Scroll Compressor

Principle: The moving and stationary scrolls have the same scroll shape but are 180° out of phase, meshing to form a series of enclosed spaces.
The stationary scroll remains stationary, while the moving scroll revolves around the center of the stationary scroll with an eccentric radius.
As the moving scroll revolves, the scrolls mesh sequentially, continuously compressing the crescent-shaped area, thus continuously pressurizing and transporting the gas,
which is finally discharged from the central hole of the stationary scroll.

Structure: Moving scroll (rotor), stationary scroll (stator), support, cross coupling, back pressure chamber, eccentric shaft

Advantages of scroll compressors:

1. The eccentric shaft driving the moving scroll can rotate at high speed, resulting in a small size and light weight for the scroll compressor;

2. Minimal force variations in moving parts such as the moving scroll and main shaft, leading to low overall vibration;

3. Adaptable to variable speed operation and variable frequency speed control technology;

4. Very low overall noise level;

5. Reliable and effective sealing; its coefficient of performance (COP) does not decrease with increasing operating time, but rather slightly increases.

6. Scroll compressors have excellent operating characteristics. In heat pump air conditioning systems, they are particularly effective in heating performance, stability, and safety.

7. Scroll compressors have no clearance volume, maintaining high volumetric efficiency.

8. They exhibit small torque variations, high balance, low vibration, and smooth operation, making them easy to operate and readily automated.

9. With few moving parts and no reciprocating mechanisms, they have a simple structure, small size, light weight, fewer parts, high reliability, and a lifespan of over 20 years.

Contact us today for a free consultation and see how a cold room investment can revolutionize your profitability. My whatsapp/wechat-Tony: +86 18915016089