... from small to large, unadulterated top-grade technologyCompressed Air Treatment & Nitrogen Generator
Compressed air dryer - The heart of the compressed air treatment solution
... they can communicate with the whole system
Refrigerant Air Dryer
PARKER PDG SERIES AIR DRYER
- Parker Air Treatment
- PDG Series Refrigerated Dryers
- The PDG Refrigerated Dryers using refrigeration dryer technology, and is suitable for all compressor types including oil-free. This series dryer treats compressed air efficiently, eliminating the problems associated with wet, untreated air in the compressed air system. When fitted with Parker efficiency compressed air filters. The PDG represents a performance package capable of providing dried, filtered compressed air has a minimum pressure dew- point of 3 at a pressure of 7 bar g and clean, free of liquid water.
PARKER SPL SERIES AIR DRYER
- Parker Air Treatment
- SPL Series Refrigerated Dryers
- Extremely compact
- Low operating coast
- Environmentally friendly
- High operating limits
PARKER PSE SERIES AIR DRYER
- Parker Air Treatment
- PSE Series Refrigerated Dryers
- 5 years Warranty
- Environmentally friendly Refrigeration
Dryers, that work with Low GWP refrigerant
in compliance with the requirements of the
F-Gas Regulation (EU 517/2014), are the
best choice to protect your investment, the
climate and the environment. - R513A refrigerant with Low GWP on all units,
in line with the requirements of the F-Gas
regulation, protects the environment and
prevents from potential disruptions coming
from refrigerants with higher GWP
PARKER SPS SERIES AIR DRYER
- Parker Air Treatment
- SPS Series Refrigerated Dryers
- 5 years Warranty
- Environmentally friendly Refrigeration
Dryers, that work with Low GWP refrigerant
in compliance with the requirements of the
F-Gas Regulation (EU 517/2014), are the
best choice to protect your investment, the
climate and the environment. - • Parker StarlettePlus-E refrigeration dryers are developed around a state-of-theart
aluminium heat exchanger (E-Pack)
• The E-Pack heat exchanger has a large air/air heat exchanger to pre-cool the
incoming compressed air and reduce energy consumption
• The highly effi cient E-Pack design results in a refrigerant circuit with lower
absorbed power and uses a smaller volume of refrigerant than other comparable
dryers
• The E-Pack design utilises low pressure drop, cross fl ow heat exchangers to
reduce operational costs
• The E-pack heat exchanger includes a high effi ciency. Stainless steel demister
separator for liquid removal
• In compliance with the F-Gas regulation, Low GWP environmentally friendly
refrigerant R513A on all units. A protection for the environment and an insurance
for the investment
• All models are equipped as standard with a digital controller that provides
an indication of compressed air temperature, volt free alarm contact, service
reminder and integral timed drain control
• StarlettePlus-E models are dual frequency (50Hz or 60Hz)
prevents from potential disruptions coming
from refrigerants with higher GWP
Desiccant Air Dryer
PARKER PNEUDRI MXLE ADVANTAGE LOW ENERGY HEATLESS DRYER
- Parker Air Treatment
- Low Energy / Heatless
- Heatless Adsorption Dryers
- 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. The PNEUDRI MXLE Advantage has been specifically designed to provide all of the benefits of a traditional PNEUDRI MX heatless adsorption dryer with the additional benefits of increased compressed air available for plant use, lower energy costs and lower environmental impact.
PARKER OFAS/CDAS HL OIL FREE AIR SYSTEM
- Parker Air Treatment
- OIL-X Filtration Technology
- Combining sophisticated OIL-X filtration technology with an optimised drying system, the OFAS is designed to deliver consistent high performance over an extended period. Air quality is third party validated to ISO 7183 and ISO 8573-1 and also offers class 0 for total oil. So you can be completely confident of your compressed air quality.
