Desiccant Air Dryers
  

An air dryer is an integral piece in your air treatment system, making Ingersoll Rand's wide knowledge and expertise in this field a key aspect to the success of your compressed air system. Ingersoll Rand has the widest selection of air treatment products and application knowledge to protect your investment and compressed air system.

Our reliable high strength, non-acidic desiccant provides maximum performance and is easily stored and handled. Environmentally friendly, it eliminates worries associated with other types of dryers, such as refrigerant leaks, spills and disposal.

  

  
 

Designed for reliability

When we designed the Ingersoll Rand heatless, heated and heated blower desiccant dryers we set our sights on creating the most reliable desiccant dryers you can purchase and operate. And our success was extraordinary. We set a new standard, and, in fact, re-wrote the book.
One look tells you that these dryers are like no others…extremely low silhouette… manifolds and valves within an arm's reach of the operator…readily accessible fill and drain ports…just a few of the differences apparent on the outside.

 
 
 
Low profile design

Our easy access design places key maintenance points at operator level for faster servicing and less downtime. The lower silhouette also allows upright shipment and facilitates installation.

  
 
Easy to maintain
high performance valves

With manifolds angled toward the center at operator level, the valves are easily accessed for maintenance. A typical diaphragm valve in a heatless dryer can be rebuilt in less than ten minutes, without removing the valve from the manifold.

  
  
 

 

State of the art controller

The advanced microprocessor-controller maintains dryer performance at optimum levels. It constantly monitors dryer functions and provides alert when maintenance is required so that downtime is held to a minimum.

  
  
 
Ingersoll Rand HL Heatless Desiccant Dryer

While reliability has been a key focus of its design, the Ingersoll Rand HL heatless desiccant dryer is also a leader in its class for energy efficiency and the health and safety of operating personnel and the environment.

 
    Designed to ensure a constant –40°F (-40°C) or optionally –100°F (-70°C) pressure dew point, virtually eliminating costly interruption of production due to moisture
 
    Estrategic pre-filter and after-filter
 
    Switching valves are normally open and purge valves normally closed, to allow air flow through the dryer in case of power loss.
 
    NEMA 4 package: electrical enclosure to protect against water and condensation; advanced digital electronic controller; compressor interlock feature
  
  
Ingersoll Rand EH Heated Desiccant Dryers

Ingersoll Rand EH heated desiccant dryers incorporate an external heater to heat dry purge air. This allows EH dryers to divert significantly less dry air from the air system for regenerating desiccant than is required by heatless dryers.

 
    Available in sizes ranging from 400 SCFM (11.3 nm3/min.) to 2100 SCFM (59.5 nm3/min.), Ingersoll Rand EH dryers deliver –40°F (-40°C) pressure dew point air for critical applications.
 
    The EH dryers use high performance ball or butterfly non-lubricated valves for switching and purge operations, designed specifically for high temperature applications and feature stainless steel internals, filled PTFE seats, and include double-acting pneumatic actuators.
 
    EH heated models provide the reliability and safety features of heatless dryers, with increased energy efficiency. These features include heatless backup mode in the event of heater or blower malfunction, and an innovative solid-state relay heater control to extend valve and heater life. NEMA 4 electrical enclosures are standard and include an advanced multi-function digital controller.
  
  
 
Ingersoll Rand
HB Heated Blower Desiccant Dryers

Ingersoll Rand HB heated blower desiccant dryers are equipped with dedicated durable centrifugal blowers to provide purge air for regeneration, eliminating the need to divert dry compressed air from the air system. Instead, the blower directs ambient air through an external heater and then through the off-line tower to regenerate the desiccant. This means more compressed air is available for critical downstream applications.

 
    Available in sizes from 1000 SCFM (28.3 nm3/min.) to 8000 SCFM (226.5 nm3/min.), Ingersoll Rand HB dryers deliver –40°F (-40°C) pressure dew point air.
 
    HB heated blower models provide the reliability and safety features of heatless dryers, with increased energy efficiency. These features include heatless backup mode in the event of heater or blower malfunction, and an innovative solid-state relay heater control to extend valve and heater life. NEMA 4 electrical enclosures are standard and include an advanced multi-function digital controller.
  
