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Compressed Air & Gas - Up to 150 PSIG - FMD Membrane Dryer Series
*PRODUCT IMAGE IS REPRESENTATIVE PROVIDED BY THE MANUFACTURER. DO NOT MAKE BUYING DECISIONS SOLEY BASED ON THE IMAGE. PLEASE VERIFY SPECIFICATIONS MEET YOUR REQUIREMENTS.
FMD Membrane Dryer Features:
• Designed for point-of-use applications
• Pressures to 150 PSIG
• No moving parts
• Drying efficiency down to -40°F pressure dewpoint
• Quiet, Continuous operation • No electricity needed • Low pressure drop • Hollow fiber technology
FMD Membrane Dryer Advantages:
• Nothing towear out
• Can be installed anywhere
• Lightweight
• No waiting for media changeouts
• Differential pressure indicator indicates when filter elements should be changed • No electricity, no U.L. approval required, no refrigerants, and low dewpoints • Only water vapor molecules are allowed to pass through the hollow fiber walls
FMDMembrane Dryer Benefits:
• Less downtime
• Perfect for poin-of-use applications
• Ease of installation
• Dryer protection insurance
• Low operating cost, OEM cost savings, Environmentally friendly, prevents freeezing • Dryers can be used in medical, dental and breathing air applications
Desiccant Types available; (Desiccant sold separately)
• Silica Gel -(FSGM100-1 = 5 lb can) 100 % indicating silica gel provides maximum moisture adsorption and dewpoints down to -40°F.
• Molecular Sieve -(FMS100-1 = 5 lb can) molecular sieves are crystaline, metallic aluminum silicates. The type 4A offers exceptional water vapor adsorption characteristics. Molecular sieves are more effective than silica gel at removing water vapor at elevated inlet temperatures. Dewpoints are attainable to -40°F.
How do they work?
The water vapor in the compressed air is removed by the principal of selective permeation through a membrane. The membrane module consists of bundles of hollow membrane fibers, each permeable to water vapor. As the compressed air passes through the center of these fibers, water vapor permeates through the walls of the fibers. A small portion of the dry air (purge air) is directed along the outside of each hollow fiber, carrying away the moisture-laden air whcih is then exhausted to room atmosphere. The remainder of the dry air is piped to the application.
In all cases when a Grade 10 prefilter and a Grade 6 coalescer are installed upstream on the dryer module, 99.9985% removal of oil aerosols and mists can be obtained. Based on a 40 ppm inlet.
Read More...• Designed for point-of-use applications
• Pressures to 150 PSIG
• No moving parts
• Drying efficiency down to -40°F pressure dewpoint
• Quiet, Continuous operation • No electricity needed • Low pressure drop • Hollow fiber technology
FMD Membrane Dryer Advantages:
• Nothing towear out
• Can be installed anywhere
• Lightweight
• No waiting for media changeouts
• Differential pressure indicator indicates when filter elements should be changed • No electricity, no U.L. approval required, no refrigerants, and low dewpoints • Only water vapor molecules are allowed to pass through the hollow fiber walls
FMDMembrane Dryer Benefits:
• Less downtime
• Perfect for poin-of-use applications
• Ease of installation
• Dryer protection insurance
• Low operating cost, OEM cost savings, Environmentally friendly, prevents freeezing • Dryers can be used in medical, dental and breathing air applications
Desiccant Types available; (Desiccant sold separately)
• Silica Gel -(FSGM100-1 = 5 lb can) 100 % indicating silica gel provides maximum moisture adsorption and dewpoints down to -40°F.
• Molecular Sieve -(FMS100-1 = 5 lb can) molecular sieves are crystaline, metallic aluminum silicates. The type 4A offers exceptional water vapor adsorption characteristics. Molecular sieves are more effective than silica gel at removing water vapor at elevated inlet temperatures. Dewpoints are attainable to -40°F.
How do they work?
