SPX Hankison Descicant Air Dryers

HDB Series

HHS / HHL / HHE Series

HBP Series

HPD Series

HDW Series

HEA Series

HBP SERIES

Blower Purge Desiccant Compressed Air Dryers

HBP SERIES DRYERS PRODUCE 100% EFFICIENT AIR SYSTEMS

HBP Series Dryers produce 100% efficient air systems. Since 1948, compressed air users have relied on Hankison to provide compressed air treatment solutions for applications around the world. HBP Series dryers improve air system efficiency by the use of a dedicated axial blower, instead of a percentage of dehydrated purge air, to regenerate the off-line desiccant tower. ISO 8573.1 Class 2 (-40°F/-40°C) dew point performance is guaranteed.

REDUCE ENERGY CONSUMPTION

As the air compressor is the most costly system component to purchase and, it uses  more electrical energy than the rest of the system combined, it is wise to ensure that the smallest air compressor is installed. HBP Series dryers are 100% efficient at delivering full supply-side compressor capacity. Therefore, users benefit from the ability to purchase a less expensive air compressor and, a 20% reduction in compressor operating costs.

Model

Flow Capacity (NM3/min)

Dimension(mm)

Inlet / Outlet

Connection

(FLG)

Blower

(kW)

Heater Rated Output (kW)

Full Load

(average, kW)

Weight (kg)

H

W

D

HBP 14.1

14.16

2664

1346

1491

2” PT

1.75

10

10

846

HBP 16.9

16.99

2753

1397

1531

2” PT

2.55

12

12

958

HBP 21.2

21.24

2903

1524

1734

3” FLG

2.55

14

14

1114

HBP 25.4

25.49

2903

1524

1734

3” FLG

4.6

16

16

1121

HBP 29.7

29.73

3050

1495

1800

3” FLG

3.7

19

16

1352

HBP 36.8

36.81

3025

1598

1800

3” FLG

6.3

23

18

1622

HBP 42.4

42.48

3050

1648

1950

3” FLG

8.6

28

21

2431

HBP 50.9

50.97

3050

1780

1950

3” FLG

8.6

33

26

2431

HBP 62.2

62.30

3200

2004

2050

4” FLG

12.6

40

34

3637

HBP 73.6

73.62

3350

1778

2200

4” FLG

11.0

45

36

3685

HBP 90.6

90.61

3460

2250

2800

4” FLG

5.6

54

38

4233

HBP 101.9

101.94

3500

2350

2900

6” FLG

7.5

60

45

4460

HBP 121.7

121.76

3460

2350

3050

6” FLG

7.5

70

50

5602

HHS / HHL / HHE SERIES

Since 1948, sensitive applications requiring clean, dry, compressed air have turned to Hankison for the optimal solution. Utilizing twin towers filled with premium grade activated alumina, Hankison Heatless dyers are available with 3 application specific control systems to rreet the needs of industry with economy and Performance. Hankison HF18 HHL or HHE Series heatless desiccant dryers provide consistent outlet pressi re dew points to -100°F (-73°C).

Microelectronics, food packaging, paper, glass, pharmaceutical, powder painting hospital laboratories: these industries are a small representative sample of in di stries utilizing desiccant dryers. They all have one thing in common._ they need to save space on the factory/laboratory floor. HH Seriei sleek designs and compact footprints help engineers address those needs.

Consistent Outlet Pressure Dew Points: Industry-Leading Desiccant Beds

Premium grace desiccant beads offer enhanced surface area and high crush strength vhidi prolongs bed life

Large desiccant beds ensure 4.8 seconds of contact time…allows wet, saturated air at the dyer inlet to be dried to the required dew point

30% extra desiccant provided to compensate for natural bed aging…ensures top performance over expected 3 to 5 years of desiccant bed life

Large flow diffuses ensure even flow distribution through the bed and eliminate channeling

Towers are sired so that air velocity through he bed won’t fluidize the desiccant which prevents bed movement and desiccant dusting

Up-flow drying a loins water and heavy contaminants to drop out of the air stream as they enter a tower which Protects the bed from contamination. This makes it simple to discharge he contaminants when the tower depressurizes.

