Hey everyone! Today, let’s talk about the maintenance of High and Low Temperature Shock Test Chamber. I’m sure many of you are interested in this topic because proper equipment maintenance is key to extending its lifespan! Especially when it comes to the control performance of the compressor, maintenance is absolutely critical. Below, I’ll share some practical maintenance tips—be sure to save them for later!
Compressor Maintenance Must Be Thorough 🛠️
First, the compressor is the core component of a High and Low Temperature Shock Test Chamber, so maintenance must be handled with care. The compressor has an air circulation system, so if the surrounding environment is dusty, it’s best to install a filtration device. Remember, the air must not contain flammable or corrosive gases, as these could cause explosions or internal corrosion. In general, the air should have low relative humidity, minimal dust, and good ventilation.
Ambient Temperature Should Be Suitable ☀️
Compressor performance is highly sensitive to high temperatures, so the ambient temperature should ideally be kept below 30°C. If the temperature is too high, the compressor’s air output will decrease, affecting the equipment’s performance. Therefore, try to place the test chamber in a spacious area—tight spaces make maintenance and repairs difficult later on. In particular, the condenser of the compressor’s refrigeration unit should be cleaned regularly.
Voltage Must Be Stable 🔌
The voltage at the test chamber’s operating site should remain stable. Excessive or insufficient voltage can damage the compressor. Long-term operation under such conditions will take a toll on the compressor! So, before installation, ensure the base is leveled to prevent vibrations and noise caused by an unstable compressor.
Start-Up Intervals Should Be Reasonable ⏳
During testing, avoid frequently starting the compressor. The recommended interval between starts is at least 15 minutes. Frequent starts not only damage the compressor but also shorten the equipment’s lifespan.
Check Rotation Direction 🔄
During trial operation, always carefully check the compressor’s rotation direction. If it’s running in reverse, immediately shut it down, cut the power, and swap any two of the three-phase power lines before restarting. Otherwise, the compressor could be damaged.
Safety Valves Require Regular Inspection 🛡️
While the equipment is in operation, regularly inspect protective systems like the compressor’s safety valve to ensure they are sensitive and reliable. Safety always comes first!
Alright, those are my tips for maintaining High and Low Temperature Shock Test Chamber. Hope you find them helpful!
