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Electronic products may come into contact with moisture during use. If not waterproof, internal parts or circuit boards will be corroded by moisture, and their service life will inevitably be short. In addition, small impurities can also enter the interior of electronic products, affecting their normal operation.
At present, the waterproof level of the drawing is very high, and the waterproof level is IPx8. According to national regulations, the top of level 8 is 1.5-30 meters away from the water surface for 30 consecutive minutes, with no impact on performance and no water leakage.
However, in actual factory production, it is impossible for every product to be soaked in a water depth of 1 meter for 30 minutes. Therefore, a new generation of airtightness tester is needed to use the principle of air pressure to simulate a pressure environment at a water depth of 1 meter, and determine whether your product meets the level 7 waterproof standard based on pressure changes. Simply put, it is to create a sealed chamber, put your product into it for sealing, and then inject a certain pressure of gas into it. If there are micro cracks in the product and gas runs into the interior of the product, the pressure of the sealed chamber will decrease. The gas tightness detector detects the pressure change over a period of time to determine whether the product meets the corresponding standards. This detection method has begun to be widely applied in various industries' production and manufacturing.
The waterproof testing equipment uses compressed air as the testing medium for sealing performance. It is an excellent airtightness testing equipment, as well as IP waterproof level testing and judgment. Simply setting parameters is required to achieve different products' corresponding waterproof level testing and judgment, such as IP66, IP67, IP68 and other series of waterproof standards.
It can be completed in four stages: inflation stage ->pressure stabilization stage ->testing stage ->exhaust stage. The testing time is generally between 3 and 25 seconds, and the actual testing time is related to the required testing pressure and the volume of the product to be tested.
Electronic products may come into contact with moisture during use. If not waterproof, internal parts or circuit boards will be corroded by moisture, and their service life will inevitably be short. In addition, small impurities can also enter the interior of electronic products, affecting their normal operation.
At present, the waterproof level of the drawing is very high, and the waterproof level is IPx8. According to national regulations, the top of level 8 is 1.5-30 meters away from the water surface for 30 consecutive minutes, with no impact on performance and no water leakage.
However, in actual factory production, it is impossible for every product to be soaked in a water depth of 1 meter for 30 minutes. Therefore, a new generation of airtightness tester is needed to use the principle of air pressure to simulate a pressure environment at a water depth of 1 meter, and determine whether your product meets the level 7 waterproof standard based on pressure changes. Simply put, it is to create a sealed chamber, put your product into it for sealing, and then inject a certain pressure of gas into it. If there are micro cracks in the product and gas runs into the interior of the product, the pressure of the sealed chamber will decrease. The gas tightness detector detects the pressure change over a period of time to determine whether the product meets the corresponding standards. This detection method has begun to be widely applied in various industries' production and manufacturing.
The waterproof testing equipment uses compressed air as the testing medium for sealing performance. It is an excellent airtightness testing equipment, as well as IP waterproof level testing and judgment. Simply setting parameters is required to achieve different products' corresponding waterproof level testing and judgment, such as IP66, IP67, IP68 and other series of waterproof standards.
It can be completed in four stages: inflation stage ->pressure stabilization stage ->testing stage ->exhaust stage. The testing time is generally between 3 and 25 seconds, and the actual testing time is related to the required testing pressure and the volume of the product to be tested.
