FOCUSED ON COMPRESSED AIR TREATMENT

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Mildred Cox
5 years ago
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1 FOCUSED ON COMPRESSED AIR TREATMENT High Pressure Dessicant Dryers HDK - MT Series

FOCUSED ON RELIABLE OPERATION Parker has greatly impacted the desiccant dryer market.

Parker HDK-MT Series high pressure dryers are designed for reliable treatment of highpressure compressed air up to 350 bar.

Constructed with corrosion resistant materials, such as hard-coated aluminum valve blocks, seamless vessels and stainless steel fittings, the HDK-MT Series dryers are perfectly suited to maximize

Desiccant dryers are designed to adsorb vapor from compressed air they are not designed for liquid.

Equipped with high pressure pre and after filters, the HDK-MT Series dryers reduce compressed air impurities to a minimum. The grade XP coalescing pre-filter is installed at the inlet of the dryer.

2 FOCUSED ON RELIABLE OPERATION Parker has greatly impacted the desiccant dryer market. The next generation of desiccant dryers redefines the cost/benefit ratio, offering the highest quality and safety with reasonable operating costs. Parker HDK-MT Series high pressure dryers are designed for reliable treatment of highpressure compressed air up to 350 bar. The patent-protected concept of HDK-MT series combines a compact, vibration-resistant and rigid design. Constructed with corrosion resistant materials, such as hard-coated aluminum valve blocks, seamless vessels and stainless steel fittings, the HDK-MT Series dryers are perfectly suited to maximize efficiency by offering leakfree operation in harsh environments. Without proper filtration, desiccant air dryers will not operate properly. Desiccant dryers are designed to adsorb vapor from compressed air they are not designed for liquid. When liquid, especially oil, is allowed to enter the desiccant chamber, it coats the desiccant material preventing proper absorption. Oil coated desiccant cannot be regenerated, and must be replaced. Equipped with high pressure pre and after filters, the HDK-MT Series dryers reduce compressed air impurities to a minimum. The grade XP coalescing pre-filter is installed at the inlet of the dryer. It protects the dryer by providing particulate removal down to 0.01 micron, including water and oil aerosols at % efficiency (maximum remaining oil aerosol content: 0.01 mg/m3). To protect downstream equipment from desiccant dust, a particulate after-filter is mounted at the dryer discharge. The grade ZP after-filter traps any remaining solid particles up to 1.0 micron with an efficiency of %. HDK-MT Series dryers come equipped with Ecotronic dew-point dependent control. Regeneration requirements are dependent on flow, pressure and temperature. The Ecotronic system allows the cost of drying compressed air to be matched exactly to your plant conditions. Ecotronic controls the drying cycle by continuously reacting to the loading which the dryer is operating under and minimizes the energy input required. As dryers rarely operate at full rated capacity all of the time (eg. during shift work and periods of low demand), this energy management system can provide considerable savings.

HDK-MT Series Features Solid Valve Block Generously dimensioned channels within the plate connect the main and exhaust valves as well as the

Corrosion-Free Adsorber Made of stainless steel, the adsorber is effectively protected against moisture.

Functional Display with LEDs on the covering for: power drying regeneration economy cycle continuous status display Regeneration Unit Passive

moisture from the desiccant during regeneration Connections Only 4 connections and no internal piping, allowing for easy access to all

High-Quality Desiccant Highly active molecular sieve guarantees stable pressure dewpoints as low as -40 F ( 40 C) A spring loaded adsorption

operating reliability Optimized Routing of Compressed Air Only four connections between inlet and outlet, i.e. the dryers are technically leakage-free.

