The high and low temperature test chamber is suitable for drying, baking, and sterilization in industrial and mining enterprises, laboratories, research institutions, etc. The testing steps for high and low temperature test chambers are generally divided into the following steps:

Preparation for start-up: Before starting the test chamber, check whether the sealing of the chamber is good, whether the electrical components are intact, whether they are damaged, whether the water level in the water tank is normal, and whether the wet bulb sensor in the inner chamber is hung with a damp cloth. Check that there are no issues before opening the test box.

Turn on the machine: Do not immediately conduct heating and cooling tests after starting the machine. After 30 seconds of pre operation of the machine, perform heating operation and then cooling operation. When operating, hands should wear insulated equipment, such as insulated gloves, to prevent static electricity from damaging the circuit.

Test completion: After the heating and cooling test is completed, do not rush to turn off the power switch. Use a notebook to record the data of the test box, and then let the test box stand still to prevent static damage. Turn off the power after 10-15 minutes, effectively extending the service life of the test chamber.

Maintenance methods for spare parts of high and low temperature test chambers。

The maintenance and upkeep of spare parts for high and low temperature test chambers is a crucial part of all maintenance and upkeep. In order to maintain the condition of high and low temperature test chambers, the daily maintenance and upkeep of spare parts for high and low temperature test chambers cannot be ignored. What are the specific maintenance methods for different spare parts?

Why do we need to regularly maintain the compressed air pipeline network of the high and low temperature test chamber to see if there is a leak?

Welding and welding of compressed air pipeline networks can easily cause air compression leakage at the joints. Especially for older pipelines, leakage occurs due to corrosion of the sealing ring at the flange connection and rusting at the welding joint. Waste pipelines are prone to steam leakage. Regular maintenance should be carried out to address this issue, and leakage points should be immediately removed to prevent consumption of air compression.

What are the standards for centralized and decentralized gas circuits for compressor accessories in high and low temperature test chambers?

The same gas working pressure level and centralized gas consumption point are suitable for the centralized gas circuit of Atlas compressor accessories. Large distance between working pressure levels of gas and decentralized gas consumption points are suitable for decentralized (local) gas circuit of Atlas compressor accessories.