Items |
FAP961A Flotrex™ AP Pleated Filters with Polypropylene Microfiber Media |
FAP961B Flotrex™ AP Pleated Filters with Polypropylene Microfiber Media |
FAP961C Flotrex™ AP Pleated Filters with Polypropylene Microfiber Media |
FAP961E Flotrex™ AP Pleated Filters with Polypropylene Microfiber Media |
FAP961F Flotrex™ AP Pleated Filters with Polypropylene Microfiber Media |
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Type | N/A FAP | |||||||||
Absolute Micron Rating | N/A 0.65 µm | |||||||||
Nominal Cartridge Length | N/A 10 in25 cm | |||||||||
End #1 Adapter1 | N/A Open End Gasket | N/A 120 O-Ring | N/A 213 O-Ring | N/A 222 O-Ring | N/A 226 O-Ring | |||||
End #2 Adapter | N/A 120 O-Ring 213 O-Ring Closed End Cap Fin Adapter Open End Gasket | |||||||||
Elastomer Material2 | N/A Buna-N EPDM Silicone Viton | N/A Buna-N EPDM Silicone Viton | N/A Buna-N EPDM Silicone Viton | N/A Buna-N EPDM PTFE Encapsulated Viton Silicone Viton | N/A Buna-N EPDM PTFE Encapsulated Viton Silicone Viton | |||||
Filtration Media | N/A Polypropylene Microfiber | |||||||||
Support Layers | N/A Polypropylene Microfiber | |||||||||
Core and Cage | N/A Polypropylene | |||||||||
Endcaps and Adapters | N/A Polypropylene | |||||||||
Filter Model | N/A FAP96 | |||||||||
Nominal Outside Diameter | N/A 2.75 in70 mm | |||||||||
Nominal Inside Diameter | N/A 1.25 in31 mm | |||||||||
Effective Filtration Area | N/A 4 ft²0 m² | |||||||||
Maximum Forward Differential Pressure @ 70ºF (21ºC) | N/A 60 psi4.14 bar | |||||||||
Maximum Reverse Differential Pressure @ 70ºF (21ºC) | N/A 30 psi2.07 bar | |||||||||
Maximum Operating Temperature at 10 psid (0.7 bar) in Water | N/A 180 ºF82 ºC | |||||||||
Note | N/A Trademark of General Electric Company; may be registered in one or more countries. | |||||||||
Typical Applications |
N/A
Typical Flotrex AP filtration applications include: |
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General Properties | N/A Flotrex AP filters are available the following absolute pore size micron ratings: 0.65, 1, 2, 3, 5, 10, 20 and 40 µm. Tables 1, 2, 3, 4 and 5 show further details on materials of construction, dimensions, operational limits and flow performance in air and water. | |||||||||
Additional Information |
N/A
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