HL-WR micro heat series adsorption dryer

Focus on post-treatment system of compressed air and medical gas system

National high-tech enterprise focusing on post-treatment and purification system of compressed air and medical gas system. It has the ability of completely independent research and development, has applied for/obtained nearly 100 patents, and has formed a three-dimensional intellectual property protection system. Its products are sold to foreign countries and won many awards. He is responsible for formulating a number of national and industrial standards. For the purification and post-treatment of compressed gas and the research, development and production of medical gas system. Product scope: freezing dryer, adsorption dryer, pipeline precision filtration, oxygen generator, nitrogen generator, gas water separator, filter element, pneumatic element, etc.

Parameters
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Model	Maximum handling capacity	Input power	Interface size	Power Supply	Weight KG	Overall dimensions
HL-1WR	1.2	0.5	RC1"	220V50HZ	135	670x360x1265
HL-2WR	2.4	0.8	RC1H	220V50HZ	170	780x360x1485
HL-3WR	3.8	1	RC1"	220V50HZ	240	850x400x1385
HL-6WR	6.5	1.8	RC1-1/2"	220V50HZ	285	1000x450x1700
HL-8WR	8.5	2.4	RC2"	220V50HZ	255	1100x500x2050
HL-10WR	11.5	3	RC2"	380V50HZ	526	1200x500x2030
HL-13WR	13.5	3	RC2"	380V50HZ	605	1300x500x2230
HL-15WR	17.0	4.5	DN65	380V50HZ	712	1300x560x2360
HL-20WR	23.0	6	DN80	380V50HZ	848	1400x560x2530
HL-25WR	27.0	7.5	DN80	380V50HZ	1150	1650x820x2630
HL-30WR	33.0	9	DN80	380V50HZ	1328	1750x900x2630
HL-40WR	40.0	12	DN100	380V50HZ	1674	1850x750x2650
HL-50WR	55.0	15	DN100	380V50HZ	2100	1950x850x2650
HL-60WR	65.0	18	DN125	380V50HZ	2707	2200x1240x2705
HL-80WR	85.0	24	DN150	380V50HZ	3573	2420x1260x2800
HL-100WR	110.0	30	DN150	380V50HZ	4639	2500x1100x2750
HL-120WR	130.0	36	DN150	380V50HZ	5100	2650x1200x2800
HL-150WR	160.0	45	DN200	380V50HZ	5586	2800x1300x2900

Inlet pressure Mpa	0.42	0.49	0.56		0.63	0.70		0.77	0.84	0.91		0.98	1.05		1.23		1.41	1.58		1.76
Pressure correction factor	0.65	0.74	0.83		0.91	1.00		1.04	1.08	1.12		1.16	1.20		1.29		1.37	1.45		1.52

Intake air temperature °C		15		20			25		30		35			38		42			45
Pressure correction factor		1.21		1.16			1.12		1.07		1.03			1.00		0.84			0.72

Selection of adsorption dryer:

Temperature correction coefficient C

Maximum intake air temperature		°C			25			30			35			40		45				50
Maximum intake air temperature		CFT			1			1			1			0.97		0.88				0.73

Pressure correction factor CFP

Minimum intake pressure	Barg	4	5			6	7			8		8	9		10		11		12		13
Minimum intake pressure	CFP	0.63	0.75			0.88	1.00			1.13		1.25	1.25		1.38		1.50		1.63		1.75

Dewpoint correction factor CFD

Required dew point CFD				°C (°F)					-20(-4)					-40(-40)				-70(-100)
Required dew point CFD				CFD					1.1					1.1				0.7

After selecting the minimum inlet pressure correction factor (CFP) of the dryer (when determining the minimum working pressure of the dryer, the pressure loss of the front equipment in the system must be considered), the maximum inlet test correction factor (CFT) of the dryer, and the dew point correction factor (CFD), the flow formula that the dryer should meet is calculated as follows:

Select the dryer model from the table according to the minimum flow that the dryer should meet, and ensure that the flow of the selected model is at least equal to or greater than this.

Model	Maximum handling capacity	Input power	Interface size	Power Supply	Weight KG	Overall dimensions
HL-1WR	1.2	0.5	RC1"	220V50HZ	135	670x360x1265
HL-2WR	2.4	0.8	RC1H	220V50HZ	170	780x360x1485
HL-3WR	3.8	1	RC1"	220V50HZ	240	850x400x1385
HL-6WR	6.5	1.8	RC1-1/2"	220V50HZ	285	1000x450x1700
HL-8WR	8.5	2.4	RC2"	220V50HZ	255	1100x500x2050
HL-10WR	11.5	3	RC2"	380V50HZ	526	1200x500x2030
HL-13WR	13.5	3	RC2"	380V50HZ	605	1300x500x2230
HL-15WR	17.0	4.5	DN65	380V50HZ	712	1300x560x2360
HL-20WR	23.0	6	DN80	380V50HZ	848	1400x560x2530
HL-25WR	27.0	7.5	DN80	380V50HZ	1150	1650x820x2630
HL-30WR	33.0	9	DN80	380V50HZ	1328	1750x900x2630
HL-40WR	40.0	12	DN100	380V50HZ	1674	1850x750x2650
HL-50WR	55.0	15	DN100	380V50HZ	2100	1950x850x2650
HL-60WR	65.0	18	DN125	380V50HZ	2707	2200x1240x2705
HL-80WR	85.0	24	DN150	380V50HZ	3573	2420x1260x2800
HL-100WR	110.0	30	DN150	380V50HZ	4639	2500x1100x2750
HL-120WR	130.0	36	DN150	380V50HZ	5100	2650x1200x2800
HL-150WR	160.0	45	DN200	380V50HZ	5586	2800x1300x2900

Inlet pressure Mpa	0.42	0.49	0.56		0.63	0.70		0.77	0.84	0.91		0.98	1.05		1.23		1.41	1.58		1.76
Pressure correction factor	0.65	0.74	0.83		0.91	1.00		1.04	1.08	1.12		1.16	1.20		1.29		1.37	1.45		1.52

Intake air temperature °C		15		20			25		30		35			38		42			45
Pressure correction factor		1.21		1.16			1.12		1.07		1.03			1.00		0.84			0.72

Selection of adsorption dryer:

Temperature correction coefficient C

Maximum intake air temperature		°C			25			30			35			40		45				50
Maximum intake air temperature		CFT			1			1			1			0.97		0.88				0.73

Pressure correction factor CFP

Minimum intake pressure	Barg	4	5			6	7			8		8	9		10		11		12		13
Minimum intake pressure	CFP	0.63	0.75			0.88	1.00			1.13		1.25	1.25		1.38		1.50		1.63		1.75

Dewpoint correction factor CFD

Required dew point CFD				°C (°F)					-20(-4)					-40(-40)				-70(-100)
Required dew point CFD				CFD					1.1					1.1				0.7

Select the dryer model from the table according to the minimum flow that the dryer should meet, and ensure that the flow of the selected model is at least equal to or greater than this.