PARKER ECODRY EDB BLOWER PURGE DESSICANT AIR DRYERS
- Parker Air Treatment
- Parker Desiccant Dryer
- Parker EcoDry EDB and Blower Purge Dessicant Air Dryer used the adoption method to remove moisture from compressed air. Nominal pressure dewpoint -40ºC (-70ºC as option) By directing the flow of saturated compressed air over a bed of dessicant.
CFD – EcoDry EDB series Blower & Zero Purge Desiccant Dryers_Apr 2017.pdf
PARKER HIROSS ANTARES
- Parker Air Treatment / Nitrogen Generator
- Parker Hiross Antares dryers
- Parker Hiross Antares dryers with Tandem Technology are an innovative family of compressed air dryers for volume flows from 240 to 2040 m³/h @ 7 bar g / PDP -40°C. Tandem Technology from Parker Hiross is a further development of the standard hybrid compressed air drying process.
Compressed Air Filter
PARKER ECODRY HIGH EFFICIENCY COMPRESSED AIR FILTER
- Parker Air Treatment
- Paker High Performance Filter
- Parker EcoDry High Efficiency Compressed Air Filter
- Parker EcoDry compressed air filters remove the water, oil mist and dirt particles constituting the key contaminants in any compressed air stream. The Parker EcoDry amasses decades of Parker’s experience in designing and manufacturing compressed air filters and treatment systems and has been developed by the same highly trained team of filter experts responsible for the industry renowned Oil-X Evolution compressed air filter range.
PARKER OIL-X DIE-CAST ALUMINIUM COMPRESSED AIR FILTER
• Meets or exceeds the requirements for delivered air quality shown in all
editions of ISO8573-1, the international standard for compressed air quality
• Deep pleated filter element – Filter media is constructed to reduce air flow
velocity and pressure loss whilst providing increased dirt holding capacity, and
improved filtration efficiency
• Flow management system – Engineered to provide smooth air flow from entry
to exit, the filter element design includes a 90-degree elbow, turning vanes and
conical flow diffuser to promote a consistent, optimum air flow with minimal
pressure loss
• Filter Media Optimisation – The flow management system also evenly
distributes compressed air flow throughout the element ensuring optimum
filtration performance again with low pressure loss
• Parker OIL-X coalescing and dry particulate filters are fully tested – In
accordance with ISO12500-1 / ISO8573-2 for oil aerosol and ISO8573-4 for
particulate
• Filtration performance independently validated – by Lloyds Register
• Parker OIL-X materials of construction are FDA Title 21 CFR compliant &
EX1935/2004 exempt
PARKER OIL-XPLUS HIGH EFFICIENCY COMPRESSED AIR FILTER CARBON STELL FLANGED CONNECTION
OIL-Xplus – The most efficient way
to remove compressed air contamination
All of the costly problems associated with compressed air
contamination can be avoided by installing domnick hunter
OIL-Xplus filters.
With over 40 years unrivalled experience in contamination
removal, the domnick hunter reputation is built upon technical
excellence, product differentiation, innovation and reliability
to consistently deliver customer solutions.
Guaranteed life
All domnick hunter OIL-Xplus high efficiency compressed air
filters carry Performance Plus Guarantees. Particulate and
aerosol removal filter element performance is guaranteed for
1 year under normal recommended use, and filter housings
are guaranteed for 10 years life, under recommended conditions.
Further details of the Performance Plus Guarantee are
available on request.
PARKER ZANDER FLANGED TYPE COMPRESSED AIR FILTER
ZANDER filter elements using ADVANCED
Technology offers the highest separation
performance and flow rates with the lowest
pressure differentials. This means high
efficiency coupled with huge energy savings.
10 year guarantee on all ZANDER filter
housings. Your assurance of a trouble free
filtration system.
PARKER OIL-X WATER SEPARATOR
Water Separators /Liquid Separators
Untreated compressed air contains a
minimum of 10 contaminants that must be
treated for the system to operate safely,
efficiently & cost effectively. Liquid water
(and to a lesser extent, liquid oil) exist in all
compressed air systems. Often these two
liquids combine to make an aggressive,
oily, acidic sludge, all of which causes problems such as corrosion of piping,
permanent damage to valves, cylinders,
pneumatic tools, machinery and reducing
the effectiveness of aftercoolers and heat
exchangers. Liquids are typically the first of
10 contaminants to be treated.
