The xenon lamp weatherproof test chamber requires both humidity control and water spray functions, which leads to a significant amount of water consumption. This means that the quality of the water used in the system is just as important as the quantity. Using improper water can cause serious damage to the equipment, which is why it's essential to use purified water in these types of testing chambers.
There are several reasons behind this requirement. First, many chambers are equipped with a water level switch that uses a magnetic float. If the water isn't changed regularly or if the water contains impurities, the float may corrode over time. This can lead to short circuits, causing the humidification system to fail.
Second, the water used for humidification often contains larger particles. These particles can affect the accuracy and lifespan of the humidity sensor. In some cases, the PCB boards inside the system aren't made with waterproof or anti-oxidation materials, making them vulnerable to damage from poor-quality water, which could result in a short circuit.
Third, the spray nozzles in the system are typically small. If the water contains dirt or minerals, it can easily clog the nozzles, reducing the effectiveness of the spray function and potentially damaging the system.
To prevent these issues, most manufacturers recommend installing a filtration system for tap water before it enters the test chamber. This helps remove impurities and ensures that only clean, filtered water is used. As a result, the water entering the xenon lamp weatherproof test chamber is effectively purified, ensuring smooth operation and extending the life of the equipment.
By using high-quality water, users can avoid costly repairs, maintain accurate test results, and ensure the reliability of their testing environment. It's an important step that shouldn't be overlooked when operating these sensitive devices.
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