Cleanable stainless steel how diffuses / support screens and separate fill and drain ports for ease of desiccant replacement

Safety Built To Code

Pressure vessels are ASME Certified (Option: consult factory for the local vessel code)

Heavy-duty mufflers for quiet operation – dyers shipped with an extra set of mufflers

NEMA 4 electrical construction is standard

Pressure relief valves are standard

Model

Flow Capacity (NM3/min)

Dimension(mm)

Inlet / Outlet
Connection
(FLG)

Weight (kg)

H

W

D

HHS / HHL / HHE 1.1

1.13

1235

884

884

1” PT

166

HHS / HHL / HHE 1.6

1.69

1616

884

884

1” PT

202

HHS / HHL / HHE 2.5

2.55

2047

984

984

1” PT

261

HHS / HHL / HHE 3.2

3.26

1437

1264

1264

1” PT

311

HHS / HHL / HHE 4.6

4.67

1437

1264

1264

1” PT

311

HHS / HHL / HHE 7.3

7.37

1894

1305

1305

2” PT

458

HHS / HHL / HHE 10.4

10.48

1658

1470

1470

2” PT

551

HHS / HHL / HHE 12.7

12.74

1861

1470

1470

2” PT

612

HHS / HHL / HHE 16.7

16.71

2631

1387

1387

2” PT

668

HHS / HHL / HHE 21.2

21.24

2720

1438

1438

2” PT

968

HHS / HHL / HHE 26.3

26.33

2841

1603

1603

2” PT

1095

HHS / HHL / HHE 31.9

32.00

2924

1673

1673

3” FLG

1304

HHS / HHL / HHE 38.2

38.23

3051

1724

1724

3” FLG

1688

HHS / HHL / HHE 43.8

43.89

2980

1876

1876

4” FLG

1890

HHS / HHL / HHE 59.4

59.47

3026

2080

2080

4” FLG

2004

HHS / HHL / HHE 84.9

84.95

3180

2172

2172

4” FLG

4087

HHS / HHL / HHE 116.0

116.10

3158

2537

2537

6” FLG

4500

HHS / HHL / HHE 152.9

152.91

3158

2667

2667

6” FLG

5445

HPD SERIES

Slash Purge Air Energy Costs

Since 1948, compressed air users have relied on Hankison to provide compressed air treatment products with integrity. Global demand for Air Quality Class 3 and our advanced Ambient Air Amplification (A3) Purge Technology'” wades us to offer you externally heated purge desiccant dryers with dew mint performance guaranteed tom 8.5 to 90.6 Nm3/min.

Standard HPD Series Dryers —20°C to —40°C Pressure Dew Points

Designed for applicantions that were previously forced to accept a -40°C pressure dew point when simple protection against seasonal freezing is the issue. The standard design delivers ISO 8573.1 dew points between Class 2 and Claw 3 automatically. Class 2 (-40°C) dew mints protect against freezing during low ambient conditions and Class 3 (-20°C) dew mints keep your air system bone dry during the heat of summer. applications that require Class 2 (-40°C) dew points year round simply need to select the Free-Air (FA) Supercharger option package.

Model

Flow Capacity (NM3/min)

Heater Rated Output (kW)

Average (kW)

Dimension(mm)

Inlet / Outlet
Connections

Weight (kg)

H

W

D

HPD 8.5

8.50

4.5

2.00

2480

1207

1164

1 – 1/2”
PT

617

HPD 11.3

11.33

6.0

2.67

2649

1346

1315

1 – 1/2”
PT

806

HPD 14.1

14.16

6.0

3.34

2664

1346

1315

2” PT

806

HPD 16.9

16.99

8.0

4.01

2753

1397

1340

2” PT

897

HPD 21.2

21.24

10.0

5.01

2903

1524

1503

3” FLG

1054

HPD 25.4

25.49

12.0

6.01

2895

1524

1503

3” FLG

1061

HPD 29.7

29.73

14.0

7.01

2870

1626

1580

3” FLG

1277

HPD 36.8

36.81

16.0

8.68

2997

1676

1605

3” FLG

1509

HPD 42.4

42.48

19.0

10.00

2946

2032

1682

3” FLG

2311

HPD 50.9

50.97

23.0

12.00

2946

2032

1682

3” FLG

2311

HPD 62.2

62.30

27.5

14.70

3246

2159

1855

4” FLG

3517

HPD 73.6

73.62

32.0

17.40

3246

2159

1855

4” FLG

3517

HPD 90.6

90.61

39.0

21.40

3183

2464

2090

6” FLG

4066

HDW SERIES PRESSURE-SWING
DESICCANT COMPRESSED AIR DRYERS

PROTECTS AIR SYSTEMS EXPOSED TO TEMPERATURES BELOW FREEZING

Produces pressure dew point of -40°C

Fully Enclosed Wall-mounted Package delivers dew points of ISO 8573.1 Class 2 (-40°C, -40°F). Labs, Hospitals, and Hi-Tech installations all benefit with dry air and more floor space.

