Parker HDK Series High Pressure Compressed Air Dryer

  • For applications requiring high pressure compressed air or nitrogen gas up to 50 barg (725 psig)
  • With volume flows up to 1180m³/h (695 cfm)
  • Pressure dew point options of -25, -40°C and -70°C.

Everything you need to specify

The Parker HDK 50 bar range of high pressure compressed air dryers are designed to dry compressed air and gaseous nitrogen at high pressure levels of up to 50 bar reliably and efficiently to multiple pressure dew point options of -40°C, -25°C and -70°C (-40°F, -13°F and -94°F). HDK series dryers come equipped with integrated Parker pre- and after filtration and are capable of volume flows up to 1180 m³/h @ 50 bar g, 35°C (695 cfm @ 725 psi g, 95°F).

Typical applications for HDK series high pressure compressed air dryers are in power stations (i.e. start up of diesel generators) as well as marine applications (i.e. tank ventilation, rope tensioning on off-shore rigs, generator start up etc.).

Available Accessories
Start-up device / High pressure differential pressure gauges for the filters

Sizing and Selection
To ensure quoted air purity performance is met, a compressed air dryer must be sized correctly for minimum operating pressure, maximum inlet temperature and maximum inlet flow rate using the correction factors found in the Product Information Sheet.

For more information or a detailed discussion about your specific requirements please contact Parker or an authorised Parker distributor.

Features

  • Pressure dew point options available of -40°C, -25°C and -70°C (-40°F, -13°F and -94°F)
  • Volume flows up to 1180 m³/h @ 50 bar g, 35°C (695 cfm @ 725 psi g, 95°F)
  • Pre- and after filters supplied as standard

Scope of Supply

  • Ready to install high pressure adsorption dryer including dew point control and mounted pre-and after filter
  • Optional equipment available mounted ex-works

Technical Specifications

Brand

Product Type

Maximum Flow Rate

Maximum Operating Pressure

Maximum Ambient Temperature:

Minimum Ambient Temperature:

Ingress Protection Rating:

Maximum Operating Temperature:

Minimum Operating Temperature:

Connection Type:

Weight

Dimensions

Electrical Requirements:

Minimum Operating Pressure:

Pressure Dew Point:

PED, others on request Met:

The right filtration and drying shows measurable returns across the whole facility.

– Air loss

20-30%

Reduction in total air loss when leaks are properly sealed and repaired.

– ENERGY SAVINGS

~7%

Energy savings per bar of pressure drop recovered when filters are clean & dryers cleared

– ELECTRICITY REDUCTION

10-15%

Electricity reduction as compressed air accounts for up to 30% of a facility’s total electricity bill

– INCREASED LIFESPAN

20-30%

Increase in the lifespan of pneumatic tools. Clean, dry air prevents this internal wear and tear.

All statistics have been researched and reported within reputable industry reports.

OUR Accreditations

We provide complete sales and service support on all types of compressed air and gas treatment equipment. Our primary function is on‑site servicing of desiccant and refrigerant dryers, filtration and condensate management.

This includes

  • Total Care Contracts
  • Maintenance Contracts
  • Call‑out servicing
  • Trouble‑shooting service
  • Operational advisory service
  • Air Quality Testing

Whether you’re managing planned system maintenance, expanding temporary capacity, or facing an emergency breakdown, ADT provides short- and long-term rental units designed for immediate deployment.

ADT provide attractive finance deals to give you different options to pay for your equipment, including hire purchase and fixed-term rental options.

OUR CLIENTS

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