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Membrane Air Dryers Membrane Air Dryers

Membrane Air Dryers Membrane Air Dryers Membrane Air Dryers for Analytical Instruments for Analytical Instruments for Analytical Instruments for Analytical Instruments for Analytical Instruments Dry Air on Demand, up to 1,203 lpm Dry Air on Demand, up to 1,203 lpm

Dry Air on Demand, up to 1,203 lpm Dry Air on Demand, up to 1,203 lpm Dry Air on Demand, up to 1,203 lpm The Parker Balston membrane air dryers are a complete system with carefully matched components engineered for easy installation, operation and long term reliability. They are engineered to transform standard compressed air into a safe supply of dry (up to -40 The Parker Balston membrane air dryers are a complete system with carefully matched components engineered for easy installation, operation and long term reliability. They are engineered to transform standard compressed air into a safe supply of dry (up to -40
The Parker Balston membrane air dryers are a complete system with carefully matched components engineered for easy installation, operation and long term reliability. They are engineered to transform standard compressed air into a safe supply of dry (up to -40 The Parker Balston membrane air dryers are a complete system with carefully matched components engineered for easy installation, operation and long term reliability. They are engineered to transform standard compressed air into a safe supply of dry (up to -40 The Parker Balston membrane air dryers are a complete system with carefully matched components engineered for easy installation, operation and long term reliability. They are engineered to transform standard compressed air into a safe supply of dry (up to -40 o o o o o C) air with minimal operator attention. With flow rates up to 1,203 lpm and pressure up to 9.6 bar, they make an ideal alternative to cylinders for any analytical instruments or laboratory house supply.With no electrical requirements and no moving parts they are also designed for installation in explosive environments and for process analysers. C) air with minimal operator attention. With flow rates up to 1,203 lpm and pressure up to 9.6 bar, they make an ideal alternative to cylinders for any analytical instruments or laboratory house supply.With no electrical requirements and no moving parts they are also designed for installation in explosive environments and for process analysers. C) air with minimal operator attention. With flow rates up to 1,203 lpm and pressure up to 9.6 bar, they make an ideal alternative to cylinders for any analytical instruments or laboratory house supply.With no electrical requirements and no moving parts they are also designed for installation in explosive environments and for process analysers. C) air with minimal operator attention. With flow rates up to 1,203 lpm and pressure up to 9.6 bar, they make an ideal alternative to cylinders for any analytical instruments or laboratory house supply.With no electrical requirements and no moving parts they are also designed for installation in explosive environments and for process analysers. C) air with minimal operator attention. With flow rates up to 1,203 lpm and pressure up to 9.6 bar, they make an ideal alternative to cylinders for any analytical instruments or laboratory house supply.With no electrical requirements and no moving parts they are also designed for installation in explosive environments and for process analysers. Water vapour quickly permeates the membrane and is released harmlessly to atmosphere. Air flows along the membrane fibre as a separate product stream. Water vapour quickly permeates the membrane and is released harmlessly to atmosphere. Air flows along the membrane fibre as a separate product stream.

Water vapour quickly permeates the membrane and is released harmlessly to atmosphere. Air flows along the membrane fibre as a separate product stream. Water vapour quickly permeates the membrane and is released harmlessly to atmosphere. Air flows along the membrane fibre as a separate product stream. Water vapour quickly permeates the membrane and is released harmlessly to atmosphere. Air flows along the membrane fibre as a separate product stream. Contact Information: Contact Information: Contact Information: Contact Information: Contact Information: Product Features: Product Features:

Product Features: Product Features: Product Features: Parker Hannin (UK) Limited Parker Hannin (UK) Limited Parker Hannin (UK) Limited Parker Hannin (UK) Limited Parker Hannin (UK) Limited Process Air and Gas Business Unit Process Air and Gas Business Unit Process Air and Gas Business Unit Process Air and Gas Business Unit Process Air and Gas Business Unit Hermitage Court, Hermitage Lane Maidstone, Kent ME16 9NT Hermitage Court, Hermitage Lane Maidstone, Kent ME16 9NT

Hermitage Court, Hermitage Lane Maidstone, Kent ME16 9NT Hermitage Court, Hermitage Lane Maidstone, Kent ME16 9NT Hermitage Court, Hermitage Lane Maidstone, Kent ME16 9NT • Produces a continuous supply of ultra dry -40 • Produces a continuous supply of ultra dry -40

• Produces a continuous supply of ultra dry -40 • Produces a continuous supply of ultra dry -40 • Produces a continuous supply of ultra dry -40 o o o o o phone +44 (0)1622 723300fax +44 (0)1622 728703 balstonukinfo@parker.com phone +44 (0)1622 723300fax +44 (0)1622 728703 balstonukinfo@parker.com

phone +44 (0)1622 723300fax +44 (0)1622 728703 balstonukinfo@parker.com phone +44 (0)1622 723300fax +44 (0)1622 728703 balstonukinfo@parker.com phone +44 (0)1622 723300fax +44 (0)1622 728703 balstonukinfo@parker.com C dew point instrument air• Designed to run 24 hours a day• Compact, reliable and minimal maintenance• Instrinsically safe for hazardous explosive environments• No noise, no moving parts, no electrical requirements • No refrigerants on Freons - environmentally friendly C dew point instrument air• Designed to run 24 hours a day• Compact, reliable and minimal maintenance• Instrinsically safe for hazardous explosive environments• No noise, no moving parts, no electrical requirements • No refrigerants on Freons - environmentally friendly

C dew point instrument air• Designed to run 24 hours a day• Compact, reliable and minimal maintenance• Instrinsically safe for hazardous explosive environments• No noise, no moving parts, no electrical requirements • No refrigerants on Freons - environmentally friendly C dew point instrument air• Designed to run 24 hours a day• Compact, reliable and minimal maintenance• Instrinsically safe for hazardous explosive environments• No noise, no moving parts, no electrical requirements • No refrigerants on Freons - environmentally friendly C dew point instrument air• Designed to run 24 hours a day• Compact, reliable and minimal maintenance• Instrinsically safe for hazardous explosive environments• No noise, no moving parts, no electrical requirements • No refrigerants on Freons - environmentally friendly www.parker.com/pag www.parker.com/pag
www.parker.com/pag www.parker.com/pag www.parker.com/pag

Analytical Gas Systems