  • Flow rates from 0.29 Nm3/min to 1.01 Nm3/min (10 to 35 scfm)
  • Highly accurate solid state timer
  • Front mounted control panel
  • Clean, streamlined piping and utility connections simplify installation
  • Automatic operation and stored absorptive energy result in long desiccant life
  • HK Series coalescing filter packages available
  • Stainless steel vessels, support screens and air diffusers
  • Furnished in cabinet for easy wall mounting

FEATURES

  • Consistent outlet pressure dew points
    Large desiccant beds produce -40°C (-40°F) pressure dew point [equals an atmospheric dew point of -57°C (-71°F)]
  • Minimum purge air usage
    Saving the heat of adsorption maximizes the moisture holding capacity of the purge air, minimizing the amount required
  • Long desiccant life
    Beds sized to prevent fluidization plus slow and complete regeneration prevent desiccant movement and deterioration
  • Heavy duty purge exhaust muffler for quiet operation
  • Non-lubricated, soft seated control valves

Highly accurate solid state timer

  • Automatic operation for reliability and long desiccant life.
  • Allows off-stream tower to fully repressurize before going on-stream…prevents bed movement and loss of pressure downstream

Front mounted control panel

  • Power on light
  • Lighted on-off switch
  • Active tower indicator lights

HK Series coalescing filter packages

  • Type H oil removal prefilter to 0.01 micron
  • Type D dry desiccant afterfilter (1 micron)

Stainless steel vessels, support screens and air diffusers

(top and bottom of vessels)

  • Easily removed for cleaning
  • Filters out gross contaminants…protects valves
  • Prevents channeling
  • Maximum corrosion resistance

Furnished in cabinet for easy wall mounting

  • Completely assembled, piped and wired
  • Shipped with full charge of desiccant
  • Only hook-up of utilities is needed to operate
  • 1.8 m (6′) cord set standard

Model

Flow Capacity (NM3/min)

Unit (kW)

Power Supply

Inlet / Outlet
Connections
(inch)

Dimension(mm)

Weight (kg)

H

W

D

HDW 0.2

0.29

0.05

220 – 240 V
1PH
50 – 60 Hz

PT 1/2”

775

445

170

25

HDW 0.4

0.43

775

445

170

27

HDW 0.5

0.58

775

445

170

32

HDW 0.7

0.72

803

619

217

42

HDW 1.0

1.01

803

619

217

45

HEA SERIES PRESSURE-SWING
DESICCANT COMPRESSED AIR DRYERS

PROTECTS AIR SYSTEMS EXPOSED TO TEMPERATURES BELOW FREEZING

Produces pressure dew point of -40°C

Delivers dew points of ISO 8573.1 Class 2 (-40°C, -40°F). Labs, Hospitals, Hi-Tech, and Light Industrial installations all benefit with dry air and more floor space.

  • Flow rates from 1.5 Nm3/min to 17.3 Nm3/min (55 to 600 scfm)
  • Highly accurate solid state timer
  • Front mounted control panel
  • Clean, streamlined piping and utility connections simplify installation
  • Automatic operation and stored absorptive energy result in long desiccant life
  • HK Series coalescing filter packages available
  • ASME steel vessels, support screens and air diffusers

FEATURES

  • Consistent outlet pressure dew points – large desiccant beds produce -40°C (-40°F) pressure dew point [equals an atmospheric dew point of -57°C (-71 °F)]
  • Minimum purge air usage – saving the heat of adsorption maximizes the moisture holding capacity of the purge air, minimizing the amount required
  • Long desiccant life – beds sized to prevent fluidization plus slow and complete regeneration prevent desiccant movement and deterioration
  • Heavy duty purge exhaust muffler for quiet operation
  • Non-lubricated, soft seated control valves

Highly accurate solid state timer

  • Provides increased desiccant life over units operating on shorter cycles
  • Allows off-stream tower to fully repressurize before going on-stream…prevents bed movement and loss of pressure downstream

Accurate and durable process valves

  • Inlet/outlet shuttle valves automatically shift to the low pressure side of the circuit to control process flow
  • Shuttle valve life tested to >500,000 cycles
  • Purge/repressurization valves are normally closed, pneumatic piston actuated y-angle poppet valves or direct acting solenoid valve.

