| Product Introduction Coolnetpower is one of the professional manufacturers in the refrigeration field. In recent years, the electronic system design of Internet data centers and industrial automation computer rooms is highly complex and compact, and the control requirements for special temperature, humidity, high temperature and other operating environments are very high. However, some companies and enterprises have small computer rooms and large amounts of heat. Using large precision air conditioners to dissipate heat will waste operating costs, and using household air conditioners to dissipate heat will waste energy. In response to this situation, the Cool-smart precision air conditioner newly developed by the Coolnet R&D team has the characteristics of small footprint, small enthalpy difference, large air volume, high reliability and strong energy saving, and has been widely welcomed. Technical Features Air supply system
Up air supply system, indoor hot air is sucked in through the return air outlet of the Cool-smart units, and then sent to the air by the fan after passing through the coil cap or duct. The upper air system G4 filter is installed in the return air outlet of the unit.
Downward air supply system, indoor hot air is sucked in through the G4 filter on the upper end of the unit, and then passed to the bottom platethrough the coil by the fan of the unit. Evapotator
Evaporator coils are constructed of copper tubes and aluminum fins and are designed for the high sensible heat requirements of electronic equipment. The indoor air circulation is completed by a centrifugal fan with a high-efficiency, low-noise, backward-inclined outer rotor, which has been adjusted for dynamic balance before leaving the factory. The fan is built with self-adjusting bearings and permanent grease, so there is no need for separate bearing maintenance during its lifetime.
Compressor The compressor is installed in the indoor unit, which is suitable for the all-weather operation of the air conditioner in the communication room, which is more beneficial to the life of the compressor. |  |
