The relationship between air-cooled chiller noise, air output, and cooling efficiency

In fact, there is a certain correlation between the noise problem, the air output problem and the cooling efficiency of the air-cooled chiller, which will be specifically described below.

The first is the noise problem:

For the air-cooled system of an rashladni agregat sa vazdušnim hlađenjem, the biggest problem is the noise problem. Because the air-cooled chiller uses a fan system to dissipate heat, the fan system is a system composed of a fan, a motor, and a transmission. This is called a fan system. The operation of the fan system will be accompanied by a certain operating sound. When the operating sound reaches a certain level, it will turn into a noise problem.

Since there are fans with motors, belts and other transmission devices, the most likely problem is naturally noise. The root causes of noise problems are many, including poor lubrication, excessive wear, excessive compliance, and excessive speed.

Air volume problem:

The biggest criterion that can determine the heat dissipation effect of an air-cooled chiller is the air output of the fan system. If the air output can meet the normal demand, then the fan system can meet the demand for heat dissipation and cooling, and the air output problem is not a problem. .

However, the air output problem is the most common fan system problem. The air output tends to become smaller over time. From the beginning, it can meet the heat dissipation requirements of the air-cooled chiller, and then it cannot meet the requirements of the air-cooled chiller. Finally, the chiller cannot meet the requirements. Refrigeration demand.

It may be due to fans, blowers or dust, and various other reasons, which lead to insufficient air output. The relationship between air-cooled chiller noise, air output, and cooling efficiency is an angle and mutual influence, and noise appears. The air output will have an impact. At this time, the refrigeration efficiency will naturally decrease, so care should be taken to prevent it.