main inductor stores electric energy, and when the switching device is turned on, the main inductor releases electric energy, which is transmitted to the output terminal through the resonant circuit. Due to the existence of the resonant circuit, the double resonant transformer can realize high-efficiency, low-loss energy transfer, so it is widely used in high-frequency power supply, wireless charging and other fields.

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