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Refrigerated Air Dryer | Kill Moisture, Save YOUR Machinery | 3°C Dew Point Dryer | 40% Energy Cut

Refrigerated Air Dryer | Kill Moisture, Save YOUR Machinery | 3°C Dew Point Dryer | 40% Energy Cut

Rust in YOUR Pipes is Costing YOU $1,000s.
When wet air attacks your pneumatic tools, rusts your valves, and ruins your paint finish, it’s silently draining your profits.


Product Detail

Product Tags

天尔冷干机_01

OUR DRYER DEFENDS YOUR OPERATION:

Stop YOUR Corrosion Nightmares

Cools air to 3°C dew point – killing moisture that eats your pipes and seizes your cylinders. Extend your equipment life by 5 years.

Slash YOUR Energy Bills

Vortex heat exchanger cuts your power consumption by 40% vs old dryers. Recovers enough heat to warm your factory office in winter.

Protect YOUR Product Quality

Delivers ISO 8573-1 Class 4 air (0.1g/m³) so moisture won’t blister your paint or clump your powder coating.

End YOUR Maintenance Hassles

Auto-drain flushes sludge while your team sleeps. Zero filter changes for your 24/7 production. Save your 8 monthly labor hours.

Survive YOUR Harsh Plant

Stainless steel coils laugh at your 45°C workshop heat. IP54 rating endures your dusty foundry or humid dock.

Plug into YOUR Existing Line

Bolt-on in 20 minutes with your standard tools. Fits your 50-500 CFM system like a glove.

Product Details

Product Details

天尔冷干机_03
空压机组(硬管)

Product Parameters

Compressed air intake temperature correction coefficient table C1

Intake air temperature (℃)

32

35

38

40

42

45

50

55

60

Correction factor

1.53

1.39

1.25

1.2

1.06

1

0.83

0.68

0.58

Intake pressure correction coefficient table C2

Inlet pressure (MPa)

0.4

0.5

0.6

0.7

0.8

0.9

1.0

Correction factor

0.76

0.86

0.93

1

1.04

1.07

1.12

Pressure dew point correction factor C3

Pressure dew point (℃)

3

7

10

Correction factor

0.7

0.85

1.00

Ambient temperature correction factor C4

Ambient temperature (℃)

25

30

35

38

40

45

Correction factor

1.10

1.06

1.03

1.00

0.96

0.71

* The air flow under different working conditions can be obtained by multiplying the nominal flow in the specification parameter table by the correction coefficient, the actual drying capacity = nominal flow * (coefficient C1 * coefficient C2 * coefficient C3 * coefficient C4)

Specifications Of Air-Cooled Refrigeration Dryer

TYPE

AIR handling
capacity
(Nm³/min)

refrigeration
compressor
power(kw)

power supply
(V/Hz)

INLET/OUTLET

Dimensions(mm)

Matched air
compressor
power(kw)

weight(kg)

length

width

height

RD-015

1.5

0.59

220

G1"

730

420

770

7.5

61

RD-020

2

0.59

220

G1"

730

420

770

11

61

RD-026

2.6

0.75

220

G1"

730

420

800

15

68

RD-038

3.8

0.88

220

G1-1/2"

780

540

1010

22

102

RD-069

6.9

1.24

220

G1-1/2"

1000

540

1010

37

138

RD-110

11.0

1.73

220

G2"

1240

650

1140

55

205

RD-140

14.0

2.6

380

G2-1/2"

1240

650

1140

75

215

RD-180

18.0

2.8

380

G2-1/2"

1400

700

1260

90

283

RD-220

22.0

3.0

380

DN80

1450

700

1340

110

324

RD-280

28.0

3.75

380

DN80

1450

700

1340

150

358

RD-320

32.0

4.66

380

DN80

1550

750

1400

160

408

RD-380

38.0

6.49

380

DN100

1900

950

1620

200

585

RD-460

46.0

8.85

380

DN100

1900

950

1620

250

630

RD-550

55.0

9.98

380

DN125

2100

1000

1790

315

815

RD-670

67.0

10.5

380

DN150

2100

1400

2000

355

1106

RD-750

75.0

11.25

380

DN150

2100

1450

2150

400

1223

RD-850

85.0

13.5

380

DN150

2100

1450

2250

450

1685

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