NSF Product and Service Listings
These NSF Official Listings are current as of Saturday, August 3, 2024 at 12:15 a.m. Eastern Time. Please contact NSF to confirm the status of any Listing, report errors, or make suggestions.
Alert: NSF is concerned about fraudulent downloading and manipulation of website text. Always confirm this information by clicking on the below link for the most accurate information: http://info.nsf.org/Certified/DWTU/Listings.asp?CompanyName=everpure&
Note: Certain claims, such as Arsenic (Pentavalent) Reduction, appear as active links, allowing you to access additional information regarding the specific contaminants.
NSF/ANSI 42
Drinking Water Treatment Units - Aesthetic Effects
Drinking Water Treatment Units - Aesthetic Effects
Everpure LLC | |
1040 Muirfield Drive | |
Hanover Park, IL 60133 | |
United States | |
800-323-7873 | |
Visit this company's website |
Facility : Caldwell, ID
COMPONENTS: Filter Cartridges[1] [Pb] |
||||||
Everpure CTOS-Q | ||||||
Everpure CTOS-Q10 | ||||||
[1] Conforms to material requirements only. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
Facility : Hanover Park, IL
Replacement | Service Cycle | Flow Rate | ||||
Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
Commercial Modular |
||||||
2H-L[Pb] | 2H-L | 750(1) | .5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
4H-L[Pb] | 4H-L | 1000(1) | .5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
4H-SI[Pb] | 4H-SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
Coldrink1-7CLM+[Pb] | 7CLM+ | 7500(1) | 1.67 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Coldrink1-XCLM+[Pb] | XCLM+ | 9300(1) | 2 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Coldrink2-7CLM+[Pb] | 7CLM+ | 15,000(1) | 3.37 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Coldrink2-XCLM+[Pb] | XCLM+ | 18,600(1) | 4 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Coldrink3-7CLM+[Pb] | 7CLM+ | 22,500(1) | 5.01 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Coldrink3-XCLM+[Pb] | XCLM+ | 27,900(1) | 6 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Coldrink4-7CLM+[Pb] | 7CLM+ | 30,000(1) | 6.68 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Coldrink4-XCLM+[Pb] | XCLM+ | 37,200(1) | 8 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Endurance SC High Flow Quad 1.1[Pb] | SEN | 200,000(1) | 15 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
Endurance SC High Flow Triple 1.1[Pb] | SEN | 150,000(1) | 11.25 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
Endurance SC High Flow Twin 1.0[Pb] | SEN | 100,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
Follett FL4-SI Carbon-Less NPF Single[Pb] | FL4-SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
Follett FL4-SI Carbon-Less Single[Pb] | FL4-SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
High Flow CSR Quad - SEN[5] [Pb] | SEN | 200000(1) | 15 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
High Flow CSR Quad-7CLM+[Pb] | 7CLM+ | 30,000(1) | 6.68 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
High Flow CSR Quad-XCLM+[Pb] | XCLM+ | 37,200(1) | 8 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
High Flow CSR Triple - SEN[5] [Pb] | SEN | 150000(1) | 11.25 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
High Flow CSR Triple-7CLM+[Pb] | 7CLM+ | 22,500(1) | 5.01 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
High Flow CSR Triple-XCLM+[Pb] | XCLM+ | 27,900(1) | 6 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
High Flow CSR Twin-7CLM+[Pb] | 7CLM+ | 15,000(1) | 3.34 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
High Flow CSR Twin-XCLM+[Pb] | XCLM+ | 18,600(1) | 4 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Hoshizaki Single - 4HC-H[Pb] | 4HC-H | 21,000(1) | 2.0 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Hoshizaki Triple - 4HC-H[Pb] | 4HC-H | 63,000(1) | 6.0 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Hoshizaki Twin - 4HC-H[Pb] | 4HC-H | 42,000(1) | 4.0 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Insurice Single - 2FC-S[Pb] | 2FC-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
Insurice Single - 2FC5-S[Pb] | 2FC5-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class III Bacteriostatic Effects |
||
Insurice Single – 4SI[Pb] | 4SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
InsuricePF Single – 4SI[Pb] | 4SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
QC7I Quad-7CLM+[Pb] | 7CLM+ | 30,000(1) | 6.68 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I Quad-XCLM+[Pb] | XCLM+ | 37,200(1) | 8 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I Single - 2FC[Pb] | 2FC | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
QC7I Single - 2FC5[Pb] | 2FC5 | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class III Bacteriostatic Effects |
||
QC7I Single-7CLM+[Pb] | 7CLM+ | 7500(1) | 1.67 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I Single-XCLM+[Pb] | XCLM+ | 9300(1) | 2 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I Triple-7CLM+[Pb] | 7CLM+ | 22,500(1) | 5.01 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I Triple-XCLM+[Pb] | XCLM+ | 27,900(1) | 6 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I Twin-7CLM+[Pb] | 7CLM+ | 15,000(1) | 3.34 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I Twin-XCLM+[Pb] | XCLM+ | 18,600(1) | 4 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QL1 - 2FC[Pb] | 2FC | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
QL1 - 2FC-S[Pb] | 2FC-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
QL1 - 2FC5[Pb] | 2FC5 | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class III Bacteriostatic Effects |
||
QL1 - 2FC5-S[Pb] | 2FC5-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class III Bacteriostatic Effects |
||
QL1-Rheem Sub-Micron[Pb] | Rheem Sub-Micron |
6000(1) | 1.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B - 2FC[Pb] | 2FC | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
QL3B - 2FC-S[Pb] | 2FC-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
