Around us, the cold-heat exchanger is a very wide-ranging device that helps to change our indoor air, but when we buy the cold-heat exchanger, we don't know much about the cold-heat exchange, so we're here today to present to you some of the basic structures and working principles of the cold-heat exchange。
1. Thermal exchange systems: at present, both within and outside the country, thermal exchangers used on the total heat exchangers are also of a rotating type, in both the static and the rotational forms. From the point of view of normal use and maintenance, static is better than rotation, but for large machines larger than 2 x 10,000 m3/h, it is generally possible to do so only by rotor thermal exchangers, and thus the advantages and disadvantages of both the stationary and the rotational pattern can be described。
Power systems: the all-heat exchange power component uses an efficient, noise-mitigating wind machine. Outdoor fresh air after filtration, purification and thermal exchange is sent into the room, while indoor harmful gases after filtration, purification and thermal exchange are removed from the room。
3. Filter systems: the filtration systems for all thermal switches are divided into four filters that are initial, neutral, sub-efficient and efficient. The air exchanger sets up air filters at two vents, which effectively filter dust particles, fibres, etc., in the air, effectively prevent impurities, such as dust in the air outside the room, from entering the room for purification purposes and ensure that thermal exchange parts of the host are not attached to the stains and affect the performance of the equipment。
4. Control systems: all-heat exchangers select reliable electrical components to operate safely and reliably to achieve different wind volume control. Different control methods are selected according to the different use environments. Automatic, scheduled, preset。
5. Noise-reduction systems: all-heat exchange hosts have polyethylene foaming materials on their sides, and long-acting sealing materials are present in the combination of gold and can effectively reduce the noise of the whole machine。
6. Shells: the all-heat exchanger shell uses a shelf structure. Different materials, such as chiller spray and stainless steel plates, are used, and different materials are selected according to the actual needs of the user。
Cold-heat exchanger
The cold thermal exchangers are an efficient energy-efficient, environmentally friendly high-tech product that filters, decontaminates, heat exchange treatments and removes contaminated hazardous gases from the room after heat exchange treatment, while indoor temperatures are largely unaffected by new winds. The core of the cold-heat exchangers is the full-heat exchange core, with indoor discharges of polluted air and fresh air delivered from outside the room exchange temperature through heat transfer boards, while at the same time exchanging humidity through the micro-pores on the plate, thereby achieving both ventilation and internal temperature and humidity stability. This is the whole heat exchange process. When the whole heat exchanger operates during the summer cooling period, the new wind receives cooling from the wind, reduces the temperature while being dryed by the wind and reduces the new wind humidity; during winter operations, the new wind obtains heat from the wind, raising the temperature while being humid by the wind。
This is the knowledge you have of cold-heat exchange working methods and structures, and i'm sure there's a good understanding that, as our standard of living improves, people must be demanding more and more for indoor life, so it's good to have a cold-heat exchange。
