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Modular Adsorption Dryer


Select high-quality, high-efficiency desiccants with stable dew points

Product Information


 
Select high-quality, high-efficiency desiccants for stable dew point
PDP-40℃ Activated Alumina (Standard) 
PDP-70℃ Activated Alumina + Silica Gel + Molecular Sieve (OPTION)
 
Advanced energy management to reduce operating costs
Temperature-controlled regeneration and purging 
Dew point control 
Optimized flow nozzle
 
Large-size tower body and flow control, minimizing desiccant wear and tear
 
  •  
    Economical and reasonable use of regeneration gas while ensuring air dryness
     
  •  
    High-reliability design for stable operation
    Stainless steel valve plate 
    Galvanized pipes 
    Instrument air source with filter and pressure regulator 
    Uses high-quality blowers 
    Equipped with high-temperature protection device and low-power density electric heater for long lifespan and low risk
  •  
    Purelogic control system, providing superior control and monitoring
     

Applicable Environment

  • 模块式干燥机
    Tools and instruments
  • 模块式干燥机
    Control system
  • 模块式干燥机
    Spraying tools
  • 模块式干燥机
    Successful injection
  • 模块式干燥机
    Auto shop
  • 模块式干燥机
    Tire pressure

AD-M2/M4 series modular dryer

Technical parameters of non-thermal regeneration type

Operating ambient temperature

0-50℃

Working medium temperature

5-50C

Working pressure

0.45-0.85Mpa

Due to force loss

<0.015Mpa

Regeneration gas consumption

5%-8% (Customizable ultra-energy-saving type)

Noise

<65Db (Customizable ultra-quiet type)

Power

220V/50HZ/0.1KW (Customizable micro-heat type)

Control method

Integrated controller/PLC controller

Dew point

-40℃ (Customizable -70℃ type/Customizable dew point display type)

 

Model

Standard processing capacity (M3/minute)

Interface diameter (inch)

Dimensions (mm)

Weight (kg)

Matching theoretical air compressor power

Pressure 0.7Mpa

Length

Width

Height

AD-M2-3

7.5

2"

660

330

1700

145

50HP-37.5KW

AD-M2-4

10

2"

890

330

1700

175

75HP-57KW

AD-M2-6

15

2"

1050

330

1700

250

100HP-75KW

AD-M2-7

17.5

2"

1190

330

1700

287

125HP-90KW

AD-M2-8

20

3"

1310

330

1700

325

150HP-110KW

AD-M2-10

25

3"

1570

330

1700

405

175HP-132KW

AD-M4-6

30

3"

1050

660

1700

510

175HP-132KW

AD-M4-7

35

3"

1190

660

1700

585

200HP-150KW

AD-M4-8

40

4"

1310

660

1700

675

250HP-185KW

AD-M4-10

50

4"

1570

660

1700

825

300-350HP-250KW

Model selection coefficient table

Inlet air

20

25

30

35

40

45

50

Temperature

cx

1.20

1.10

1.00

1.00

0.9

0.8

0.7

Pressure correction coefficient PX

Inlet air

MPa

0.4

0.5

0.6

0.7

0.8

0.9

1.0

1.1

1.2

Pressure correction coefficient PX

PX

0.60

0.75

0.85

1.00

1.10

1.20

1.30

1.40

1.50

Dew point correction coefficient CF

Pressure dew point

℃td

-20

-40

-60

-70

CF

1.10

1.00

0.70

0.60

Compressed air purification process diagram

 Modular dryer

AD-S-05 compressed air dryer (modular/module dryer)

 Modular dryer

★Water removal artifact: Low dew point (factory standard -40℃, customized -70℃)

★Energy-saving artifact: Power is only 0.05KW

★Stable artifact: Three-year free maintenance, stable and reliable factory quality

★Durable artifact: Adsorbent life up to 3-5 years, simple maintenance and low cost

★Versatile artifact: Easy installation, supports wall-mounted/floor-standing installation and mobile use

Technical advantages of modular dryers

 Modular dryer

Economic advantages of modular dryers

Project

Purification equipment 1

Purification equipment 2

Modular adsorption type

Description

Purification effect

Pressure dew point above 10℃, a lot of liquid water at the back end

Pressure dew point above -10℃, a lot of liquid water at the back end

Below -40℃, no liquid water in the system

 

Purchase cost

200,000

300,000

400,000

Including filters and other auxiliary equipment

Pneumatic component replacement costs

200,000/year × 5 years = 1,000,000

100,000/year × 5 years = 500,000

None

Differences in compressed air quality lead to differences in the service life of pneumatic components

Production downtime losses caused by gas equipment failures

200,000/year × 5 years = 1,000,000

100,000/year × 5 years = 500,000

None

Differences in compressed air quality lead to differences in the service life of pneumatic components

Defective product losses

50,000,000 × 3% defect rate × 50% × 5 years = 3,750,000

50,000,000 × 1.5% defect rate × 50% × 5 years = 1,875,000

None

Different compressed air quality results in differences in the precision, accuracy, and frequency of misoperation of pneumatic components

Energy consumption of drying equipment

100 × 5.23 × 6000 × 5 × 6% = 940,000

100 × 5.23 × 6000 × 5 × 14% = 2,200,000

100 × 5.23 × 6000 × 5 × 2% = 314,000

Equipment operating costs

Maintenance and consumable costs for drying equipment

150,000

300,000

250,000

Equipment operating costs

Total cost

7,040,000

5,675,000

964,000

 

 Modular dryer

 Modular dryer

 Modular dryer

 Modular dryer

 Modular dryer

Keywords:

Modular dryer

dryer

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