QL3B - 2FC5[Pb] | 2FC5 | 6000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Bacteriostatic Effects |
||
QL3B - 2FC5-S[Pb] | 2FC5-S | 6000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class III Bacteriostatic Effects |
||
QL3B - 2PZ[Pb] | 2PZ | 6000(1) | 1.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B - 4PZ[Pb] | 4PZ | 15000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-1FCM[Pb] | 1FCM | 10,566 | .79 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
QL3B-4FC-L[Pb] | 4FC-L | 4900 | 1.8 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
QL3B-4FC-LS[Pb] | 4FC-LS | 4900 | 1.8 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
QL3B-7FC-L[Pb] | 7FC-L | 7400 | 2.7 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
QL3B-7FC-LS[Pb] | 7FC-LS | 7400 | 2.7 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I Bacteriostatic Effects |
||
Scotsman AP Plus Single System[Pb] | APRC1-P | (1) | 2 | Nominal Particulate Reduction, Class I | ||
Scotsman AP Plus Triple System[Pb] | APRC1-P | (1) | 6 | Nominal Particulate Reduction, Class I | ||
Scotsman AP Plus Twin System[Pb] | APRC1-P | (1) | 4 | Nominal Particulate Reduction, Class I | ||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [5] From date code 1G159. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
||||||
Plumbed-In |
||||||
1.5I3-S[Pb] | 1.5I3-S | 3500(1) | 1 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class II Taste and Odor Reduction |
||
1.5NZ-LS[Pb] | 1.5NZ-LS | 1800(1) | 1.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
1.5NZ3-S[Pb] | 1.5NZ3-S | 3500(1) | 1 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class II Taste and Odor Reduction |
||
1.5Z-CF[Pb] | 1.5Z-CF | (1) | 1.5 | Nominal Particulate Reduction, Class I | ||
1.5Z-LS[Pb] | 1.5Z-LS | 1800(1) | 1.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
1.5Z3-S[Pb] | 1.5Z3-S | 3500(1) | 1 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class II Taste and Odor Reduction |
||
1NZ-LS[Pb] | 1NZ-LS | 1100(1) | 1 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
1Z-LS[Pb] | 1Z-LS | 1100(1) | 1 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
2NZ-LS[Pb] | 2NZ-LS | 2500(1) | 1.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
2NZ3-S[Pb] | 2NZ3-S | 4500(1) | 1.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class II Taste and Odor Reduction |
||
2Z-CF[Pb] | 2Z-CF | (1) | 1.5 | Nominal Particulate Reduction, Class I | ||
2Z-LS[Pb] | 2Z-LS | 2500(1) | 1.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
2Z3-S[Pb] | 2Z3-S | 4500(1) | 1.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class II Taste and Odor Reduction |
||
Alpine Coolers FW Premium-1500[Pb] | FW Premium-1500 | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Alpine Coolers FW Premium-3000[Pb] | FW Premium-3000 | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Arctic Pure Pro K00535-K00533[Pb] | K00533 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
Arctic Pure Pro K00535-K00534 [Pb] | K00534 | 10000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
Breakmate Fine[Pb] | Fine | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
CB20-312E[Pb] | CC1E CC3E |
100,000(1) | 5 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
CB20-3CV[Pb] | CC1E CC5E |
50,000 | 5 | Chloramine Reduction Chlorine Reduction Taste and Odor Reduction |
||
COLDRINK SYSTEM 1 - 4FC[Pb] | 4FC | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
COLDRINK SYSTEM 1 – 4FC5[Pb] | 4FC5 | 15,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
COLDRINK SYSTEM 1 – 7FC5[Pb] | 7FC5 | 25,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
COLDRINK SYSTEM 2 – 4FC5[Pb] | 4FC5 | 30,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
COLDRINK SYSTEM 3 - 4FC[Pb] | 4FC | 45,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
COLDRINK SYSTEM 3 - 7FC[Pb] | 7FC | 75,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
COLDRINK SYSTEM 3 – 4FC5[Pb] | 4FC5 | 45,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
COLDRINK SYSTEM 3 – 7FC5[Pb] | 7FC5 | 75,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
COLDRINK SYSTEM 4 - 4FC[Pb] | 4FC | 60,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
COLDRINK SYSTEM 4 - 7FC[Pb] | 7FC | 100,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
COLDRINK SYSTEM 4 – 4FC5[Pb] | 4FC5 | 60,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
COLDRINK SYSTEM 4 – 7FC5[Pb] | 7FC5 | 100,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
CX-9000 Filter[2] [3] [Pb] | CX-9000 | 1500(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Coldrink System 1 - 4CB5[Pb] | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
Coldrink System 1 - 7CB5[Pb] | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
Coldrink System 1 - MC²[Pb] | MC² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Coldrink System 1 - XC²[2] [3] [Pb] | XC² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Coldrink System 2 - 4CB5[Pb] | 4CB5 | 12,000 | 3.3 | Chlorine Reduction Taste and Odor Reduction |
||
Coldrink System 2 - 7CB5[Pb] | 7CB5 | 20,000 | 5 | Chlorine Reduction Taste and Odor Reduction |
||
Coldrink System 2 - MC²[Pb] | MC² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Coldrink System 2 - XC²[2] [3] [Pb] | XC² | 24,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Coldrink System 3 - 4CB5[Pb] | 4CB5 | 18,000(1) | 5 | Chlorine Reduction Taste and Odor Reduction |
||
Coldrink System 3 - 7CB5[Pb] | 7CB5 | 30,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction |
||
Coldrink System 3 - MC²[Pb] | MC² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Coldrink System 3 - XC²[2] [3] [Pb] | XC² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Coldrink System 4 – 7CB5[Pb] | 7CB5 | 40,000 | 10 | Chlorine Reduction Taste and Odor Reduction |
||
E10-FC10[Pb] | FC10 | 15,000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
E20-FC20[Pb] | FC20 | 25,000(1) | 2.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
