First, high-temperature,high-humidity compressed air comes out from compressor make heat exchanging with dried low-temperature compressed air in the heat exchanger, to reduce its temperature,then enters into evaporation,temperature been further reduced,there,a  majority of steam condensate to water and be drained.Then the low-humidity compressed air enters into the adsorbing barrel, been further dried and get more lower dew point finished air.At last low-temperature dried compressed air enters into the heat exchange to cooling high-temperature,high-humidity inlet air,meanwhile get higher temperature itself,preventing the out part of pipeline form dewing, a small part of high temperature air be used for refrigeration,enhance regenerating efficiency and reduce energy consume.     

Work Condition and Technical Data:

Inlet pressure: 0.6~1.0MPa

Designed dew point:-40~-70℃

Pressure drop: ≤0.05MPa

Cooling water temperature: ≤32℃

Cooling water inlet pressure:0.2~0.4MPa

Inlet temperature : ≤45℃

Purge air:3％~5％

Control mode: micron-program controller

HSD-MZ series technical data:
model	capacity		air  connection	compressor power(HP)	cooling water circling(Nm³/h)	voltage (V/Hz)	net weight(kg)	dimensions(mm)
	Nm³/min	scfm						length	width	height
HSD-1MZ	1.2	42	ZG1"	1/3	___	220/50	350	1020	700	1575
HSD-2MZ	2.4	85		3/4	___		500	1070	860	1595
HSD-3MZ	3.8	230	ZG1½"	1.25	___		500	1070	860	1595
HSD-6MZ	6.5	350	DN50	1.5	___		710	1450	1280	2026
HSD-10MZ	11	390	DN65	3.6	___		1100	1450	1350	2000
HSD-15MZ	17	600	DN80	4.5	3		1300	1700	1430	2236
HSD-20MZ	23	800		5	3.5		1800	2200	1745	2380
HSD-30MZ	33	1250	DN100	7.5	6		2700	2200	1610	2518
HSD-40MZ	45	1590	DN125	10.5	7.4		3300	2200	1900	2800
HSD-50MZ	55	1940		12.5	8	380/50	3400	2200	1900	2900
HSD-60MZ	65	2280		15	10		3800	2200	1900	3000
HSD-80MZ	85	3000	DN150	20	12		5100	2300	2400	3100
HSD-100MZ	110	3900		25	14		6200	2300	2500	3100
HSD-120MZ	130	4590		25	16		7000	2400	2500	3300
HSD-150MZ	150	5300	DN200	40	18		8200	2500	2600	3500
HSD-200MZ	200	7000		50	24.4		9100	3000	2800	3850