EXR & EXD/CT Desiccant Air Dryer

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EXR & EXD/CT Desiccant Air Dryer offers the best solutions to minimize energy loss, reduce corrosion level, prolong life of compressed air systems and decrease maintenance costs.

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Description

About TyphoonCompressor Desiccant Air Dryer

In compressed air systems, moisture is a huge problem and the prevention of corrosion caused by condensed water is an important issue. This is a critical factor as moisture and corrosion would minimize the performance and shorten the lifetime of compressed air systems and pneumatically controlled tools and equipment. To prevent this problem from occurring, the air dryer is the most commonly used solution. In these kinds of equipment, the main problems which affect the performance of compressed air systems are high volume, high pressure loss and complicated traditional types of heat exchangers which are not efficient. For this, TyphoonCompressor has successfully integrated the Brazed Heat Exchanger into our dryer system. This technology is supported by complete research and proven test data and the unique design has enabled TyphoonCompressor to obtain is being patented in France, USA, Taiwan and Southeast Asia.

Powerful Condenser

Our refrigerated air dryers offer a reliable, cost effective and simple solution to avoid condensation and corrosion in your systems.

Energy Saving

Fitted with Digital Scroll Compressors which adapt their refrigeration production according to of the thermal load to be dissipated, and allow great energy saving.

Easy to Maintain

On the rare occasion when servicing is needed, the enclosure design allows for direct access to all components allowing for easy maintenance of the dryer.

Desiccant Dryer Components

Electrical heater

Stainless steel material , simple structure.

High mechanical strength, high efficiency and long service life.

Electrical heater

Air blower

High mechanical efficiency, low noise, stable and reliable operation.

Air blower

PLC program controller

With LCD touch screen display working process and easy for user to check and setting the parameter.

 The PLC program can auto switch the valve.

 With alarm , Interlocking function, effectively monitor the operation process of the equipment, ensure reliable operation , convenient operation and maintenance.

PLC program controller

Activated alumina

Good adsorption capacity, high strength, high water resistance, easy regeneration for system.

Activated alumina

Pneumatic value

Pneumatic butterfly valve

Big rotational torque

Response quickly

Long service life

With nice seal performance, the seal parts use PTEE material.

With the feedback switch for the valve signal.

Pneumatic value

EXR Series Heated Desiccant Dryer

Description

Heated desiccant air dryer with heater on system compare to heatless dryer. The desiccant adsorb the moisture under the working preisute, use the heating compreseed air on generation process For that way, can save air loss than heatless type dryer.

Description

System Flowchart

Main Parts

Heater element
Heater element
Control system
Control system
Check valve
Check valve
Activated alumina
Activated alumina
Solenoid valve T
Solenoid valve T
Pneumatic T valve
Pneumatic T valve
Pneumatic butterfly valve
Pneumatic butterfly valve

Working Principle

Heated regenerating desiccant dryers are adopted with techniques of twin tower variable pressure absorbing and heating regeneration. During the regeneration progress, the depressurized expanded dry air is heated to a certain degree to enable it with more absorbing capability while reducing the use of regenerated air compressed air is dried through one tower while the other desiccant tower is being regenerated. The principle of the heated regenerating desiccant dryer is: One absorbing tower performs absorbing under working pressure while another one distills some of the compressed air from the main pipe then depressurizes and heats is for regenerated use. The heated regenerated desiccant contains less water and improves the absorbing capability.

Technical Specification

  • Energy-saving with air loss lower than 6%
  • High performance of the whole system by long switch cycle.
  • Main parts use famous brands to ensure equipment continuous stability.
  • Temperature protection is adopted to avoid damage from overheating.
  • Adopted with low power consumption electrical components to improve the heating capability.

Optional Configuration

  • Molecular sieve
  • Dew point displaying, dew point as low as -70 ℃
  • High dew point alarm/lock, Higher inlet temperature up to 50 ℃
  • Mounted air filters
  • PLC LCD monitor, communication port, and special voltages.