Endurance High Flow Quad[5] [Pb] | SEN | 200000(1) | 15 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Endurance High Flow Triple[5] [Pb] | SEN | 150000(1) | 11.25 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Endurance High Flow Twin[5] [Pb] | SEN | 100000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
FL4S NPF Single[Pb] | FL4S | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
FL4S Plus NPF Single[Pb] | FL4S PLUS | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
FL4S Plus Single[Pb] | FL4S PLUS | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
FL4S Single[2] [3] [Pb] | FL4S | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
FeelWell FW Premium-1500[Pb] | FW Premium-1500 | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
FeelWell FW Premium-3000[Pb] | FW Premium-3000 | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
HIGH FLOW CSR QUAD - 4FC[Pb] | 4FC | 60,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
HIGH FLOW CSR QUAD - 7FC[Pb] | 7FC | 100,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
HIGH FLOW CSR QUAD – 4FC5[Pb] | 4FC5 | 60,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
HIGH FLOW CSR QUAD – 7FC5[Pb] | 7FC5 | 100,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
HIGH FLOW CSR TRIPLE - 4FC[Pb] | 4FC | 45,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
HIGH FLOW CSR TRIPLE - 7FC[Pb] | 7FC | 75,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
HIGH FLOW CSR TRIPLE – 4FC5[Pb] | 4FC5 | 45,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
HIGH FLOW CSR TRIPLE – 7FC5[Pb] | 7FC5 | 75,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
HIGH FLOW CSR TWIN - 4FC[Pb] | 4FC | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
HIGH FLOW CSR TWIN - 7FC[Pb] | 7FC | 50,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
HIGH FLOW CSR TWIN – 4FC5[Pb] | 4FC5 | 30,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
HIGH FLOW CSR TWIN – 7FC5[Pb] | 7FC5 | 50,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
High Flow CSR Quad - MC²[Pb] | MC² | 36,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
High Flow CSR Quad Plus - XC²[2] [3] [Pb] | XC² | 48,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
High Flow CSR Triple - 4CB5[Pb] | 4CB5 | 18,000(1) | 5 | Chlorine Reduction Taste and Odor Reduction |
||
High Flow CSR Triple - 7CB5[Pb] | 7CB5 | 30,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction |
||
High Flow CSR Triple - MC²[Pb] | MC² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
High Flow CSR Triple - XC²[2] [3] [Pb] | XC² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
High Flow CSR Twin - 4CB5[Pb] | 4CB5 | 12,000 | 3.3 | Chlorine Reduction Taste and Odor Reduction |
||
High Flow CSR Twin - 7CB5[Pb] | 7CB5 | 20,000 | 5 | Chlorine Reduction Taste and Odor Reduction |
||
High Flow CSR Twin - MC²[Pb] | MC² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
High Flow CSR Twin - XC²[2] [3] [Pb] | XC² | 24,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE PF QUAD - 4FC-S[Pb] | 4FC-S | 60,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE PF QUAD - 7FC-S[Pb] | 7FC-S | 100,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE PF QUAD – 4FC5-S[Pb] | 4FC5-S | 60,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE PF QUAD – 7FC5-S[Pb] | 7FC5-S | 100,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE PF SINGLE - 4FC-S[Pb] | 4FC-S | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE PF SINGLE - 7FC-S[Pb] | 7FC-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE PF SINGLE – 4FC5-S[Pb] | 4FC5-S | 15,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE PF SINGLE – 7FC5-S[Pb] | 7FC5-S | 25,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE PF TRIPLE - 4FC-S[Pb] | 4FC-S | 45,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE PF TRIPLE - 7FC-S[Pb] | 7FC-S | 75,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE PF TRIPLE – 4FC5-S[Pb] | 4FC5-S | 45,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE PF TRIPLE – 7FC5-S[Pb] | 7FC5-S | 75,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE PF TWIN - 4FC-S[Pb] | 4FC-S | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE PF TWIN - 7FC-S[Pb] | 7FC-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE PF TWIN – 4FC5-S[Pb] | 4FC5-S | 30,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE PF TWIN – 7FC5-S[Pb] | 7FC5-S | 50,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE QUAD - 4FC-S[Pb] | 4FC-S | 60,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE QUAD - 7FC-S[Pb] | 7FC-S | 100,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE QUAD – 4FC5-S[Pb] | 4FC5-S | 60,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE QUAD – 7FC5-S[Pb] | 7FC5-S | 100,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE QUAD – ECO-I2000²[Pb] | ECO-I2000² | 36,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE QUAD – ECO-I4000²[Pb] | ECO-I4000² | 48,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE SINGLE - 4FC-S[Pb] | 4FC-S | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE SINGLE - 7FC-S[Pb] | 7FC-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE SINGLE – 4FC5-S[Pb] | 4FC5-S | 15,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE SINGLE – 7FC5-S[Pb] | 7FC5-S | 25,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE SINGLE – ECO-I2000²[Pb] | ECO-I2000² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE SINGLE – ECO-I4000²[Pb] | ECO-I4000² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE TRIPLE - 4FC-S[Pb] | 4FC-S | 45,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE TRIPLE - 7FC-S[Pb] | 7FC-S | 75,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE TRIPLE – 4FC5-S[Pb] | 4FC5-S | 45,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE TRIPLE – 7FC5-S[Pb] | 7FC5-S | 75,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE TRIPLE – ECO-I2000²[Pb] | ECO-I2000² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE TRIPLE – ECO-I4000²[Pb] | ECO-I4000² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE TWIN - 4FC-S[Pb] | 4FC-S | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE TWIN - 7FC-S[Pb] | 7FC-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE TWIN – 4FC5-S[Pb] | 4FC5-S | 30,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE TWIN – 7FC5-S[Pb] | 7FC5-S | 50,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