The water vapor in the compressed air is removed by the principal of selective permeation through a membrane. The membrane module consists of bundles of hollow membrane fibers, each permeable to water vapor. As the compressed air passes through the center of these fibers, water vapor permeates through the walls of the fibers. A small portion of the dry air (purge air) is directed along the outside of each hollow fiber, carrying away the moisture-laden air whcih is then exhausted to room atmosphere. The remainder of the dry air is piped to the application.
In all cases when a Grade 10 prefilter and a Grade 6 coalescer are installed upstream on the dryer module, 99.9985% removal of oil aerosols and mists can be obtained. Based on a 40 ppm inlet.
| Action | Part No. | Availability | Partner Available | Price | Division | Weight | Maximum Operating Pressure | Connection Type | Brand | Width | Maximum Operating Temperature | Compatible Prefilter Element | Height | Purge Rate (SCFM) | Dewpoint (F) | Port Connection (inch) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| FMD35-006 | Quote Required | TBD | Industrial Gas Filtration and Generation Division | 0.38 kg | 4.1 to 10.3 barg | NPT | Finite | 14 cm | 4.4 to 37.8 °C | 6HM06-013 | 14.5 inch | 0.25 @ 100 PSI | 35 | 1/4" | ||
| FMD35-015 | Quote Required | TBD | Industrial Gas Filtration and Generation Division | 1.9 lb | 60 to 150 psig | NPT | Finite | 6.5 inch | 4.4 to 37.8 °C | 6HM06-013 | 38.1 cm | 0.5 @ 100 PSI | 35 | 1/4" | ||
| FMD35-060 | Quote Required | TBD | Industrial Gas Filtration and Generation Division | 5.2 lb | 60 to 150 psig | NPT | Finite | 10 inch | 4.4 to 37.8 °C | 6C10-025 | 55.88 cm | 1.5 @ 100 PSI | 35 | 1/4" | ||
| FMD35-100 | Quote Required | TBD | Industrial Gas Filtration and Generation Division | 3.22 kg | 4.1 to 10.3 barg | NPT | Finite | 11.5 inch | 4.4 to 37.8 °C | 6C10-025 | 22 inch | 3.5 @ 100 PSI | 35 | 1/2" | ||
| FMD35-400 | Quote Required | TBD | Industrial Gas Filtration and Generation Division | 8.57 kg | 60 to 150 psig | NPT | Finite | 14 inch | 4.4 to 37.8 °C | 6C10-050 | 96.52 cm | 6.0 @ 100 PSI | 35 | 1/2" | ||
| FMD40-001 | Quote Required | TBD | Industrial Gas Filtration and Generation Division | 0.7 lb | 60 to 150 psig | NPT | Finite | 5.5 inch | 40 to 100 °F | 6HM06-013 | 36.83 cm | 0.25 @ 100 PSI | -40 | 1/4" | ||
| FMD40-002 | Quote Required | TBD | Industrial Gas Filtration and Generation Division | 1.9 lb | 60 to 150 psig | NPT | Finite | 6.5 inch | 4.4 to 37.8 °C | 6HM06-013 | 38.1 cm | 0.2 @ 100 PSI | -40 | 1/4" | ||
| FMD40-020 | Quote Required | TBD | Industrial Gas Filtration and Generation Division | 2.36 kg | 4.1 to 10.3 barg | NPT | Finite | 10 inch | 4.4 to 37.8 °C | 6C10-025 | 22 inch | 0.5 @ 100 PSI | -40 | 1/4" | ||
| FMD40-050 | Quote Required | TBD | Industrial Gas Filtration and Generation Division | 3.22 kg | 4.1 to 10.3 barg | NPT | Finite | 14 inch | 40 to 100 °F | 6C10-025 | 26 inch | 2.0 @ 100 PSI | -40 | 1/2" | ||
| FMD40-100 | Quote Required | TBD | Industrial Gas Filtration and Generation Division | 18.9 lb | 60 to 150 psig | NPT | Finite | 35.56 cm | 4.4 to 37.8 °C | 6C10-050 | 96.52 cm | 2.5 @ 100 PSI | -40 | 1/2" |