  

  

Model
Capacity
Heater
Blower
In/Out
Dimensions in./(mm)
Weight
 
SCFM
nm3/min.
kW
hp/(kW)
Connection in.
Width
Depth
Height
lbs./(kg)
HL120
120
3.4
1.0 NPT
40.5/(1029)
30/(762)
63/(1600)
563/(256)
HL160
160
4.5
1.5 NPT
44.5/(1130)
33/(838)
66/(1676)
707/(321)
HL200
200
5.7
1.5 NPT
44.5/(1130)
33/(838)
66/(1676)
731/(332)
HL250
250
7.1
1.5 NPT
48.5/(1232)
33/(838)
67/(1702)
869/(395)
HL300
300
8.5
2.0 NPT
48.5/(1232)
34/(864)
67/(1702)
924/(419)
HL400
400
11.3
2.0 NPT
52.5/(1334)
36/(914)
68/(1727)
1115/(506)
HL500
500
14.2
2.0 NPT
56.5/(1435)
40/(1016)
82/(2083)
1564/(710)
HL600
600
17.0
2.0 NPT
56.5/(1435)
40/(1016)
82/(2083)
1664/(755)
HL800
800
22.7
3.0 NPT
64/(1626)
52/(1321)
88/(2235)
2017/(916)
HL1000
1000
28.3
3.0 NPT
64/(1626)
52/(1321)
88/(2235)
2237/(1016)
HL1200
1200
34.0
3.0 NPT
64/(1626)
52/(1321)
88/(2235)
2424/(1100)
HL1500
1500
42.5
4.0 FLG
78.5/(1994)
55/(1397)
81/(2057)
2974/(1350)
HL1800
1800
51.0
4.0 FLG
84/(2134)
61/(1549)
94/(2388)
3905/(1773)
 
EH400
400
11.3
4.5
2.0 NPT
56.5/(1435)
38/(965)
82/(2083)
1539/(699)
EH500
500
14.2
4.5
2.0 NPT
56.5/(1435)
40/(1016)
82/(2083)
1707/(775)
EH600
600
17.0
6
3.0 NPT
64/(1626)
52/(1321)
86/(2184)
2369/(1076)
EH800
800
22.7
7.5
3.0 NPT
64/(1626)
52/(1321)
86/(2184)
2681/(1217)
EH1000
1000
28.3
9
3.0 NPT
78.5/(1994)
57/(1448)
80/(2032)
3043/(1382)
EH1200
1200
34.0
12
3.0 NPT
78.5/(1994)
57/(1448)
80/(2032)
3285/(1491)
EH1500
1500
42.5
15
3.0 NPT
84/(2134)
57/(1448)
92/(2337)
4480/(2034)
EH1800
1800
51.0
18
4.0 FLG
84/(2134)
68/(1727)
92/(2337)
4956/(2250)
EH2100
2100
59.5
18
4.0 FLG
84/(2134)
67/(1702)
92/(2337)
5350/(2429)
                   
HB1000
1000
28.3
24
7.5/(5.6)
3.0 NPT
78.5/(1994)
57/(1448)
80/(2032)
3767/(1710)
HB1200
1200
34.0
24
7.5/(5.6)
3.0 NPT
78.5/(1994)
57/(1448)
80/(2032)
4091/(1857)
HB1500
1500
42.5
30
15/(11.2)
3.0 NPT
98/(2489)
65/(1651)
92/(2337)
5515/(2504)
HB1800
1800
51.0
36
15/(11.2)
4.0 FLG
98/(2489)
65/(1651)
92/(2337)
6113/(2775)
HB2100
2100
59.5
45
15/(11.2)
4.0 FLG
98/(2489)
65/(1651)
92/(2337)
6911/(3138)
HB3000
3000
84.9
60
20/(14.9)
6.0 FLG
120/(3048)
77/(1956)
100/(2540)
9730/(4417)
HB4000
4000
113.3
80
25/(18.7)
6.0 FLG
126/(3200)
82/(2083)
92/(2337)
12167/(5524)
HB5000
5000
141.6
100
30/(22.4)
6.0 FLG
138/(3505)
87/(2210)
97/(2464)
13375/(6072)
HB6000
6000
169.9
125
30/(22.4)
6.0 FLG
150/(3810)
92/(2337)
103/(2616)
16000/(7264)
HB8000
8000
226.5
175
40/(29.8)
8.0 FLG
168/(4267)
98/(2489)
105/(2667)
19900/(9035)
Performance data per CAGI Standard 200 ADF 200
Maximum working pressure is 150 psig (10.3 barg)
Desiccant is factory installed on all models except HB3000 to HB8000
Dimensions and weights are approximate

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HBR was founded in 1985 with a focus on distribution of equipament for the compressed air market.

 

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