INSURICE TWIN – ECO-I2000²[Pb] | ECO-I2000² | 18,000(1) | 3.34 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
INSURICE TWIN – ECO-I4000²[Pb] | ECO-I4000² | 24,000(1) | 3.34 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
InsurIce PF Single - I2000²[Pb] | I2000² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
InsurIce PF Single - I4000²[Pb] | I4000 | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
InsurIce PF Triple - I2000²[Pb] | I2000² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
InsurIce PF Triple - I4000²[Pb] | I4000² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
InsurIce PF Twin - I2000²[Pb] | I2000² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
InsurIce PF Twin - I4000²[Pb] | I4000² | 24,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Insurice PF Quad - 7SI[Pb] | 7SI | (1) | 14 | Nominal Particulate Reduction, Class I | ||
Insurice PF Single - 7SI[Pb] | 7SI | (1) | 3.5 | Nominal Particulate Reduction, Class I | ||
Insurice PF Triple - 7SI[Pb] | 7SI | (1) | 10.5 | Nominal Particulate Reduction, Class I | ||
Insurice PF Twin - 7SI[Pb] | 7SI | (1) | 7 | Nominal Particulate Reduction, Class I | ||
Insurice Quad - 7SI[Pb] | 7SI | (1) | 14 | Nominal Particulate Reduction, Class I | ||
Insurice Quad - I2000²[Pb] | I2000² | 36,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Insurice Quad - I4000²[2] [3] [Pb] | I4000² | 48,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Insurice Single - 7SI[Pb] | 7SI | (1) | 3.5 | Nominal Particulate Reduction, Class I | ||
Insurice Single - ECO-I4000[3] [Pb] | ECO-I4000 | 12,000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I |
||
Insurice Single - I2000²[Pb] | I2000² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Insurice Single - I4000²[2] [3] [Pb] | I4000² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Insurice Triple - 7SI[Pb] | 7SI | (1) | 10.5 | Nominal Particulate Reduction, Class I | ||
Insurice Triple - I2000²[Pb] | I2000² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Insurice Triple - I4000²[2] [3] [Pb] | I4000² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Insurice Twin - 7SI[Pb] | 7SI | (1) | 7 | Nominal Particulate Reduction, Class I | ||
Insurice Twin - I2000²[Pb] | I2000² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Insurice Twin - I4000²[2] [3] [Pb] | I4000² | 24,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I PF SINGLE 7FC[Pb] | 7FC | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I PF SINGLE 7FC-S[Pb] | 7FC-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I PF TWIN 4FC[Pb] | 4FC | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I PF TWIN 4FC-S[Pb] | 4FC-S | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I PF TWIN 7FC[Pb] | 7FC | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I PF TWIN 7FC-S[Pb] | 7FC-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I PF TWIN 7FC5[Pb] | 7FC5 | 50,000 | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I PF TWIN 7FC5-S[Pb] | 7FC5-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I QUAD - 4FC[Pb] | 4FC | 60,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I QUAD - 7FC[Pb] | 7FC | 100,000(1) | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I QUAD – 4FC5[Pb] | 4FC5 | 60,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I QUAD – 7FC5[Pb] | 7FC5 | 100,000 | 10 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I QUAD – ECO-MC²[Pb] | ECO-MC² | 36,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I QUAD – ECO-XC²[Pb] | ECO-XC² | 48,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Quad - 7CB5[Pb] | 7CB5 | 40,000 | 10 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Quad - 7CB5-K[Pb] | 7CB5-K | 40,000 | 10 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Quad - 7CB5-S[Pb] | 7CB5-S | 40,000 | 10 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Quad - ECO-7CB5[Pb] | ECO-7CB5 | 40,000(1) | 10 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Quad - MC²[Pb] | MC² | 36,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Quad - MH²[Pb] | MH² | 36,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Quad - XC²[2] [3] [Pb] | XC² | 48,000(1) | 6.6 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I SINGLE - 4FC[Pb] | 4FC | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I SINGLE - 7FC[Pb] | 7FC | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I SINGLE 4FC-S[Pb] | 4FC-S | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I SINGLE 4FC5-S[Pb] | 4FC5-S | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I SINGLE 7FC-S[Pb] | 7FC-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I SINGLE 7FC5-S[Pb] | 7FC5-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I SINGLE – 4FC5[Pb] | 4FC5 | 15,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I SINGLE – 7FC5[Pb] | 7FC5 | 25,000 | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I SINGLE – ECO-MC²[Pb] | ECO-MC² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I SINGLE – ECO-XC²[Pb] | ECO-XC² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Single - 7CB5[Pb] | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Single - 7CB5-K[Pb] | 7CB5-K | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Single - ECO-7CB5[Pb] | ECO-7CB5 | 10,000(1) | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Single - MC²[Pb] | MC² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Single - XC²[2] [3] [Pb] | XC² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Single – 7CB5-S[Pb] | 7CB5-S | 10,000(1) | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Single-MH²[Pb] | MH² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I TRIPLE - 4FC[Pb] | 4FC | 45,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I TRIPLE - 7FC[Pb] | 7FC | 75,000(1) | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I TRIPLE – 4FC5[Pb] | 4FC5 | 45,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I TRIPLE – 7FC5[Pb] | 7FC5 | 75,000 | 7.