How can a 2 ton chiller avoid the problem of excessive load?

　　How can a 2 ton chiller avoid the problem of excessive load?

　　Choose a suitable chiller based on space size

　　The size of the space determines the power of the LT -45℃~30℃ refrigerated circulator used. If the cooling performance of the chiller cannot meet the actual needs of the space, the equipment will experience various inexplicable faults during long-term operation of the chiller. If a company wants to operate the chiller stably, it is necessary to adjust the usage plan of the chiller in a timely manner to avoid the problem of high failure rate caused by excessive load and other reasons, which is not conducive to the long-term stable use of the chiller by the company.

　　Provide sufficient rest time for the chiller

　　Long term operation of the chiller requires regular provision of appropriate rest time for the chiller. Because long-term operation of the chiller may generate a large amount of heat, without sufficient rest time, the chiller will accumulate more and more heat. If a high temperature fault occurs in the chiller, it will not only lead to a decrease in the cooling performance of the equipment,

　　It will also affect the service life of the chiller.

　　The fault of excessive operating load in the chiller directly threatens the stable operation of the chiller. To maintain the stable operation of the chiller, it is necessary for enterprises to regularly maintain and maintain the chiller, which can detect and handle various faults of the chiller in a timely manner, and can extend the operating cycle of the equipment.

　　Due to the overheating of the liquid in the refrigeration system of the chiller, the unit cooling capacity and theoretical power of the cycle will directly increase, as well as the refrigeration coefficient, or the refrigeration coefficient of the chiller will decrease. The specific depends on whether the ratio of the increment of unit cooling capacity to the increment of theoretical work is greater than or less than the refrigeration coefficient. If it is greater than, it will increase the increment coefficient of the cycle, and vice versa, This will reduce the cooling coefficient of the cycle.

　　In addition, the overheating of liquids outside the evaporator of a chiller is generally referred to as harmful overheating. The lower the evaporation temperature, the greater the impact on the harmful overheating generated by the chiller. Therefore, when installing a chiller, enterprises can wrap insulation material around the suction pipe, which can to some extent reduce harmful overheating.

　　Enterprises must ensure that the use space of industrial chillers is in a normal ventilated state. Even if the chiller is in high load operation or the ambient temperature is high, high temperatures can still be discharged in a timely manner. This can also be solved by installing exhaust fans in the computer room. In addition, it is necessary to closely monitor whether the refrigerant vapor has overheated, and regularly clean the evaporator and condenser of the chiller.