環(huán)境溫度的高低對冷干機制冷系統(tǒng)的運行也是有著一定的影響的。如果環(huán)境的溫度高于冷媒冷凝的溫度時,會迫使冷媒冷凝的壓力提高,將使壓縮機制冷量下降,最終導(dǎo)致壓縮空氣的“壓力露點”升高。
冷干機適宜在什么樣的環(huán)境中開機運行
環(huán)境溫度的高低對冷干機制冷系統(tǒng)的運行也是有著一定的影響的。如果環(huán)境的溫度高于冷媒冷凝的溫度時,會迫使冷媒冷凝的壓力提高,將使壓縮機制冷量下降,最終導(dǎo)致壓縮空氣的“壓力露點”升高。
通常情況下,溫度低對冷干機的運行時有利的。但如果溫度太低的話(低于0攝氏度),凝結(jié)水在通過自動排水器向外排水的時候,很可能會在排水口結(jié)冰,這是一定要防止的。另外,在停機時,原先聚集在冷干機蒸發(fā)器里的凝結(jié)水或積存在自動排水器儲水杯內(nèi)的凝結(jié)水有可能結(jié)冰,存積在冷凝器里的冷卻水也會結(jié)冰,所有這一切都會引起冷干機相關(guān)零部件的損壞。What kind of environment is suitable for running the cold dryer
The ambient temperature has a certain influence on the operation of the cold dry system. If the ambient temperature is higher than the refrigerant condensation temperature, it will force the refrigerant condensation pressure to rise, which will reduce the cooling capacity of the compressor, eventually leading to the compressed air "pressure dew point" increase.
In general, low temperature is beneficial to the operation of the cooler. However, if the temperature is too low (below 0 degrees Celsius), when the condensate is drained outward through the automatic drain, it is likely to freeze at the drain port, which must be prevented. In addition, condensate collected in the evaporator of the cooler or stored in the water storage cup of the automatic drain can freeze during downtime, and the cooling water stored in the condenser can freeze, all of which can cause damage to the parts of the cooler.