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I TRIPLE – ECO-MC²[Pb] | ECO-MC² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I TRIPLE – ECO-XC²[Pb] | ECO-XC² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I TWIN - 4FC[Pb] | 4FC | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I TWIN - 7FC[Pb] | 7FC | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I TWIN 4FC-S[Pb] | 4FC-S | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I TWIN 4FC5-S[Pb] | 4FC5-S | 30,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I TWIN 7FC-S[Pb] | 7FC-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I TWIN 7FC5-S[Pb] | 7FC5-S | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I TWIN – 4FC5[Pb] | 4FC5 | 35,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I TWIN – 7FC5[Pb] | 7FC5 | 50,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QC7I TWIN – ECO-MC²[Pb] | ECO-MC² | 18,000(1) | 3.34 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I TWIN – ECO-XC²[Pb] | ECO-XC² | 24,000(1) | 3.34 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Triple - 7CB5[Pb] | 7CB5 | 30,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Triple - 7CB5-K[Pb] | 7CB5-K | 30,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Triple - 7CB5-S[Pb] | 7CB5-S | 30,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Triple - ECO-7CB5[Pb] | ECO-7CB5 | 30,000(1) | 7.5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Triple - MC²[Pb] | MC² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Triple - MH²[Pb] | MH² | 27,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Triple - XC²[2] [3] [Pb] | XC² | 36,000(1) | 5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Twin - 7CB5[Pb] | 7CB5 | 20,000 | 5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Twin - 7CB5-K[Pb] | 7CB5-K | 20,000 | 5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Twin - 7CB5-S[Pb] | 7CB5-S | 20,000 | 5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Twin - ECO-7CB5[Pb] | ECO-7CB5 | 20,000(1) | 5 | Chlorine Reduction Taste and Odor Reduction |
||
QC7I Twin - MC²[Pb] | MC² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Twin - MH²[Pb] | MH² | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QC7I Twin - XC²[2] [3] [Pb] | XC² | 24,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1 - 2FC-P[Pb] | 2FC-P | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1 - 2FC-PS[Pb] | 2FC-PS | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1 - 4FC[Pb] | 4FC | 15000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1 - 4FC-P[Pb] | 4FC-P | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1 - 4FC-PS[Pb] | 4FC-PS | 1000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1 - 4FC-S[Pb] | 4FC-S | 15000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1 - 7FC-P[Pb] | 7FC-P | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1 - 7FC-PS[Pb] | 7FC-PS | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-2CB5[Pb] | 2CB5 | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL1-2CB5-K[Pb] | 2CB5-K | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL1-2CB5-S[Pb] | 2CB5-S | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL1-2DC[Pb] | 2DC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
QL1-4C[Pb] | 4C | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-4C2[Pb] | 4C2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-4CB5[Pb] | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
QL1-4CB5-K[Pb] | 4CB5-K | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
QL1-4CB5-S[Pb] | 4CB5-S | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
QL1-4H[Pb] | 4H | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-4H2[Pb] | 4H2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-7CB5[Pb] | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QL1-7CB5-K[Pb] | 7CB5-K | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QL1-7CB5-S[Pb] | 7CB5-S | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QL1-AC[Pb] | AC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-AC2[Pb] | AC2 | 1500 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-AquaMark 3[Pb] | AquaMark 3 | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-BH[Pb] | BH | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-BH²[Pb] | BH² | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-OCS[Pb] | OCS | 1500(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-OCS²[Pb] | OCS² | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL1-Rheem 5 Micron | Rheem 5 Mircon | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL1-WFA-12[Pb] | WFA-12 | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2 - 2FC-P[Pb] | 2FC-P | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2 - 2FC-PS[Pb] | 2FC-PS | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2 - 4FC-P[Pb] | 4FC-P | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2 - 4FC-PS[Pb] | 4FC-PS | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2 - 7FC-P[Pb] | 7FC-P | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2 - 7FC-PS[Pb] | 7FC-PS | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2-2CB5[Pb] | 2CB5 | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL2-2CB5-K[Pb] | 2CB5-K | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL2-2CB5-S[Pb] | 2CB5-S | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL2-BH[Pb] | BH | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2-BH²[Pb] | BH² | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2-H2O[Pb] | Source H2O | 1500(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2-OC[Pb] | OC | 1500(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2-OCS[Pb] | OCS | 1500(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2-OCS²[Pb] | OCS² | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2-OW200L[2] [3] [Pb] | OW200L | 480(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL2-WPS/ADC[Pb] | ADC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
