heatless regenerative desiccant compressed air dryer for compressor
heatless regenerative desiccant compressed air dryer for compressor
Price
US $3600
Model
XH160
MOQ
1 piece
Item specifics
Inlet flow
16m3/min
Max operating pressure
10barg
Pressure dew point
-40 deg c
Inlet/outlet connection
3/4''
Voltages
230V, 50/60Hz
Pressure drop
0.2barG
Weight
150kg
Review
Description
Product Overview
regenerative desiccant compressed air dryer for compressor
XH heatless desiccant air dryer is developed according to pressure swing adsorption principle to obtain a stable pressure dew point and dry enough compressed air. The process requires the consumption of a small amount of compressed air to regenerate desiccant
FEATURES AT A GLANCE
Compact Structure
Galvanized pipelines
Sand blasted vessels
Simple & reliable controller
Stainless steel air control line
Very low pressure drop Low purge consumption
Right elevation
Left elevation
Front elevation
COMPETITIVE ADVANTAGES
Modular design – the reasonable overall layout, the towers and pipeline control are designed independently for easy transportation, installation and maintenance.
High-quality desiccant - use high-efficient and durable desiccant for high adsorption efficiency, stable dew point and long life.
Professional design optimization – the tower body design is optimized through fluid mechanics calculation in order to ensure the uniform distribution of airflow, give full play to the effect of desiccant and to ensure the promised pressure dew point.
High quality components – high performance and temperature resistance butterfly valve, reasonable pipeline flow rate design,overall equipment pressure loss reduction, safe and reliable stainless-steel instrumentation and wiring, international brand Instrumentation.
Humanization service – Provide technical and professional pre-sales, after sales service and customized design of the complete range of products. Please consult the company for details.
Intelligent control – Optional Siemens PLC controller and color touch screen, user friendly and intuitive, comprehensive data,easy to operate. Remote monitoring options are available.
PRODUCT CONFIGURATION
Simple and reliable controller
Galvanized pipelines and sand blasted pressure vessel
Stainless steel angle seat valve and stainless steel fittings
Optional SIEMENS PLC with TOUCH panel
Optional dew point sensor with dew point control ,-50℃ and -80℃ version for option (Michell ,made in the UK)
Optional -60℃ and -80℃ dew point sensor with screen and alarm function( CS brand made in Germany)
TECHNICAL DATA
Model
Pressure Dew Point
Inlet Capacity
Inlet/Outlet Connection
Dimensions
LxWxH mm
Weight
Kg
XH160
-40℃/-70℃
16m3/min
DN65
1190x640x1930
775
XH200
-40℃/-70℃
20m3/min
DN65
1190x640x1930
830
XH240
-40℃/-70℃
24m3/min
DN65
1190x640x1930
872
XH290
-40℃/-70℃
29m3/min
DN80
810x550x1870
1263
XH320
-40℃/-70℃
32m3/min
DN80
1030x650x1880
1307
XH360
-40℃/-70℃
36m3/min
DN80
1030x650x1880
1350
XH430
-40℃/-70℃
43m3/min
DN100
1030x650x1880
1610
* Final dimensions and weights may vary slightly depending on the actual situation
Note:
Standard working pressure: 7 barg;Allowed working pressure: 4.5- 10 barg
Standard inlet temperature:35℃;Allowable inlet temperature:1- 45℃
Standard ambient temperature: 25℃;Allowed ambient temperature: 1-45℃
Correction Factor
Inlet temperature
Working Pressure barg
℃
4
5
6
7
8
9
10
≤ 35
0.622
0.748
0.874
1.0
1.126
1.252
1.378
40
0.473
0.569
0.665
0.761
0.953
0.930
1.049
45
0.362
0.436
0.510
0.584
0.658
0.732
0.806
OUR WORKSHOP
Production line of small and middle flow desiccant air dryers,including heatless, heated and blower purge dryers.
Our assemble line is very tiny, all of the parts are fabricated at third workshop , no on-site welding parts, which means the dryers are fully assembled type.
Production workshop of large flow desiccant air dryers,including large blower purge desiccant dryers,heat of compression dryer and other zero purge dryer.
All the dryer's components are designed by 3D software and fabricated at third workshop,no on-site welding parts means the production time is faster .