DESICCANT DRYERS - CLEAN DRY AIR SYSTEMS |
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HMI display screen
Large screen display offering a wealth of
clear, useable, real-time information.
High strength desiccant
Cartridges are snowstorm fi lled with high
strength desiccant that has a 5-year lifetime,
providing consistent drying, re-generation and dewpoint.
Pre-mounted fi lters
New series OIL-X fi lters engineered to
provide validated ISO 8573-1 performance.
Threaded top end-cap Threaded end-cap enables the
straightforward replacement of the
desiccant cartridge.
Purge setting
The purge air can be set at minimum
operating pressure easily, without the
need for specialist tools.
Corrosion protected column
With a 10-year guarantee, to ensure
a long operational life.
Full bore internal fl ow paths
Featuring optimised fl ow management
for reduced pressure drop.
Full bore cylinder valve system
Low pressure loss valves provide full air
fl ow and minimal back pressure, whilst
robust cylinders extend service intervals.
Base plate
Designed for pallet trucks, allowing
for easy, time-saving installation. |
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| DESICCANT DRYERS - OIL FREE AIR SYSTEM |
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Energy Saving Technology
Standard on all units, it automatically
adapts dryer operation to the ambient inlet
conditions and compressed air demand,
ensuring optimum energy consumption and
full utilisation of the desiccant material.
HMI display screen
Large screen display offering a wealth of
clear, useable, real-time information.
High strength desiccant
Cartridges are snowstorm fi lled with high
strength desiccant that has a 5-year lifetime,
providing consistent drying, re-generation
and dewpoint.
Pre-mounted fi lters
New series OIL-X fi lters engineered to
provide validated ISO 8573-1 performance.
Threaded top end-cap
Threaded end-cap enables the
straightforward replacement of the
desiccant cartridge.
Purge setting
The purge air can be set at minimum
operating pressure easily, without the
need for specialist tools.
Corrosion protected column
With a 10-year guarantee, to ensure
a long operational life.
Full bore internal fl ow paths
Featuring optimised fl ow management
for reduced pressure drop.
Full bore cylinder valve system
Low pressure loss valves provide full air
fl ow and minimal back pressure, whilst
robust cylinders extend service intervals.
Base plate
Designed for pallet trucks, allowing
for easy, time-saving installation. |
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| PNEUDRI MX - Heatless (PSA) Regeneration High Efficiency Compressed Air Dryers |
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Benefits:
• PNEUDRI dryers provide efficient
removal of water vapour from
compressed air
• Delivered air quality is in accordance with all editions of ISO 8573-1,
the
international standard for compressed air quality
• Improves production efficiency and reduces maintenance costs and
downtime
• Pressure Dewpoint’s of -70°C, -40°C& -20°C (ISO 8573-1:2010 Classes
1, 2 & 3)
are available
• Unlike refrigeration dryers, the -40°C& -70°C pressure dewpoint’s offered by
PNEUDRI not only eliminates corrosion,
it also inhibits the growth of microorganisms
• Low noise level <75 db (A)
• Optional Energy Management System
available
• Compared to traditional twin tower dryer
designs, PNEUDRI’s unique modular
construction and snowstorm filling of the
adsorbent desiccant material provides: |
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| WVM Dryer |
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- Parker WVM dryers provide a constant outlet dewpoint in accordance with ISO8573-1.
- Air quality is enhanced when installed with Parker OIL-X High Efficiency Coalescing pre-fi ltration and General Purpose Dry Particulate post filtration.
- No process air is used during regeneration & cooling of the desiccant material, reducing energy consumption.
- Regeneration under vacuum further improves energy efficiency.
- Can utilise existing heat sources (eliminating need for electrical heater) to further reduce energy consumption by using the following options: steam regeneration, steam / electric regeneration or hot water / electric regeneration.
- Thermal insulation for reduction of heat loss and touch protection fitted as standard.
- Full feature electronic control with dewpoint display and Energy Saving Technology fitted as standard.
- Large flow capacities.
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| Parker KA-MT Dryers |
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- Parker KA-MT dryers provide a constant outlet dewpoint in accordance with
ISO8573-1 classes 1, 2
or
3 for water vapour
- Parker KA-MT dryers provide an outlet dewpoint which inhibits the growth of
micro-organisms
(allowing their efficient reduction using filtration)
- Parker KA-MT dryers use clean, dry purge air for regeneration, eliminating any
risk of damage
to the adsorption bed or re-contamination of the downstream
compressed air
- No heat is used for regeneration; therefore, no insulation is required and loss of
dewpoint on
column changeover due to inefficient cool down is eliminated
- Parker KA-MT dryers include Parker OIL-X High Efficiency Coalescing pre-
filtration, Oil Vapour
Reduction Stage and General Purpose Dry Particulate post filtration as standard
- Fitted with Parker Multitronic electronic control with the option of dewpoint
display and dewpoint
switching Energy Saving Technology
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| HDK MT Dryer |
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Parker Zander HDK-MT dryers are desi-gned to treat high pressure compressed air and nitrogen gas, at pressures up to
350 bar with dewpoints down to -40°C. Typically, high pressure applications are liable to vibrations; HDK-MT dryers are
patent-protected, compact and robust in design, employing corrosion and vibrati-on resistant materials across all vessels,
pipes and valve blocks. The pre-moun-ted Parker Zander GH pre- and after filters incorporate tie-rod fix elements,
which offer both rigid installation and energy efficient operation. |
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| PNEUDRI MXLE - Low energy heatless dryers |
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Improving manufacturing efficiency Every manufacturing organisation strives to improve its operational efficiency, especially in terms of energy consumption and environmental impact.
Heatless adsorption dryers use clean, dry process air for regeneration,
but in real terms, this means that not all of the compressed air generated
is available for manufacturing processes.
Generating compressed air uses electrical energy, so although heatless adsorption dryers have many
benefits, the energy costs associated with this type of dryer may be higher when compared to other types of adsorption dryers with different regeneration methods. |
The benefits of using Parker compressed air treatment solutions:
* Plant Reliability-trouble free operation from equipment and processes using compressed air
* Clean Dry Air available for all applications.
* No contamination of products/processes/equipment
* Low Maintenance Costs–Reduce or eliminate unexpected/unplanned plant maintenance for better budget control
* Lower plant energy consumption
* Lower plant environmental impact
* Legislation compliance–e.g.assist in complying with hygiene legislation in the Food,Beverage & Pharmaceutical industries.
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