QL3 - 2FC-P[Pb] | 2FC-P | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3 - 2FC-PS[Pb] | 2FC-PS | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3 - 4FC-P[Pb] | 4FC-P | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3 - 4FC-PS[Pb] | 4FC-PS | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3 - 7FC-P[Pb] | 7FC-P | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3 - 7FC-PS[Pb] | 7FC-PS | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-2CB5[Pb] | 2CB5 | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL3-2CB5-K[Pb] | 2CB5-K | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL3-2CB5-S[Pb] | 2CB5-S | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL3-2DC[Pb] | 2DC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
QL3-4C[Pb] | 4C | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-4C2[Pb] | 4C2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-4CB5[Pb] | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
QL3-4CB5-K[Pb] | 4CB5-K | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
QL3-4CB5-S[Pb] | 4CB5-S | 6000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL3-4DC[Pb] | 4DC | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
QL3-4H[Pb] | 4H | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-4H2[Pb] | 4H2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-7CB5[Pb] | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QL3-7CB5-K[Pb] | 7CB5-K | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QL3-7CB5-S[Pb] | 7CB5-S | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QL3-BH[Pb] | BH | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-BH²[Pb] | BH² | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-MC²[Pb] | MC² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-MH²[Pb] | MH² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-OCS[Pb] | OCS | 1500(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-OCS²[Pb] | OCS² | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-OW200L[Pb] | OW200L | 480(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3-WPS/ADC[Pb] | ADC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
QL3-XC²[Pb] | XC² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B - 2FC-P[Pb] | 2FC-P | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B - 2FC-PS[Pb] | 2FC-PS | 1000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B - 4FC[Pb] | 4FC | 15000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B - 4FC-P[Pb] | 4FC-P | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B - 4FC-PS[Pb] | 4FC-PS | 4000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B - 4FC-S[Pb] | 4FC-S | 15000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B - 7FC-P[Pb] | 7FC-P | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B - 7FC-PS[Pb] | 7FC-PS | 10000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B 4FC5[Pb] | 4FC5 | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QL3B 4FC5-S[Pb] | 4FC5-S | 15,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QL3B 7FC[Pb] | 7FC | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B 7FC5[Pb] | 7FC5 | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QL3B 7FC5-S[Pb] | 7FC5-S | 25,000(1) | 2.5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
QL3B-2CB5[Pb] | 2CB5 | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B-2CB5-K[Pb] | 2CB5-K | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B-2CB5-S[Pb] | 2CB5-S | 3000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B-2DC[Pb] | 2DC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
QL3B-4C[Pb] | 4C | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-4C2[Pb] | 4C2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-4CB5[Pb] | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B-4CB5-K[Pb] | 4CB5-K | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B-4CB5-S[Pb] | 4CB5-S | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B-4DC[Pb] | 4DC | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
QL3B-4H [Pb] | 4H | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-4H2[Pb] | 4H2 | 3950 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-7CB5[Pb] | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B-7CB5-K[Pb] | 7CB5-K | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B-7CB5-S[Pb] | 7CB5-S | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B-AC [Pb] | AC | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-AC2[Pb] | AC2 | 1500 | .5 | Chlorine Reduction Bacteriostatic Effects Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-AquaMark 3[Pb] | AquaMark 3 | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-BH[Pb] | BH | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-BH²[Pb] | BH² | 3000(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-MC²[Pb] | MC² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-MH²[Pb] | MH² | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-OCS[Pb] | OCS | 1500(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-OCS²[Pb] | OCS² | 1500(1) | .5 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-OW200L[Pb] | OW200L | 480(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
QL3B-XC²[Pb] | XC² | 12,000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Quantum 1000 Filter[2] [3] [Pb] | Quantum 1000 | 750(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
Quantum 4000 Filter[Pb] | Quantum 4000 | 2000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
SCOTSMAN SINGLE – SSMplus[Pb] | SSMplus | 9000(1) | 1.67 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
SCOTSMAN TRIPLE – SSMplus[Pb] | SSMplus | 27,000(1) | 5.0 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
SCOTSMAN TWIN – SSMplus[Pb] | SSMplus | 18,000(1) | 3.3 | Bacteriostatic Effects Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
TX-9000 Filter[2] [3] [Pb] | TX-9000 | 300(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction |
||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [2] From date code 1C38 [3] From date code 1C48 [5] From date code 1G159. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
||||||
COMPONENTS: Filter Cartridges[4] |
||||||