Technical Specifications: EXR

 

Flow Capacity

Air Conn. (BSP)

Dimensions

 

 

MODEL

m3/min

m3/h

CFM

Width

Length

Height

Weight (kg)

Heater (kw)

EXR-5

0.7

42

25

1/2”

500

690

915

180

0.9

EXR-10

1.6

96

56

1”

500

690

1298

190

0.9

EXR-20

2.6

156

92

1”

500

780

1324

280

1.5

EXR-30

3.8

228

134

1”

540

860

1350

320

1.5

EXR-60

7

420

247

1-1/2”

700

1010

1558

480

2.4

EXR-75

8.5

510

300

1-1/2”

700

1010

1785

540

2.4

EXR-100

11.5

690

406

2”

800

1240

2232

650

4.5

EXR-120

13.5

810

476

2”

800

1240

2232

690

4.5

EXR-150

17

1020

600

DN65

860

1280

2260

780

5.4

EXR-200

23

1380

812

DN65

860

1700

2477

920

7.5

EXR-250

27

1620

953

DN65

930

1320

2570

1050

9

EXR-300

34

2040

1200

DN80

960

1700

2626

1200

10.8

EXR-400

45

2700

1588

DN100

1060

1750

2646

1530

15

EXR-500

55

3300

1941

DN100

1060

1850

2646

1750

18

EXR-600

65

3900

2294

DN125

1240

2160

2784

2230

22.5

EXR-800

87

5220

3071

DN150

1440

2416

2827

2710

28

EXR-1000

110

6600

3883

DN150

2120

2980

2990

4130

37.5

EXR-1200

130

7800

4589

DN150

2220

3080

3030

4700

45

EXR-1500

160

9600

5648

DN200

2320

3180

3316

5800

56

EXR-2000

210

12600

7413

DN200

2520

3380

3360

7370

72

EXR-2500

260

15600

9178

DN250

2720

3580

3596

9020

90

EXR-3000

320

19200

12708

DN250

2970

3580

3606

11900

112.5

EXR-3500

360

21600

14473

DN300

3220

3720

3720

13100

124.8

EXR-4000

410

24600

14473

DN300

3370

3910

3910

14800

145.8

EXR-5000

510

30600

18003

DN300

3600

4200

4200

16000

170

Technical Specifications: KXD + CT

 

Flow Capacity

In/Out

Dimensions

 

Carbon Tank

Activated Alumina

MODEL

m3/min

m3/h

CFM

Connection

Width

Length

Height

Weight (kg)

Size

Weight (kg)

KXD-5

0.7

42

25

1/2”

500

1050

915

180

7.5L

14

KXD-10

1.6

46

56

1”

500

1050

1298

290

14L

32

KXD-20

2.6

156

92

1”

500

1190

1250

420

26.3L

52

KXD-30

3.8

228

134

1”

540

1320

1276

480

42L

76

KXD-50

6

360

212

1-1/2”

600

1470

1805

680

71L

120

KXD-60

7

420

247

1-1/2”

700

1645

1588

720

78L

140

KXD-75

8.5

510

300

1-1/2”

700

1645

1727

810

89L

170

KXD-100

11.5

690

406

2”

800

1900

1958

980

130L

230

KXD-120

13.5

810

476

2”

800

1900

2232

1040

160L

270

KXD-150

17

1020

600

DN65

860

1960

2360

1170

197L

340

KXD-200

23

1380

812

DN65

860

2000

2477

1380

266L

460

KXD-250

27

1620

953

DN65

930

2600

2570

1580

320L

540

KXD-300

34

2040

1200

DN80

960

2700

2626

1800

400L

680

KXD-400

45

2700

1588

DN100

1060

2830

2646

2300

540L

900

KXD-500

55

3300

1941

DN100

1120

2900

2730

1630

656L

1100

KXD-600

65

3900

2294

DN125

1240

3300

2784

3350

808L

1300

KXD-800

87

5220

3071

DN150

1500

3700

2827

4070

1100L

1740

KXD-1000

110

6600

3883

DN150

1700

4150

3038

6200

1400L

2200

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