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Desiccant Compressed Air Dryers

High Pressure Twin Tower Dryers

Investing in the nano DHP high-pressure twin tower desiccant compressed air dryers is the best decision for your high-pressure compressed air system. These dryers are specifically designed to remove water vapor from your system, ensuring that your system's pressure dewpoint is lowered to -40°F as standard (-4°F and -67°F optional). The welded twin tower design is engineered with materials that meet the highest safety standards. It is the safest and most reliable option for various applications such as electronics, marine and offshore, military, chemical manufacturing, aerospace, compressed natural gas (CNG), and biogas. Don't compromise on safety and reliability - choose the nano DHP high-pressure twin tower desiccant compressed air dryers and experience the difference.

Key Specs:

Flow Rate

42 to 918 scfm

Connection

1⁄2" to 3⁄4" NPT

Air Quality

ISO 8573.1:2010 Class 1, 2

Product Documentation

nano-purification solutions product brochure with equipment details

DHP High Pressure Twin Tower Desiccant Dryers

Product Brochure

Filename
EN-D4-DHP-brochure-twin-tower-high-pressure-heatless-desiccant-dryers.pdf
Size
868 KB
Format
application/pdf
View
ISO compressed air quality standards brochure

ISO Compressed Air Quality Standards

Support Brochure

Filename
EN-ISO-brochure-compressed-air-quality-standards.pdf
Size
7 MB
Format
application/pdf
View
equipment user guide product manual

DHP High Pressure Twin Tower Desiccant Dryers

User Guide

Filename
D4-DHP-5-350-operating-manual-desiccant-adsorption-dryer.pdf
Size
2 MB
Format
application/pdf
View

Features

These models offer high pressure filtration connected with high pressure 316 stainless steel pipe work and fittings included as standard (0.01 micron pre-filter and 1 micron after-filter).

The included rugged and reliable control valves provide excellent flow capacity and are designed for durability, ease of maintenance, and a long service life

 The standard energy saving dew point control continually monitors outlet dew point for maximum energy savings

Specifications of our models

Dryer Model

Inlet & Outlet 

Rated Flow at 1450, 3625 or 5075 psig 

NPT

scfm

DHP / 100 (1450 psig)

DHP5/100

½"

42

DHP9/100

½”

51

DHP12/100

½”

90

DHP24/100

¾"

167

DHP37/100

¾”

252

DHP58/100

¾”

442

DHP / 250 (3625 psig)

DHP5/250

½"

68

DHP9/250

½”

82

DHP12/250

½”

159

DHP24/250

¾"

294

DHP37/250

¾”

471

DHP58/250

¾”

824

DHP / 350 (5075 psig)

DHP5/350

½"

88

DHP9/350

½”

106

DHP12/350

½”

177

DHP24/350

¾"

309

DHP37/350

¾”

500

DHP58/350

¾”

918


Specifications

DHC / 100

DHC / 350

Minimum operating pressure

435 psig

435 psig

Maximum operating pressure

1450 psig 

5075 psig

Maximum particle size (ISO class) 

class 2 (1 micron)

Maximum water content (ISO class) 

class 2 (-40°F pdp) 

Maximum oil content (ISO class) 

class 1 ( 0.01 ppm)

Recommended operating temp range

50 to 100°F 

Design operating temperature range

35 to 140°F 

Power supply requirements

120 & 240 VAC, 50/60 Hz

Power consumption

< 50 W

Control panel protection

IP 65 (NEMA 4X)

Valve switching power (per valve)

80 VA


Materials of Construction

Recommended operating temp range

50 to 100°F 

Design operating temperature range

35 to 140°F 

Power supply requirements

120 & 240 VAC, 50/60 Hz

Power consumption

< 50 W

Control panel protection

IP 65 (NEMA 4X)

Valve switching power (per valve)

80 VA

(1) This information is for general information purposes only. For additional technical specifications, refer to the product brochure, technical data sheets, and/or user guides. Technical specifications are subject to change.  


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