Omnipure - E5305 - 6" x 2.5" E-Series Sediment Filter - 5 Micron
E5305 Sediment Filter – 6" x 2.5" Compact Polypropylene Cartridge
The Omnipure E5305 delivers reliable sediment removal in a compact 6" x 2.5" form factor designed for reverse osmosis systems and whole-house applications where space is constrained. Its polypropylene depth filtration captures dirt, sand, silt, and particulate down to 5 microns, protecting downstream membranes and extending system life.
E5305 Filter Performance Data
| Model Number | Omnipure E5305 |
| Dimensions | 6" L x 2.5" W |
| Micron Rating | 5 micron |
| Filtration Type | Meltblown polypropylene depth filter |
| Flow Rate | 0.5 GPM maximum |
| Pressure Rating | 125 PSI maximum |
| Temperature Rating | 100°F maximum |
| End Cap Design | Easy-change caps for tool-free removal |
| Primary Contaminants | Dirt, sand, sediment, particulate matter |
Applications and System Fit
The E5305 fits Omnipure proprietary housings designed for 6" x 2.5" cartridges and is commonly used as pre-filtration in undersink reverse osmosis systems, whole-house sediment stages, and point-of-use applications requiring compact sediment removal. The quick-change cap design allows for rapid filter replacement without tools, reducing service time. Replace when flow rate decreases noticeably or according to your system's maintenance schedule, typically every 6 to 12 months depending on source water sediment load.
E5305 Sediment Filter – 6" x 2.5" Compact Polypropylene Cartridge
The Omnipure E5305 delivers reliable sediment removal in a compact 6" x 2.5" form factor designed for reverse osmosis systems and whole-house applications where space is constrained. Its polypropylene depth filtration captures dirt, sand, silt, and particulate down to 5 microns, protecting downstream membranes and extending system life.
E5305 Filter Performance Data
| Model Number | Omnipure E5305 |
| Dimensions | 6" L x 2.5" W |
| Micron Rating | 5 micron |
| Filtration Type | Meltblown polypropylene depth filter |
| Flow Rate | 0.5 GPM maximum |
| Pressure Rating | 125 PSI maximum |
| Temperature Rating | 100°F maximum |
| End Cap Design | Easy-change caps for tool-free removal |
| Primary Contaminants | Dirt, sand, sediment, particulate matter |
Applications and System Fit
The E5305 fits Omnipure proprietary housings designed for 6" x 2.5" cartridges and is commonly used as pre-filtration in undersink reverse osmosis systems, whole-house sediment stages, and point-of-use applications requiring compact sediment removal. The quick-change cap design allows for rapid filter replacement without tools, reducing service time. Replace when flow rate decreases noticeably or according to your system's maintenance schedule, typically every 6 to 12 months depending on source water sediment load.
Original: $13.50
-65%$13.50
$4.72Description
E5305 Sediment Filter – 6" x 2.5" Compact Polypropylene Cartridge
The Omnipure E5305 delivers reliable sediment removal in a compact 6" x 2.5" form factor designed for reverse osmosis systems and whole-house applications where space is constrained. Its polypropylene depth filtration captures dirt, sand, silt, and particulate down to 5 microns, protecting downstream membranes and extending system life.
E5305 Filter Performance Data
| Model Number | Omnipure E5305 |
| Dimensions | 6" L x 2.5" W |
| Micron Rating | 5 micron |
| Filtration Type | Meltblown polypropylene depth filter |
| Flow Rate | 0.5 GPM maximum |
| Pressure Rating | 125 PSI maximum |
| Temperature Rating | 100°F maximum |
| End Cap Design | Easy-change caps for tool-free removal |
| Primary Contaminants | Dirt, sand, sediment, particulate matter |
Applications and System Fit
The E5305 fits Omnipure proprietary housings designed for 6" x 2.5" cartridges and is commonly used as pre-filtration in undersink reverse osmosis systems, whole-house sediment stages, and point-of-use applications requiring compact sediment removal. The quick-change cap design allows for rapid filter replacement without tools, reducing service time. Replace when flow rate decreases noticeably or according to your system's maintenance schedule, typically every 6 to 12 months depending on source water sediment load.
