Compact Oil Mist Eliminator Exhaust Filter, KF25 Inlet & Exhaust Ports, up to 16 CFM

Write a review

$819⁸⁵

In stock

+ −

Delivery

Payment options

Our advantages

— 12 months warranty
— SMS notification
— Return and exchange
— Different payment methods
— Best price

Description
Documents
Accessories

Compact Oil Mist Eliminator Exhaust Filter, KF25 Inlet & Exhaust Ports, up to 16 CFM

These compact oil mist eliminator exhaust filters come with the internal filter media installed and are used to capture oil fog, mist, or smoke from the exhaust of oil vacuum pumps. These exhaust filters are air tight to prevent the vacuum pump exhaust vapors from leaking into your laboratory. They have KF25 (NW25) ports for easy connection between your vacuum pump and exhaust line. These oil mist exhaust eliminator filters are made of chrome plated steel construction to prevent rusting and has internal oil drain-back to return the captured oil back in to the vacuum pump. Each comes with an installed filter media that's easy to replace with a thumbscrew.

Fits:
Alcatel
2004, 2005, 2008, 2010, 2012, 2015, 2020, & 2021 Vacuum Pumps With KF-25 or NW-25 Exhaust Flange.

Edwards
E2M2, E2M5, E2M8, E2M12, E1M18, E2M18, RV3, RV5, RV8, RV12 Pumps with KF-25 NW-25 Exhaust Flanges.

Labconco
E2M5, E2M8, 117, 195 with KF-25 or NW25 Exhaust Flanges.

Leybold
D8A, D16A, D16B with KF-25 or NW25 Exhaust Flanges.

Savant
VP100, VP190, VLP80, VLP120, VLP190, VLP285 with KF-25 or NW25 Exhaust Flanges.

Varian
SD90, SD200, SD300, SD450, SD91, SD201, SD301, SD451, DS102, DS202, DS302, DS402 with KF-25 or NW25 Exhaust Flanges.

Welch
8907, 8910, 8912, 8917, 8920, 8925, 1402, 1376, 1380, with KF-25 or NW25 Exhaust Flanges.

Or any rotary vane vacuum pump with KF25 or NW25 outlet up to 16 CFM.

Common Dimensions & Specifications:
Capacity: Up to 16 CFM
Weight: ~ 1 lbs
Inlet: KF25 or NW25
Exhaust: KF25 or NW25
Dimensions: A= 8-3/8", B= 2-1/8", C= 5-1/8"

Technical_Considerations_for_Selecting_Vacuum_Components_for_Chemical_Processes.pdf (Technical_Considerations_for_Selecting_Vacuum_Components_for_Chemical_Processes.pdf, 3,624 Kb) [Download]