Cycling Refrigerated Dryer

The Gardner Denver XGCYA Series is a genuine cycling dryer, incorporating innovative features that make it not only the most reliable, but the most energy efficient dryer in its class. An advanced cycling dryer, the XGCYA Series provides significant savings because it does not waste energy costs through continuous operation of its refrigeration system, as do traditional non-cycling dryers. Each component has been designed to provide durability plus maximum energy efficiency.

In addition, this cycling dryer utilizes R513A refrigerant, achieving an 85% reduction in Global Warming Potential (GWP) for increased sustainability. The net effect is a GWP of less than 700. While the larger ranges utilize R454B, offering a more sustainable way to keep air quality steady and production running strong.

  • 10-1600 SCFM
  • Integrated Pre‑ and Post‑Filters
  • Low‑GWP Refrigerants: R513A for smaller frames and R454B for larger frames
  • Improved Energy Efficiency: The updated design improves efficiency by at least 10% over legacy dryers, helping users reduce operating
  • Reduced Power Consumption: Larger mid‑range models can achieve significantly lower power usage, directly reducing long‑term energy
  • Lower Pressure Drop: Enhanced internal flow design minimizes pressure loss, improving overall system performance and reducing strain on the air compressor
  • 39°F Pressure Dew Point Performance: Maintains a steady 39°F PDP, ensuring consistent moisture removal to protect downstream processes and equipment
  • UL 60335‑1 & UL 60335‑2‑40, CSA 22.2 Certified

The superior performance of the XGCYA Series dryer can be attributed to the effective heat transfer capabilities of the exchanger design utilized throughout the compressed air circuit. The dryer design includes a pre-cooling system with heat exchangers to properly condition the air for drying. A re-heater section of the dryer's air side also uses these high-performance heat exchangers to prepare the dried compressed air for re-entry into the air system. This prevents pipe sweating and readies the compressed air for use in process applications.

 

Best in class energy consumption: Patented heat exchanger, precooler/reheater, low pressure loss and R-513a/R-454b refrigerant lower your energy costs.

Efficient operation: Storing cold energy as thermal mass reduces the dryer compressor’s running time along with an electronic, no-loss drain that prevents compressed air loss

100% Corrosion-Resistant Construction permits optimal heat transfer, in the most demanding applications 

Air Circuit Heat Exchangers combine a high heat transfer coefficient with unmatched low pressure drop via standard precooler/reheater resulting in consistent ISO Class 4 Dew Point

Model

Inlet

Flow

Pressure

Drop

Voltage

In/out Air

Connect Size

Power Consumption

Refrigerant

Overall Dimensions

Ship Weight

 

SCFM

NM3/H

PSI

 

 

KW

 

W (IN.)

D (IN.)

H (IN.)

W (MM)

D (MM)

H (MM)

LBS.

KG

XGCYA10

10

17

0.46

NA

1/2" 

0.35

R-513A

26.5

15.2

19.7

673

386

500

130

59

XGCYA18

18

31

0.8

NA

1/2" 

0.43

R-513A

26.5

15.2

19.7

673

386

500

130

59

XGCYA25

25

42

1.22

NA

1/2" 

0.45

R-513A

26.5

15.2

19.7

673

386

500

135

61

XGCYA35

35

60

2.1

NA

1/2" 

0.53

R-513A

26.5

15.2

19.7

673

386

500

140

65

XGCYA50

50

85

0.77

NA

3/4" 

0.68

R-513A

26.5

15.2

19.7

673

386

500

145

66

XGCYA75

75

128

1.38

NA

1" 

0.94

R-513A

30.4

16.6

22.4

772

422

569

175

80

XGCYA100

100

170

2.36

NA

1" 

0.98

R-513A

30.4

16.6

22.4

772

422

569

180

82

XGCYA125

125

213

3.56

NA

1" 

1.1

R-513A

30.4

16.6

22.4

772

422

569

185

84

XGCYA150

150

255

1.8

NA

1 1/2" 

1.25

R-513A

37.5

19.66

30.25

953

499

768

263

119

XGCYA200

200

340

1.9

NA

1 1/2" 

1.9

R-513A

49.25

22.91

32.52

1251

582

826

490

222

XGCYA250

250

425

2.1

NA

1 1/2" 

2.1

R-513A

49.25

22.91

32.52

1251

582

826

490

222

XGCYA300A

300

510

1.9

460/3/60

2" 

2.4

R-513A

34.0

49.2

55.6

863.6

1249.7

1412.3

875

397

XGCYA300W

300

510

1.9

460/3/60

2" 

1.5

R-513A

34.0

49.2

48.1

863.6

1249.7

1221.8

815

370

XGCYA400A

400

680

2.7

460/3/60

2" 

3

R-513A

34.0

49.2

55.6

863.6

1249.7

1412.3

895

406

XGCYA400W

400

680

2.7

460/3/60

2" 

1.9

R-513A

34.0

49.2

48.1

863.6

1249.7

1221.8

840

381

XGCYA500A

500

850

1

460/3/60

3" 

2.7

R-513A

41.4

57.5

59.8

1051.6

1460.5

1519.0

1341

608

XGCYA500W

500

850

1

460/3/60

3" 

2.2

R-513A

41.4

57.5

53.4

1051.6

1460.5

1356.4

1299

589

XGCYA600A

600

1020

1.1

460/3/60

3" 

2.9

R-513A

41.4

57.5

59.8

1051.6

1460.5

1519.0

1366

620

XGCYA600W

600

1020

1.1

460/3/60

3" 

2.6

R-513A

41.4

57.5

53.4

1051.6

1460.5

1356.4

1325

601

XGCYA700A

700

1190

1.7

460/3/60

3" 

4.4

R-513A

41.4

57.5

59.8

1051.6

1460.5

1519.0

1391

631

XGCYA700W

700

1190

1.7

460/3/60

3" 

1.7

R-513A

41.4

57.5

53.4

1051.6

1460.5

1356.4

1349

612

XGCYA800A

800

1360

2.2

460/3/60

3" 

4.8

R-513A

41.4

57.5

59.8

1051.6

1460.5

1519.0

1416

643

XGCYA800W

800

1360

2.2

460/3/60

3" 

2.2

R-513A

41.4

57.5

53.4

1051.6

1460.5

1356.4

1376

625

XGCYA1000A

1000

1699

1.8

460/3/60

4

11

R-454B

40.7

78.9

82.5

1034

2004

2096

1928

875

XGCYA1200A

1200

2039

2.51

460/3/60

4

12.3

R-454B

40.7

78.9

82.5

1034

2004

2096

1928

875

XGCYA1600A

1600

2718

4.4

460/3/60

4

15.7

R-454B

40.7

78.9

82.5

1034

2004

2096

1928

875

XGCYA1000W

1000

1699

1.8

460/3/60

4

9.8

R-454B

40.7

78.9

72.2

1034

2004

1834

1964

891

XGCYA1200W

1200

2039

2.51

460/3/60

4

10.8

R-454B

40.7

78.9

72.2

1034

2004

1834

1964

891

XGCYA1600W

1600

2718

4.4

460/3/60

4

12.7

R-454B

40.7

78.9

72.2

1034

2004

1834

1964

891

Specified in accordance with ISO 7183, Table 2, A2

100 PSIG/100°F Inlet/100°F Ambient/100% Relative Humidity

See Price Book for additional Voltages

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