Dry Power Refrigeration Dryer

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Refrigeration Air Dryers Dry Power

DryPower line belong to a class type with refrigerated dryers capacity range of 22 to 204 m3/min at a maximum pressure of 16 bar.

Maximum temperature of the incoming compressed air dryers is + 65°C, which is significantly higher than that provided by other manufacturers. The maximum index ambient temperature is + 430°C. High operating parameters of compressed air achieved by using a specially designed heat exchanger.

The principle of the dryer Dry Power

The process of drying compressed air to the cold dryer is due to the cooling of the air masses of compressed air. During the cooling of the water molecules lose kinetic energy, whereby the interaction between the molecules begins to dominate the chaotic traffic.

As a result - the water molecules form water droplets. When they reach a certain size, then under the attraction force of moisture deposited on the walls of the heat exchanger. This is called condensation. After the air heat exchanger is supplied to the separation, where the final separation and removal of moisture.

Dry Power technical features

Model	Efficiency		Energy use (kW)	Linkage	Dimensions (mm)			Weight (kg)
	m3/year	m3/min			A	B	C
MG 022	1,32	22	2,14	DN 80	660	1,23	1,4	244
MG 028	1,68	28	3,35	DN 80	660	1,23	1,4	254
MG 037	2,22	37	3,77	DN 80	660	1,23	1,4	276
MG 045	2,7	45	5,05	DN 100	660	1,23	1,4	318
MG 060	3,67	60	7,09	DN 100	660	1,23	1,4	332
MG 077	4,62	77	8,12	DN 150	910	1,79	1,447	526
MG 090	5,441	90	9,69	DN 150	910	1,79	1,447	551
MG 110	6,675	110	11,8	DN 150	910	1,79	1,447	624
MG 150	9,031	150	15,3	DN 200	930	2,86	2,064	1,077
MG 190	11,421	190	19,7	DN 200	930	2,86	2,064	1,102

The cooling circuit compressed air dryer

Dehumidifiers of compressed air lines Dry Power operate on a freon cooling. The heart of every refrigeration dryer is a freon compressor. The refrigeration circuit is applied capillary tube, so that there is no need for seasonal adjustments. The upper capacitor helps to reduce pollution.

The compressed vapors enter the condenser where the moisture settles. The capacitor can be air or water cooled. The air condenser is a plate heat exchanger that is cooled by air flow from the blower motor.

After the condenser, liquid refrigerant passes through the filter-drier into a capillary for further reduction of the pressure to the boiling point. The substance boils in the tubes of the evaporator, thereby cooling the compressed air. Then the refrigerant vapor absorbed by the compressor and the cycle repeats.