Room dedicated air conditioning air output is big, equipment room ventilation rate is high,
Usually in 30 ~ 60 times per hour)
, whole room can form the overall air circulation, make the all equipment inside the room can get cooling on average.
Traditional comfort air conditioning, due to the air volume small, ventilation rate, less room cannot ensure there is enough air in high velocity will be back to the dust filter, and deposition inside the engine room equipment, adverse effects on the device itself.
And general comfort air conditioning unit filtering performance is poor, can't meet the requirements of the purification of the computer.
Adopt equipment room dedicated air conditioning air output is big, good air circulation, because has the special air filter at the same time, timely efficient filter out the dust in the air, to keep the room clean class.
For most electronic equipment within the room are continuous operation, long working hours, therefore requests can be big room in the design of special air conditioning load years of continuous operation, and to maintain high reliability.
Comfort air conditioning is difficult to meet the requirements, especially in the winter, computer room because of its good sealing and heat equipment, still need to air conditioning unit refrigeration work normally, at this point, the general comfort because of outdoor air conditioning condensing pressure too low has work very hard, taiyuan room precision air conditioning, equipment room dedicated air conditioning through controllable outdoor condenser, still can ensure normal refrigeration cycle work.
Little comfort air conditioning wind, wind speed is low, only local air circulation, in the air supply direction cannot be formed in the engine room of the whole air circulation, engine cooling uneven, makes the room within the regional difference in temperature and low temperature air supply direction area, other area temperature, heating equipment due to put the position different local heat accumulation, cause damage to the equipment overheating.