3 HDK-MT Series Features Solid Valve Block Generously dimensioned channels within the plate connect the main and exhaust valves as well as the pressure build-up valve to form one unit. All valves are easily and individually accessible from outside. Corrosion-Free Adsorber Made of stainless steel, the adsorber is effectively protected against moisture. This greatly increases the service life of the adsorber. Functional Display with LEDs on the covering for: power drying regeneration economy cycle continuous status display Regeneration Unit Passive presetting of the purge air Adaption via multitronic controller Effective Drainage System The separation zone facilitates separation of the moisture from the desiccant during regeneration Connections Only 4 connections and no internal piping, allowing for easy access to all components. Leak-free design with high reliability. High-Quality Desiccant Highly active molecular sieve guarantees stable pressure dewpoints as low as -40 F ( 40 C) A spring loaded adsorption chamber in the adsorber fixes the desiccant in position and fulfils all requirements for desiccant drying, such as low abrasion and high operating reliability Optimized Routing of Compressed Air Only four connections between inlet and outlet, i.e. the dryers are technically leakage-free. Torsionally-Rigid Design The solid valve block and the multifunctional distribution plate are connected with the adsorbers to form a stable, compact unit. Wet Region Corrosion-free collecting chamber protects the desiccant from high moisture for greater performance and process reliability. Multitronic Microprocessor Control System Easily accessible enclosure. Adjustable pressure dewpoint option. parker.com/igfg

FOCUSED ON PERFECT CONTROL The standard multitronic controller offers seamless control, even in the toughest of operating conditions, and feature a

The multitronic system offers: A comfortable microprocessor controller for all Parker high - pressure dryer systems.

LEDs on the front panel for individual functions such as: operation drying regeneration Selector switch I-0-2 for fixed cycles or variable cycles as

4 FOCUSED ON PERFECT CONTROL The standard multitronic controller offers seamless control, even in the toughest of operating conditions, and feature a continuous display status that synchronizes with the compressor. The multitronic system offers: A comfortable microprocessor controller for all Parker high - pressure dryer systems. Permits flexible adjustment of the cycle times. LEDs on the front panel for individual functions such as: operation drying regeneration Selector switch I-0-2 for fixed cycles or variable cycles as synchronization control with the compressor. Separately activated main valve Separately activated exhaust valve vessel Initial filling of adsorbent (molecular sieve) Non-return valve block with pressure redution Multitronic Controller Available options: Direct pressure dewpoint measurement including digital display. 4-20mA output. The possibility to set the desired dewpoint as low as -40 F (-40 C)

Options for the Dryer Pressure Dewpoint Sensor For measuring the

C) Option: signal output 4-20mA with module MBS 420w Pressure

Prevents overloading during the start-up phase if the working

separation of oil, condensate droplets, and solids down to 0.

manual condensate drain valve After-Filter Series ZP (included)

Condensate Drain For the pre and after filter Trap 2/250 - max.

working pressure 5802 psi (400 bar) After-filter: manual drain

5 Options for the Dryer Pressure Dewpoint Sensor For measuring the pressure dewpoint Measuring range: -148 F ( 100 C) to +68 F (+20 C) Option: signal output 4-20mA with module MBS 420w Pressure Control Valve Start-up device Downstream of dryer/filter Prevents overloading during the start-up phase if the working pressure is low Pre-Filter Series XP (included) For complete separation of oil, condensate droplets, and solids down to 0.01 mg/m 3 as well as solids from the compressed air Includes a manual condensate drain valve After-Filter Series ZP (included) To trap solids of up to 1 micron from the compressed air with an efficiency of % Includes manual condensate drain valve Electrical Condensate Drain For the pre and after filter Trap 2/250 - max. working pressure 3626 psi (250 bar) Trap 2/400 - max. working pressure 5802 psi (400 bar) After-filter: manual drain valve Differential Pressure Gauge Indicated range ( psi (0 1.6 bar)) alternatively Includes electrical signal for the limiting value parker.com/igfg

