You can buy precision air conditioning only in companies involved in industrial air conditioning. The choice of models is wide enough. It also provides advice on the price of precision air conditioners. Pay attention to the size of the room, the heat gain from the equipment, the volume and method of air supply, a set of functions, a reserve for power and performance. This type of air conditioner is installed in telecommunication, server and other rooms where electronic equipment works. It is very important to maintain temperature and humidity, it is necessary to remove the heat generated by the equipment. Precision air conditioners cope with such tasks, the cost of which depends on the type and manufacturer.
Types of precision air conditioners
The tightness and small area of the server and communication stations determines the type of purchased precision air conditioner:
- cupboard;
- outdoor monoblocks;
- internal monoblocks;
- ceiling.
Cupboard air conditioners are available as split systems. They are very convenient, provide the movement of large masses of air. They are controlled by a controller that eliminates areas of overheating in places where equipment is accumulated. Power up to 120 kilowatts, suitable for server large and medium areas. The cost of precision air conditioners of this type is quite high.
Outdoor monoblocks are installed to service remote access nodes. Provide effective cooling to 14 kilowatts. At the same time, they occupy a very small area indoors. Such models are mounted outside the container. They are used at base telecommunication stations and at other facilities where there is no place for installing an air conditioner inside.
Internal monoblocks are mounted in telecommunications for cooling equipment. The price of precision air conditioners of this type depends on the power. Air conditioning with a capacity of 15 kilowatts fits in a very small case, so they are installed even on the doors.
Ceiling split systems are very economical. Due to the special methods of directing air flows, maximum efficiency and minimum energy consumption are ensured.
For example, some models draw in heated air from above, and release cooled air directly to the equipment. Thus, the hot and cold flows are parallel to each other.
If the equipment is installed in rows, cold streams blow even rows, and between odd hot streams rise up and fall directly into the intake slots.
Such technology can improve cooling efficiency and reduce maintenance costs. The advantage is that the air conditioner does not occupy the floor area.