PARKER STH FLANGED TYPE WATER SEPARATOR
Hypersep separators are very compact
and easy to install and is offered with
a full range of threaded and flanged air
connections. It needs no external power
source, and it works automatically
without any maintenance requirements.
Hypersep separators even remove rust,
oil and other impurities, significantly
improving the performance of filters and
other downstream equipments.
Aftercooler
Aftercooler Water-cooled
Compressed air and gases contain
high levels of liquid water vapour. Effective
water removal leads to reduced
maintenance costs, enhanced system
operation and improved product quality.
Hypercool represents the vital first step
in this process, eliminating over 80% of
the water present within compressed air
and gas systems.
Aftercooler Air-cooled
Highly efficient air cooled after coolers.
The Hypercool range represents a cost
effective solution to easily remove water
vapour and cool compressed air to
safe usable levels for many industrial
applications.
ADT coolers can be used when cooling
water is not available, limiting costs
and plant complexity and can prepare
the air for further filtration and drying.
Nitrogen Generator
N2 NITROSOURCE
- Nitrogen Generator
- Gas Generation Technology
- When you switch to gas generation with Parker domnick hunter’s NITROSource, you can expect payback within six to 24 months, depending on your existing arrangements and consumption. But you’re also making an investment in quality through uninterrupted supply, stable gas pressure, consistent flow and guaranteed purity. It’s a golden opportunity to gain an advantage over your competitors.
Oil Water Separator
Oil Water Separator ES series
- Benefits:
• Help to protect and maintain
the environment
• Efficiently separate oil and
water on-site and return up
to 99.9% of the condensate
to foul sewers
• Meet trade effluent discharge
regulations
• Rapid payback over
conventional disposal methods
• Simple to install, operate and
maintain
• Helps to achieve ISO14001
Certification
Transair
ADVANCE PIPE SYSTEMS FOR INDUSTRIAL FLUID
- Transair Pipe Systems
- Pipe Systems for Industrial Fluids
- Range – Aluminium / Stainless Steel
- Diameters
- 16.5 – 168 mm
- Working Pressure
- 7 – 16 bar
- Working Temperature
- -20 to 85 degree celsius
- Transair products are tested and controlled at every stage of the production process to ensure a maximum efficiency to the customer.
Chiller
PARKER HYPERCHILL PLUS
- Parker Air Treatment
- Industrial Water Chiller
- Hyperchill Plus a very flexible solution that fits the needs of a wide variety of industrial applications. With a non-ferrous hydraulic circuit, Hyperchill Plus is suitable for cooling low viscosity cooling fluids including water and water-glycol mixtures. Hyperchill Plus ensures stable working conditions combined with improved efficiency and productivity of the process. Hyperchill Plus contributes significantly to the reduction of plant downtime and maintenance costs due to inconsistent cooling of low viscosity cooling fluids.
Accessories
PARKER ZERO LOSS ELECTRICAL SENSOR DRAIN
Parker Zero Air Loss Level Sensing
Drains
Parker level sensing drains are totally zero
air loss, discharging only compressor
condensate and not valuable compressed
air.
Parker condensate drains are the reliable,
easy to install, cost effective solution for
condensate removal, with a model to suit
every system or application.
PARKER ZERO LOSS FLOAT DRAIN
Advantages
• Saves valuable compressed air
• Saving Air – Saves Energy – Saves Money
• Removes liquid condensate effi ciently – Eliminates the risk of condensate
carryover past purifi cation equipment
• Protects downstream equipment and processes from condensate damage
• Simple to install – multiple inlet design offers fl exibility during installation
• Helps protect the environment by using less electrical energy – Helps
reduce the release of CO2 into the environment