Omnipure K2540 BB Inline Filter
$49.50
- Description
- Additional information
- Brand
- Specifications
- Maintenance Requirements
- Additional Information
Additional information
Weight | 0.8 kg |
---|---|
Service Life | 1 Year |
Filter Media | Coconut Shell Granular Activated Carbon (GAC) |
Operating Temperature | For installation on cold water lines only (40 – 100 F) |
Function | Chemical and Mechanical Reduction |
Technology | Carbon Block |
Flow Rate | 5 GPM |
Connection | BB (1/4"Female Thread) |
Filter Size | 10" x 2" |
Omnipure K-Series Model | K2540 |
Micron Rating | 5 |
Reduction Claim | Chlorine, Taste and Odours |
Brand
Specifications
Omnipure K2540-BB
Flow Rate | 0.5 gpm |
Maximum Operating Pressure | 125 psig |
Operating Temperature | 2 to 38 ºC35 to 100 ºF |
Rated Capacity | 1,500 gal/1 Year |
Reduction Claim | Chlorine, taste, color, and odor reduction |
Flow Capacity | 1,500 gal |
Maintenance Requirements
- Note flow direction of the Omnipure K2540-BB.
- Flush the new Omnipure K2540-BB with 5 gallons of water prior to use and check for leaks. If leaks occur, check tightness of tubing and fittings. If leaks persist, discontinue use and call your supporting dealer.
- Replace the Omnipure K2540-BB when rated capacity is reached, or when flow becomes too slow.
- Install in compliance with state and local laws and regulations.
Additional Information
Cap and body are spin welded together producing a smooth, consistent seal without the use of glues or binders that can cause contamination. The result of these design and production techniques is a reliable filter that is fast and easy to install.
One of the primary uses of this product is as a system component. The benefit is derived from the fitting being molded directly into the filter cap, greatly reducing clearance. Shown here (right) is a reverse osmosis system with the traditional 12 in x 2.5 in filter configuration. Notice that all the filters are uniformly attached. This results in the most efficient use of available space and greater filtering performance in a smaller overall area.