6 Product Specification High-Pressure Dryer Series HDK-MT up to 100 Bar/1450 psig Product Key Series Size /Press. rating Design Generation Port type Power Supply Control H 15 up to 70 /100 D 2 N 230 MT Order and performance information for pressure dew-points of -40 F (-40 C) Model Order no. Flow Rate (SCFM) 1 Port Size 3 Prefilter Afterfilter HDK-MT 15/100 H15/100D2-N230MT 70 1 /2 NPT GH7/100XP GH7/100ZP/VV HDK-MT 20/100 H20/100D2-N230MT /2 NPT GH7/100XP GH7/100ZP/VV HDK-MT 25/100 H25/100D2-N230MT /2 NPT GH7/100XP GH7/100ZP/VV 1. Maximum flow rate in scfm refered to 14.5 psia and 68 F, subsequently compressed to 1450 psi and a compressed air inlet temperature of 95 F. 2. For sizing, please consult factory. 3. BSP to NPT adapters included, shipped loose. HDK-MT 30/100 H30/100D2-N230MT /2 NPT GH7/100XP GH7/100ZP/VV HDK-MT 40/100 H40/100D2-N230MT /4 NPT GH9/100XP GH9/100ZP/VV HDK-MT 50/100 H50/100D2-N230MT /4 NPT GH9/100XP GH9/100ZP/VV HDK-MT 70/100 H70/100D2-N230MT /4 NPT GH9/100XP GH9/100ZP/VV A B Dimensions (in) and Weight (lb) Model A - Inches (mm) B - Inches (mm) C - Inches (mm) Weight - Lbs(kg) HDK-MT 15/ (700) 41.3 (1050) 14.6 (370) 353 (160) HDK-MT 20/ (700) 49.2 (1250) 14.6 (370) 397 (180) HDK-MT 25/ (700) 57.1 (1450) 14.6 (370) 441 (200) HDK-MT 30/ (700) 65 (1650) 14.6 (370) 485 (220) HDK-MT 40/ (770) 65 (1650) 14.6 (370) 529 (240) Quality assurance and guarantee Development/manufacture DIN EN ISO 9001, DIN EN ISO Helium leakage test Approvals for pressure equipment EU Pressure equipment directive 97/23/EC for fluid group 2 GUS < 10-6 mbar/ls leakage rate TR (former GOST-R) C Range of application HDK-MT 50/ (770) 72.8 (1850) 17.7 (450) 573 (260) HDK-MT 70/ (770) 81.7 (2075) 17.7 (450) 617 (280) Electrical connection Flow medium Compressed air and gaseous Nitrogen Operating press., min./max. 725/1450 psi Medium inlet temperature 40/131 F Ambient temperature 1 up to 50 C Power supply Ingress protection 230 V, Hz (standard); 115 V, Hz (on request) IP65 Materials Valve blocks Seamless vessel pipes Fittings Valves Frame Seals Adsorbents Aluminium, hard coated /POM/PEEK Carbon steel, KTL primed and powder coated NBR/FPM 3-layer filling of ceramic/silica gel/molecular sieve beads Filter GH7/100 for HDK-MT 15/100 up to 30/100 GH9/100 for HDK-MT 40/100 up to 70/100 Housing Aluminium anodysed, outside powder coated Carbon steel, inside primed, outside powder coated Tie rod Filter element Seals Needle valve (drain) Borosilicate nano fibres, stainless steel expanded metals, Polyamide end caps, Polyurethane adhesive NBR/FPM

