Omnipure - K2515 - 10" x 2" 1 Micron Carbon Block With Lead & Cyst Reduction Inline Filter
K2515 1 Micron Carbon Block with Lead & Cyst Reduction
10" x 2" inline carbon filter with quick-connect fittings for refrigerators, ice makers, and under-counter systems
The Omnipure K2515 combines carbon block filtration with certified lead and cyst reduction in a compact 10-inch inline format. Quick-connect fittings on both ends make installation and replacement straightforward in refrigerators, ice makers, RO systems, or any under-counter application.
K2515 Filter Details
| Dimensions | 10" L x 2" W |
| Micron Rating | 1 Micron |
| Flow Rate | 0.5 GPM |
| Pressure Rating | 125 PSIG Maximum |
| Temperature | 100°F Maximum |
| Service Life | 750 Gallons or 1 Year |
| Media Type | Carbon Block with Lead-Specific Media |
| Fittings | 1/4" Quick Connect (FQC) on Both Ends |
| Reduces | Chlorine Taste & Odor, Lead, Cysts (Cryptosporidium & Giardia), Sediment |
Where to Use the K2515
This filter works in any application that accepts 10" x 2" inline cartridges with 1/4" quick-connect fittings. Common installations include refrigerator water lines, standalone ice makers, under-sink filtration systems, and as a pre- or post-filter in reverse osmosis units. The 1 micron carbon block structure provides mechanical filtration for sediment and cysts while the lead-specific media addresses heavy metal reduction.
K2515 1 Micron Carbon Block with Lead & Cyst Reduction
10" x 2" inline carbon filter with quick-connect fittings for refrigerators, ice makers, and under-counter systems
The Omnipure K2515 combines carbon block filtration with certified lead and cyst reduction in a compact 10-inch inline format. Quick-connect fittings on both ends make installation and replacement straightforward in refrigerators, ice makers, RO systems, or any under-counter application.
K2515 Filter Details
| Dimensions | 10" L x 2" W |
| Micron Rating | 1 Micron |
| Flow Rate | 0.5 GPM |
| Pressure Rating | 125 PSIG Maximum |
| Temperature | 100°F Maximum |
| Service Life | 750 Gallons or 1 Year |
| Media Type | Carbon Block with Lead-Specific Media |
| Fittings | 1/4" Quick Connect (FQC) on Both Ends |
| Reduces | Chlorine Taste & Odor, Lead, Cysts (Cryptosporidium & Giardia), Sediment |
Where to Use the K2515
This filter works in any application that accepts 10" x 2" inline cartridges with 1/4" quick-connect fittings. Common installations include refrigerator water lines, standalone ice makers, under-sink filtration systems, and as a pre- or post-filter in reverse osmosis units. The 1 micron carbon block structure provides mechanical filtration for sediment and cysts while the lead-specific media addresses heavy metal reduction.
Original: $27.96
-65%$27.96
$9.79Description
K2515 1 Micron Carbon Block with Lead & Cyst Reduction
10" x 2" inline carbon filter with quick-connect fittings for refrigerators, ice makers, and under-counter systems
The Omnipure K2515 combines carbon block filtration with certified lead and cyst reduction in a compact 10-inch inline format. Quick-connect fittings on both ends make installation and replacement straightforward in refrigerators, ice makers, RO systems, or any under-counter application.
K2515 Filter Details
| Dimensions | 10" L x 2" W |
| Micron Rating | 1 Micron |
| Flow Rate | 0.5 GPM |
| Pressure Rating | 125 PSIG Maximum |
| Temperature | 100°F Maximum |
| Service Life | 750 Gallons or 1 Year |
| Media Type | Carbon Block with Lead-Specific Media |
| Fittings | 1/4" Quick Connect (FQC) on Both Ends |
| Reduces | Chlorine Taste & Odor, Lead, Cysts (Cryptosporidium & Giardia), Sediment |
Where to Use the K2515
This filter works in any application that accepts 10" x 2" inline cartridges with 1/4" quick-connect fittings. Common installations include refrigerator water lines, standalone ice makers, under-sink filtration systems, and as a pre- or post-filter in reverse osmosis units. The 1 micron carbon block structure provides mechanical filtration for sediment and cysts while the lead-specific media addresses heavy metal reduction.
