Edwards FL20K Foreline Oil Mist Trap with Activated Alumina Sorbent
Edwards
Details
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CategoryPump
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Dimension4.0in x 3.0in x 6.0in
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Serial075002382
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Shipping TypeFedEx Ground
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ManufacturingDoes Not Apply
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Voltage / HertzDoes Not Apply / Does Not Apply
Description
Designed for clean pumping systems, the Edwards FL20K foreline inlet trap effectively prevents rotary pump oil mist back-migration, ensuring the purity of vacuum systems. This used, yet highly functional unit features an activated alumina sorbent, capturing up to 99.7% of oil mist and offering a long lifespan due to its rejuvenation capability by baking at high temperatures. The FL20K's robust cast aluminum body with removable sorbent basket is optimized for use with two-stage rotary pumps operating below 1 mbar. Suitable for a range of pump models, this trap includes ISO KF25 (NW25) inlet and exhaust flanges. While computer is not included, this equipment guarantees enhanced operational reliability in laboratory environments.
Key Features
- Prevents rotary pump oil mist back-migration
- Uses activated alumina sorbent for high oil mist trapping
- Fits multiple pump models: RV3, RV5, RV8, RV12, and more
- Constructed with a durable cast aluminum body
- ISO KF25 (NW25) inlet and exhaust flanges
- Can be rejuvenated by baking at 250-300 C
Specifications
- Fits Pump Models: RV3, RV5, RV8, RV12, E2M2, E2M5, E2M8, E2M12, E1M18, E2M18, E2M28, E2M30
- Inlet & Exhaust Flanges: ISO KF25 (NW25)
- Material: Cast Aluminum Body
- Sorbent: Activated Alumina
- Trapping Efficiency: 99.7%
- Operating Conditions: Best below 1 mbar pressure
- Rejuvenation: Bake at 250-300 C for 2 hours
Weight
Imperial: 2.4 Pounds
Metric: 1.09 Kilograms
Shipping Dimensions
Imperial: 4.8 lb x 3.6 lb x 7.2 lb
Metric: 12.19 cm x 9.14 cm x 18.29 cm
Harmonized Code
902620
Harmonized Code Details
Harmonized code 902620 pertains to instruments and apparatus for measuring or checking pressure. This code is appropriate for the Edwards FL20K, as its primary function involves regulating and managing the delivery and maintenance of specific pressures within vacuum systems.
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