7 Product Specification High-Pressure Dryer Series HDK-MT up to 350 Bar/5075 psig Product Key Series Size /Press. rating Design Generation Port type Power supply Control H 15 up to 70 /350 D 2 N 230 MT Order and performance information for pressure dew-points of -25/-40 C Model Order no. Flow Rate (SCFM) 1 Port Size 3 Prefilter Afterfilter HDK-MT 15/350 H15/350D2-N230MT /2 NPT GH7/350XP GH7/350ZP/VV HDK-MT 20/350 H20/350D2-N230MT /2 NPT GH7/350XP GH7/350ZP/VV HDK-MT 25/350 H25/350D2-N230MT /2 NPT GH7/350XP GH7/350ZP/VV 1. Maximum flow rate in scfm refered to 14.5 psia and 68 F, subsequently compressed to 5075 psi and a compressed air inlet temperature of 95 F. 2. For sizing, please consult factory. 3. BSP to NPT adapters included, shipped loose. HDK-MT 30/350 H30/350D2-N230MT /2 NPT GH7/350XP GH7/350ZP/VV HDK-MT 40/350 H40/350D2-N230MT /4 NPT GH9/350XP GH9/350ZP/VV HDK-MT 50/350 H50/350D2-N230MT /4 NPT GH9/350XP GH9/350ZP/VV HDK-MT 70/350 H70/350D2-N230MT /4 NPT GH9/350XP GH9/350ZP/VV A Dimensions (in) and Weight (lb) Model A B C Weight HDK-MT 15/ (700) 41.3 (1050) 14.6 (370) 419 (190) Quality assurance and guarantee Development/manufacture DIN EN ISO 9001, DIN EN ISO Helium leakage test < 10-6 mbar/ls leakage rate B HDK-MT 20/ (700) 49.2 (1250) 14.6 (370) 485 (220) HDK-MT 25/ (700) 57.1 (1450) 14.6 (370) 551 (250) HDK-MT 30/ (700) 65 (1650) 14.6 (370) 617 (280) HDK-MT 40/ (770) 65 (1650) 14.6 (370) 683 (310) HDK-MT 50/ (770) 72.8 (1850) 17.7 (450) 750 (340) Approvals for pressure equipment EU Pressure equipment directive 97/23/EC for fluid group 2 GUS TR (former GOST-R) C HDK-MT 70/ (770) 81.7 (2075) 17.7 (450) 838 (380) Range of application Electrical connection Flow medium Compressed air and gaseous Nitrogen Operating press., min./max. 1450/5075 psig Medium inlet temperature 40/131 F Ambient temperature 40/122 F Power supply Ingress protection 230 V, Hz (standard); 115 V, Hz (on request) IP65 Materials Valve blocks Seamless vessel pipes Fittings Valves Aluminium, hard coated /POM/PEEK Frame Seals Adsorbents Carbon steel, KTL primed and powder coated NBR/FPM 3-layer filling of ceramic/silica gel/molecular sieve beads Filter GH7/350 for HDK-MT 15/350 up to 30/350 GH9/350 for HDK-MT 40/350 up to 70/350 Housing Aluminium anodysed, outside powder coated Carbon steel, inside primed, outside powder coated Tie rod Filter element Seals Needle valve (drain) Borosilicate nano fibres, stainless steel expanded metals, Polyamide end caps, Polyurethane adhesive NBR/FPM parker.com/igfg

8 Worldwide Filtration Manufacturing Locations North America Compressed Air Treatment Industrial Gas Filtration and Generation Division Lancaster, NY Haverhill, MA Engine Filtration Racor Modesto, CA Holly Springs, MS Hydraulic Filtration Hydraulic & Fuel Filtration Metamora, OH Laval, QC Canada Velcon Colorado Springs, CO Process Filtration domnick hunter Process Filtration SciLog Oxnard, CA Water Purification Village Marine, Sea Recovery, Horizon Reverse Osmosis Carson, CA Europe Compressed Air Treatment domnick hunter Filtration & Separation Gateshead, England +44 (0) Parker Gas Separations Etten-Leur, Netherlands Hiross Airtek Essen, Germany Padova, Italy Engine Filtration & Water Purification Racor Dewsbury, England +44 (0) Racor Research & Development Stuttgart, Germany +49 (0) Hydraulic Filtration Hydraulic Filter Arnhem, Holland Urjala, Finland Condition Monitoring Parker Kittiwake West Sussex, England +44 (0) Process Filtration domnick hunter Process Filtration Parker Twin Filter BV Birtley, England +44 (0) Asia Pacific Australia Castle Hill, Australia China Shanghai, China India Chennai, India Parker Fowler Bangalore, India Japan Tokyo, Japan Korea Hwaseon-City Singapore Jurong Town, Singapore Thailand Bangkok, Thailand Latin America Parker Comercio Ltda. Filtration Division Sao Paulo, Brazil Pan American Division Miami, FL Africa Aeroport Kempton Park, South Africa Parker Hannifin Corporation. Product names are trademarks or registered trademarks of their respective companies BRO_PKR-HDK-MT_ Parker Hannifin Corporation Industrial Gas Filtration and Generation Division 4087 Walden Avenue Lancaster, NY phone

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