IPX8 Pressure water tightness testing device with IP Test Equipment 0~6bar
Product description:
The pressure water tightness test device is a device specially used to test the water tightness of products. It is usually used to test the physical and other related properties of electronics, electrical products, lamps, electrical cabinets, electrical components, cars, motorcycles and their parts and other products under simulated rainy climate conditions. After testing, verification is used to determine whether the performance of the product meets the requirements, so as to facilitate product design, improvement, verification and factory inspection.
Testing standards:
IPX8 of GB 4208-2008 (IEC 60529) "Enclosure Protection Level (IP Code)", GB2099.1 (IEC 60884-1), GB4706.1 (IEC 60335-1), GB7000.1 (IEC 60598- 1), GB/T 4942.1-2006 "Protection level (IP code) classification of the overall structure of rotating electrical machines", GB/T 4942.2-1993 "Protection level of low-voltage electrical enclosures", QC/T 413-2002 "Basic technology of automotive electrical equipment" condition".
Test items:
Suitable for IPX8 testing of products to assess whether the shell and seals can ensure good working performance of the equipment and components after the water test or during the test.
Test objects:
Products that can be used for IPX8 waterproof testing
Technical Parameters:
| Itme |
Parameter |
| Pressurized container |
Stainless steel tank, diameter 0.8 meters, height 1 meter |
| Pressure adjustment range |
0~6bar (can be customized) |
| Pressurized system |
Stainless steel water pump + frequency converter |
| Pressure gauge |
Accuracy 0.25 level, measuring range 10bar |
| Test time |
0-99min |
| Maximum ultimate pressure |
6bar |
Q&A:
Q1: What is a pressure water tightness testing device?
A1: The pressure water tightness test device is a device specially used to test the water tightness of products. It tests the physical properties and other related properties of the product by simulating climatic conditions such as rain to determine whether the product meets the design requirements.
Q2: In what fields is the pressure water tightness testing device suitable for?
A2: This device is widely used in the manufacturing and testing fields of electronics, electrical products, lamps, electrical cabinets, automobiles, motorcycles and other products. It is also used in parts manufacturing and quality testing in pressure vessels, nuclear power industry, shipyards and other industries. .
Q3: What are the core functions of the pressure water tightness testing device?
A3: Its core function is to simulate various climatic conditions and perform pressure and pressure-holding tests on products to check the water tightness and other related properties of the product.
Q4: What safety matters need to be paid attention to when using the pressure water tightness testing device?
A4: When using this device, you must ensure that the equipment is installed securely to avoid shaking or tipping during the pressurization process. At the same time, operators should wear protective equipment to avoid injuries caused by high-pressure water or splashing objects. In addition, the operating procedures of the equipment should be strictly followed to avoid accidents caused by misoperation.
Q5: How to judge whether the performance of the pressure water tightness testing device is good?
A5: The method to judge whether the performance of the pressure water tightness test device is good mainly includes checking whether its pressurization and pressure maintaining capabilities are stable and accurate, and observing whether there is leakage or abnormal phenomena during the test process. At the same time, it is also very important to perform regular maintenance and upkeep on the equipment to ensure that it is in good working condition.
Q6: How to choose a suitable pressure water tightness testing device?
A6: Selecting a suitable pressure water tightness test device requires consideration of multiple factors, including the size, shape and material of the test object, the pressure range and accuracy required for the test, as well as the ease of operation and maintenance cost of the equipment. It is recommended to select equipment with appropriate specifications and performance based on specific test requirements and application scenarios.
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