4FC-LPLUS | ||||||
4FC-LSPLUS | ||||||
7FC-LPLUS | ||||||
7FC-LSPLUS | ||||||
[4] Conforms to material and structural integrity requirements only. |
||||||
COMPONENTS: Filter Housings/Filter Cartridges[4] |
||||||
E10[Pb] | ||||||
E20[Pb] | ||||||
E20-DPI[Pb] | ||||||
Endurance TKO Microfilter Pretreatment System[Pb] | ||||||
[4] Conforms to material and structural integrity requirements only. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
Facility : Roselle, IL
Replacement | Service Cycle | Flow Rate | ||||
Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
Plumbed-In [Pb] |
||||||
Arctic Pure Pro K00535-K00533[Pb] | K00533 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
Arctic Pure Pro K00535-K00534 [Pb] | K00534 | 10000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
CB20-312E | CC1E CC3E |
100,000(1) | 5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Chloramine Reduction |
||
COLDRINK SYSTEM 1 - 4FC | 4FC | 15,000(1) | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
COLDRINK SYSTEM 1 – 4FC5 | 4FC5 | 15,000 | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Bacteriostatic Effects |
||
COLDRINK SYSTEM 1 – 7FC5 | 7FC5 | 25,000 | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Bacteriostatic Effects |
||
Coldrink System 1 - 4CB5 | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
Coldrink System 1 - 7CB5 | 7CB5 | 10,000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
Coldrink System 1 - MC² | MC² | 9,000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
Coldrink System 1 - XC² | XC² | 12,000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
E10-FC10 | FC10 | 15,000(1) | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
E20-FC20 | FC20 | 25,000(1) | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure FX-11 | CTO-10 | 15,000 | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure FX-12 | CTO-20 | 30,000 | 3 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure FX-22 | CTO-20 S5-20 |
30,000 | 3 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure FX-22P | CTO-20 | 60,000 | 6 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure FX-22P+ | CTO-20 S5-20 |
60,000 | 6 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure FXI-11 | CTOS-10 | 15,000 | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure FXI-12 | CTOS-20 | 30,000 | 3 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure FXI-22 | CTOS-20 S5-20 |
30,000 | 3 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure FXI-22P | CTOS-20 | 60,000 | 6 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure FXI-22P+ | CTOS-20 S5-20 |
60,000 | 6 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure QTCR-1 | CTO-QCR2 | 10,000(1) | 1.7 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Chloramine Reduction |
||
Everpure QTCR-2 | CTO-QCR2 | 20,000(1) | 3.4 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Chloramine Reduction |
||
Everpure QTCR-3 | CTO-QCR2 | 30,000(1) | 5.1 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Chloramine Reduction |
||
Everpure QTCR-4 | CTO-QCR2 | 40,000(1) | 6.8 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Chloramine Reduction |
||
Everpure SX2-21 | CTO-10 SCLX2-1 |
15,000 | 1.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Everpure SX2-22 | CTO-20 SCLX2-2 |
30,000 | 3 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
FL4S Plus Single | FL4S PLUS | 15,000(1) | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Chloramine Reduction |
||
FL4S Single[4] [5] | FL4S | 3000(1) | .5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Chloramine Reduction |
||
INSURICE PF SINGLE - 4FC-S | 4FC-S | 15,000(1) | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
INSURICE PF SINGLE - 7FC-S | 7FC-S | 25,000(1) | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
INSURICE PF SINGLE – 4FC5-S | 4FC5-S | 15,000 | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Bacteriostatic Effects |
||
INSURICE PF SINGLE – 7FC5-S | 7FC5-S | 25,000 | 2.5 | Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction Bacteriostatic Effects |
||
InsurIce PF Single - I2000² | I2000² | 9,000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
InsurIce PF Single - I4000² | I4000 | 12,000(1) | 1.67 | Chlorine Reduction Nominal Particulate Reduction, Class I Taste and Odor Reduction Bacteriostatic Effects |
||
Insurice PF Single - 7SI | 7SI | (1) | 3.5 | Nominal Particulate Reduction, Class I | ||
QL3B - 4CB5[Pb] | 4CB5 | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B - 4CB5-K[Pb] | 4CB5-K | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B - 4CB5-S[Pb] | 4CB5-S | 6000 | 1.67 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B - 7CB5[Pb] | 7CB5 | 10000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B - 7CB5-K[Pb] | 7CB5-K | 10000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
QL3B - 7CB5-S[Pb] | 7CB5-S | 10000 | 2.5 | Chlorine Reduction Taste and Odor Reduction |
||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [4] From date code 1C38 [5] From date code 1C48 [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
||||||
Commercial Modular [Pb] |
||||||
Coldrink1-7CLM+ | 7CLM+ | 7500(1) | 1.67 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Coldrink1-XCLM+ | XCLM+ | 9300(1) | 2 | Chloramine Reduction Chlorine Reduction Nominal Particulate Reduction, Class III Taste and Odor Reduction |
||
Follett FL4-SI Carbon-Less NPF Single | FL4-SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
Follett FL4-SI Carbon-Less Single | FL4-SI | (1) | 2 | Nominal Particulate Reduction, Class I | ||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
||||||
COMPONENTS: Filter Cartridges[2] [Pb] |
||||||
Everpure CTO-10 | ||||||
Everpure CTO-20 | ||||||
Everpure CTO-Q | ||||||
Everpure CTO-Q10 | ||||||
Everpure CTOS-10 | ||||||
Everpure CTOS-20 | ||||||
Everpure PTS-10 | ||||||
Everpure PTS-20 | ||||||
Everpure S5-10 | ||||||
Everpure S5-20 | ||||||
Everpure SCLX2-1 | ||||||
Everpure SCLX2-2 | ||||||
[2] Conforms to material requirements only. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
