Search for the product you are looking for
研发中心

News

Slide down

Tip: How to Connect the Compressed Air Hose to a Temperature Shock Test Chamber

Source:LINPIN Time:2025-03-19 Category:Industry News

Correctly connecting the compressed air hose is fundamental for the normal operation of a temperature shock test chamber. This type of equipment requires compressed air to function, as the gas is needed to open the valves and create temperature shocks in the test area. Therefore, it is essential to use a compressed air hose. But how can you correctly connect the compressed air hose, and are there any tips to make it easier? In fact, the key is simply to follow the correct procedure.
Temperature Shock Test Chamber
First, staff should connect the external air source to the inlet of the pressure regulator on the test equipment. Trim the end of the air hose to ensure a clean cut, and then insert it into the quick connector. The input air pressure required by the temperature shock test chamber (usually around 3 to 5 kg) can be adjusted through the pressure regulator (the adjusted pressure should be around 2 kg). The pressure for the spray regulator should be set to around 1 kg. When adjusting the pressure regulator, staff should first lift the knob. Turning the knob clockwise increases the air pressure, while turning it counterclockwise decreases the air pressure. After adjusting the pressure, check the pressure gauge to ensure it meets the required level. If the pressure is correct, press the adjustment knob down to complete the pressure regulation. To disconnect the air hose, close the main inlet valve first, then quickly push the plastic part of the connector inward and pull the hose out swiftly.
Now that you have read the above introduction, do you understand how to connect the compressed air hose to a temperature shock test chamber? This operation is just a part of the routine equipment handling. Typically, after purchasing the equipment, the manufacturer’s technicians will be responsible for its installation and commissioning. However, it is still important for staff to be familiar with these daily operations to facilitate future maintenance of the equipment. Our company is a producer and supplier of environmental test equipment. We provide equipment and related services to a wide range of customers. For any questions about the equipment, you can call 400-066-2888 to consult us. We will offer corresponding solutions based on your needs. Our company has also established offices in various locations to provide timely technical services to customers.

News Recommendation
When encountering malfunctions in the sand and dust test chamber, how should they be addressed? Is it necessary to contact after-sales service? In fact, some issues can be initially troubleshooted by the customer, such as the following scenarios.
Thermal shock test chambers come in two main configurations: two-chamber and three-chamber designs. When purchasing this equipment, how should customers decide which structure is more suitable?
High and Low Temperature Test Chambers are widely used in industrial and scientific research fields to simulate and test the performance and reliability of products under extreme temperature conditions. They expose materials, components, and finished products to extremely cold or hot environments to ensure their reliability and stability in real-world applications.
Accurate temperature control in a high-low temperature alternating humidity test chamber enhances testing precision. Therefore, it is essential to understand the temperature control process of the testing equipment.
To determine the formaldehyde emission levels in materials, a formaldehyde VOC environmental test chamber can be used. Whether formaldehyde exceeds standards has always been a topic of public concern because everyday items such as wooden products, plastic goods, and painted objects release certain amounts of formaldehyde.
Product Recommendation
Telegram WhatsApp Facebook VK LinkedIn