Front mounted control panel

  • Power on light
  • Lighted on-off switch
  • Active tower indicator lights

HK Series coalescing filter packages

  • Type H oil removal prefilter to 0.01 micron
  • Type D dry desiccant afterfilter (1 micron)

ASME code vessels, support screens and air diffusers

(top and bottom of vessels)

  • Easily removed for cleaning
  • Filters out gross contaminants…protects valves
  • Prevents channeling
  • Completely assembled, piped and wired
  • Shipped with full charge of desiccant
  • Only hook-up of utilities is needed to operate

Model

Flow Capacity (NM3/min)

Unit (kW)

Power Supply

Inlet / Outlet
Connections
(inch)

Dimension(mm)

Weight (kg)

H

W

D

HEA 1.5

1.56

0.05

220 – 240 V
1 PH
50 – 60 Hz

PT 1”

1193

720

700

45

HEA 2.8

2.89

1725

720

700

95

HEA 4.6

4.63

1637

820

700

125

HEA 5.7

5.79

PT 2”

1905

825

700

175

HEA 7.9

7.96

1765

975

800

225

HEA 10.1

10.13

1653

1055

800

326

HEA 13.7

13.74

1783

1125

800

517

HEA 17.3

17.36

1745

1235

800

761

HDB SERIES

Blower Non-purge Desiccant Air Dryer

Moisture can be a real problem in a compressed air system. The air outlet temperature of a compressor / after-cooler package is typically 25-50C and saturated with water vapor, which results in significant amounts of liquid downstream. The moisture in a compressed air system can cause serious problems ranging from products spoilage to equipment malfunction, thus making an air dryer is a critical component in any compressed air system.

Our HDB series compressed air dryer reduces the concentration of water vapor and decreases the pressure dew point of the air to -40C (Optional: -73C)

HDB compressed air dryers use porous materials (desiccants) to adsorb moisture from the compressed air. For regeneration, heated ambient air is used instead of expensive purge air to desorb moisture from the regenerating bed. No purge loss means DRYER-IN is almost same as DRYER-OUT.

FEATURES

Reliable pressure dew point

  • Minimize the dew point spike during tower change
  • Stable -40C PDP (Optional -73C PDP)

Energy saving

  • High efficiency blower integrated
  • Regeneration by ambient air
  • No-purge loss
  • Low pressure drop < 0.1 bar
  • Adjustable operating cycle 8 – 48 hours (Standard: 12 hours cycle)

Easy maintenance

  • No needs cooling water nor water filter
  • No needs hot air piping (-40C PDP dryer)

ASME standard

Model

Flow Capacity (NM3/min)

Heater  (kW)

Power Consumption
(kW)

Fan (kW)

In / Out
Connections
(FLG)

Dimension(mm)

Weight (kg)

H

W

D

HDB 28.3

28.33

23

16.5

3

DN80

2864

2400

1640

2150

HDB 35.0

35.00

27

18.5

3

DN80

2950

2400

1640

2340

HDB 41.6

41.67

31

21.3

5.5

DN80

2872

2700

1730

2700

HDB 48.3

48.33

39

26.7

5.5

DN100

2872

2800

1840

3250

HDB 55.0

55.00

42

30

5.5

DN100

3100

2800

1840

3560

HDB 70.0

70.00

51

35.7

5.5

DN150

3136

3350

1695

4200

HDB 88.3

88.33

66

46.5

7.5

DN150

3220

3350

2180

5400

HDB 100.0

100.00

82

57.5

7.5

DN150

3327

3800

2280

6900

HDB 116.6

116.67

85

61

7.5

DN150

3200

4000

2360

7100

HDB 133.3

133.33

101

70.3

11

DN150

2800

5070

2190

8200

HDB 141.6

141.67

113

78.7

11

DN200

3050

5270

2360

9800

HDB 183.3

183.33

132

92.8

11

DN200

3050

5370

2445

11000

HDB 225.0

225.00

164

113.8

15

DN200

3100

5670

2643

14500

HDB 250.0

250.00

200

156

16

DN250

3535

5770

2765

15950

HDB 300.0

300.00

244

191

20

DN250

3606

6059

2903

17545

HDB 333.3

333.33

273

213

22

DN300

3678

6362

3048

19300

HDB 383.3

383.33

310

243

25

DN300

3715

6680

3200

21230

HDB 450.0

450.00

356

278

29

DN300

3752

7014

3360

23353

HDB 533.3

533.33

432

338

35

DN350

3790

7365

3528

25688

HDB 616.6

616.67

496

388

40

DN350

3411

7733

3704

28257

HDB 766.6

766.67

611

478

49

DN400

3752

8120

3889

31083