Parker 1

• All of these costly problems can be avoided by installing a Parker Hiross PDG compressed air refrigeration dryer package complete with Parker compressed air &ltration. The packages are suitable for use with any compressor type and provide air quality to ISO 8573.1 Class 1.4.1.

• PoleStar Smart is supplied exclusively with compliant scroll compressors (from PST120 upwards) offering energy savings of up to 20%, in comparison to other systems.ese compressors are very robust; they are resistant to refrigerant backflow and have 50% fewer moving parts than similar technologies.

• Parker Hiross specializes in cooling, purification, and separation technologies, where compressed air and gas purity, product quality, technological excellence and global support are paramount.
• We design and manufacture compressed air treatment product and cooling equipment for many key industries where ease of integration, low cost of ownership and energy saving can make the difference.

• Parker Zander PNEUDRI MX provides a compact and reliable solution for the removal of water vapour. The use of high tensile extruded aluminium columns eliminates the need for complex valves and interconnecting piping; while the length to diameter ratio of the column and non-welded construction means that the periodic inspections that twin tower dryers require for insurance purposes are not needed.
• The modular design significantly reduces the footprint of the dryer, when compared to traditional twin tower dryers. Not only does PNEUDRI MX modular design offer space saving benefits, it also provides the option of multi-banking dryers. This allows the possibility of 100% stand-by, flexible maintenance and should extra drying capacity be required, additional dryers can be easily installed.

• The PNEUDRI MXLE ADVANTAGE has been specifically designed to provide all of the benefit 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 EcoDry EDB and Blower Purge Desiccant Air Dryers use the adsorption method to remove moisture from compressed air. Nominal pressure dewpoints reach -40*C (-70°C as option) by directing the flow of saturated compressed air over a bed of desiccant.
• Parker EcoDry EDB dryers contain 2% purge air type and zero purge air type. 2% purge air type dryers combine heat with either a small portion of the dried compressed air or with forced ambient air to affect regeneration. Zero purge air type dryers only use ambient air to affect regeneration. The heated, low pressure air flows gently through the regenerating bed, adsorbing the moisture that accumulated on the surface of the desiccant during the drying cycle and exhausting it to the atmosphere.

• CDAS / OFAS dryers are heatless adsorption dryers, i.e. the regeneration cycle (purge cycle) uses clean, dry purge air to ensure that moisture is fully removed from the off-line desiccant bed prior to re-pressurisation and being brought back on-line. As there is a cost to generate compressed air, the energy consumed by the CDAS / OFAS dryer comes from the regeneration air (purge air) it uses to regenerate the off-line desiccant bed.

• With unique design and advanced energy saving technology at its core the market leading NITROSource nitrogen gas generator requires less compressed air to generate more nitrogen.
• Together with substantially lower servicing costs, reduced downtime and a longer working life, it adds up to the most cost-efficient nitrogen supply available; significantly more affordable than traditional sources,
  and delivering huge savings over the lifetime of the generator.
• With over 20 years experience in the market, and over 50,000 units installed globally, Parker domnick hunter is first choice for innovative and reliable gas generation technology.

• 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.

• Most problems experienced by compressed air users arise due to contamination already in the compressed air system or contamination drawn in via the compressor air intake.
• There are typically 10 different contaminants that originate from four different sources. Before compressed air can be used, these contaminants need to be removed or reduced to acceptable levels to ensure efficient and reliable plant operation. Compressed air must be properly treated to remove any contamination present and reduce maintenance costs, downtime and spoilage.

• Most problems experienced by compressed air users arise due to contamination already in the compressed air system or contamination drawn in via the compressor air intake.
• There are typically 10 different contaminants that originate from four different sources. Before compressed air can be used, these contaminants need to be removed or reduced to acceptable levels to ensure efficient and reliable plant operation. Compressed air must be properly treated to remove any contamination present and reduce maintenance costs, downtime and spoilage.

• ZANDER flange filters are in the forefront of technology, quality and serviceability.
• Two protective paint coats, AD2000 pressure vessel design, Tie rod element construction, Lower service hatch for easy ”one-person” element change out, etc.

• 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.

• 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.

• If the control of a condensate drain is not level controlled but exclusively time-based, it employs preset values for valve operating times and intervals. However, since the amount of condensate in a compressed air system changes constantly the following problems arise with time-controlled condensate drains:
•  Valve operating time is set too short, or operating intervals are too long:
  • Not enough condensate is drained.
  • COMPRESSED AIR SYSTEM BACKS UP.
• Valve operating time is set too long, or operating intervals are too short:
  • The valve remains open although all the condensate has been drained.
  • COMPRESSED AIR ESCAPES.

• Large inlet ensures against blockages
• No electrical connection required
• Suited to dirty and oily condensate
• High pressure versions available, also with heavy duty materials
• Standard manual drain and test valve for fail-safe operation
• The fully automatic operation requires no user programming

• 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.
• Advantages
  • Easy to install, plug and play
  • 10years warranty
  • Zero loss compressed air leaking
  • Zero pressure drop