Oil free operation will utilize a heat exchanger system in the mini/micro ducts and improve the efficiency of the entire system.
Did you know, the most common method used to control a Rotary Type Compressor is Unloading. That is, in this method the compressor works with a full load, then produces compressed air at a constant speed. So that the air release pressure can reach the activation pressure setting.
Compressor Rotary engines are positive displacement engines where compression and displacement are affected by the positive action of the rotating element. Today, these engines have been successfully used in many applications, such as refrigeration, heat pumps, and supercharged automotive engines.
Improving the performance of any type of compressor is a significant contribution to saving energy and reducing carbon emissions. There are many types of compressors that you can use to function according to your needs.
For example, a comparison between a compressor reciprocating Conventional, linear compressors have many advantages, including high efficiency, simple control, and oil-free operation, making them an alternative choice. Understanding the operating mechanism of linear compressors is important to improve compressor efficiency.
During the unloading process, the compressor no longer adds compressed air to the system. However, the motor on the compressor will continue to run unloaded. The compressor runs unloaded until the system pressure drops below the lower activation pressure, at which point the compressor will load again (Compressed Air Load).
In everyday life, compressed air is a reliable source of energy for humans that is widely used in almost all industrial sectors. Therefore, the existence of compressors to help produce quality air. Not only for humans, but also other living things. In addition, the use of compressors that are very simple with easy and effective maintenance makes compressors increasingly in demand by all.
