Laser chillers are a type of refrigeration equipment widely used in various industrial environments, and their important role in various industrial production is obvious. The lack of laser chillers can sometimes affect the normal production of various enterprises. Therefore, equipping professional laser chiller equipment is an important condition to improve production efficiency.
So, how to choose a professional laser chiller equipment?
Choosing a laser chiller should have a preliminary understanding of the basic situation of this equipment before identifying it. Generally, if the laser chiller is used as a cold source for a large centralized air conditioning system, it is advisable to choose a chiller unit with a compact structure, small footprint, and compressor, motor, condenser, evaporator, and self-control components assembled on the same frame. For small all air conditioning systems, direct evaporative compression condensing units should be used.
When choosing a laser chiller, it is important to consider different usage needs to choose the appropriate laser chiller equipment, so that the laser chiller can fully play its role. For places with suitable heat sources, especially those with residual heat or waste heat, or places lacking electricity, absorption chillers should be used. These are all points to pay attention to when choosing a laser chiller.
Laser chillers are generally divided into two different types, namely the first level cooling laser chiller and the second level cooling laser chiller. The first level cooling laser chiller adopts an evaporative condenser that utilizes natural evaporation of water to cool down. The first level cooling can lower the temperature of tropical high-temperature water sources above 45 ℃ to 36 ℃, consuming a small amount of power to achieve the cooling effect.
The working principle of the Level 2 cooling laser chiller is similar to that of the Level 1 cooling laser chiller. This type of laser chiller also uses a plate exchange or shell and tube evaporator, which can reduce water from 36 ℃ to 15 ℃, and the evaporation temperature is controlled at 10 ℃. The higher evaporation temperature makes the compressor unit have good energy efficiency ratio, and its performance is also very good.