||||||
COMPONENTS: Filter Housings/Filter Cartridges[3] [Pb] |
||||||
E10 | ||||||
E20 | ||||||
E20-DPI | ||||||
[3] Conforms to material and structural integrity requirements only. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
Facility : Dover, NH
Replacement | Service Cycle | Flow Rate | ||||
Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
Replacement Element: Plumbed-In [Pb] |
||||||
FC10[2] | N/A | 15,000(1) | 1.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
FC20[3] | N/A | 25,000(1) | 2.5 | Chlorine Reduction Taste and Odor Reduction Nominal Particulate Reduction, Class I |
||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [2] E10-FC10 [3] E20-FC20 [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
Facility : Jiangsu Province, China
COMPONENTS: Filter Cartridges[1] |
||||||
CG5-10 | ||||||
CG5-10S | ||||||
CG5-20 | ||||||
CG5-20S | ||||||
CG53-10 | ||||||
CG53-10S | ||||||
CG53-20 | ||||||
CG53-20S | ||||||
CGT-10 | ||||||
CGT-10S | ||||||
CGT-20 | ||||||
CGT-20S | ||||||
[1] Conforms to material requirements only. |
Facility : Reynosa, Mexico
Replacement | Service Cycle | Flow Rate | ||||
Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
Plumbed-In |
||||||
AquaMark Inline[Pb] | N/A | 1350 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
IN-10 CS[1] | N/A | 3308 | .5 | Chlorine Reduction Taste and Odor Reduction |
||
IN-15 CF[2] [Pb] | N/A | 5000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
IN-15 CF-S[2] [Pb] | N/A | 5000 | 1 | Chlorine Reduction Taste and Odor Reduction |
||
IN-6 CG-S[1] | N/A | 585 | .5 | Chlorine Reduction Taste and Odor Reduction |
||
[1] From date code 5D10. [2] From date code 14E12. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
Everpure LLC | |
1040 Muirfield Drive | |
Hanover Park, IL 60133 | |
United States | |
800-323-7873 |
Facility : # 1 USA
COMPONENTS: Filter Cartridges[1] |
||||||
SS-10[Pb] | ||||||
SS-IMF[Pb] | ||||||
SS-IP[Pb] | ||||||
SS-XL[Pb] | ||||||
SSW-10[Pb] | ||||||
[1] Conforms to material requirements only. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
[2] The quantity of media used in the SS-IP may range between 22 and 54 grams.
NSF/ANSI 44
Cation Exchange Water Softeners
Cation Exchange Water Softeners
Everpure LLC | |
1040 Muirfield Drive | |
Hanover Park, IL 60133 | |
United States | |
800-323-7873 | |
Visit this company's website |
Facility : Buena Park, CA
Flow Rate | ||||||
Brand Name / Trade Name / Model | (gpm) | Claim | ||||
Plumbed-In |
||||||
CES-5600E-15[Pb] | 3 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
[ER] Softener Efficiency indicates that the softener achieves a minimum of 3,350 grains of hardness removed per pound of regenerant salt (477 grams of hardness removed per kilogram of regenerant salt), and also that it uses 5 gallons or less of regenerant water per 1,000 grains of hardness removed (18.9 liters or less of regenerant water per 64.8 grams of hardness removed). [HR] Hardness Reduction indicates that the published capacity ratings for reducing hardness have been verified. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
||||||
Point-of-Entry [POE] |
||||||
CES-9100E-24[1] [Pb] | 8 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
CES-9100TS E-30C[Pb] | 7.9 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
[1] Product evaluated and determined to comply with efficiency rating requirements defined by California state laws. [ER] Softener Efficiency indicates that the softener achieves a minimum of 3,350 grains of hardness removed per pound of regenerant salt (477 grams of hardness removed per kilogram of regenerant salt), and also that it uses 5 gallons or less of regenerant water per 1,000 grains of hardness removed (18.9 liters or less of regenerant water per 64.8 grams of hardness removed). [HR] Hardness Reduction indicates that the published capacity ratings for reducing hardness have been verified. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. [POE] Product conforms to NSF/ANSI/CAN 61 health effects requirements. |
Facility : Mukwonago, WI
Flow Rate | ||||||
Brand Name / Trade Name / Model | (gpm) | Claim | ||||
Plumbed-In |
||||||
CES-5600E-15[Pb] | 3 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
[ER] Softener Efficiency indicates that the softener achieves a minimum of 3,350 grains of hardness removed per pound of regenerant salt (477 grams of hardness removed per kilogram of regenerant salt), and also that it uses 5 gallons or less of regenerant water per 1,000 grains of hardness removed (18.9 liters or less of regenerant water per 64.8 grams of hardness removed). [HR] Hardness Reduction indicates that the published capacity ratings for reducing hardness have been verified. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
||||||
Point-of-Entry [POE] |
||||||
CES-9100E-24[1] [Pb] | 8 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
CES-9100TS E-30C[Pb] | 7.9 | Efficiency Rated[ER] Hardness Reduction[HR] |
||||
[1] Product evaluated and determined to comply with efficiency rating requirements defined by California state laws. [ER] Softener Efficiency indicates that the softener achieves a minimum of 3,350 grains of hardness removed per pound of regenerant salt (477 grams of hardness removed per kilogram of regenerant salt), and also that it uses 5 gallons or less of regenerant water per 1,000 grains of hardness removed (18.9 liters or less of regenerant water per 64.8 grams of hardness removed). [HR] Hardness Reduction indicates that the published capacity ratings for reducing hardness have been verified. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. [POE] Product conforms to NSF/ANSI 61 health effects requirements. |
NSF/ANSI 53
Drinking Water Treatment Units - Health Effects
Drinking Water Treatment Units - Health Effects
Everpure LLC | |
1040 Muirfield Drive | |
Hanover Park, IL 60133 | |
United States | |
800-323-7873 | |
Visit this company's website |
Facility : Hanover Park, IL
Replacement | Service Cycle | Flow Rate | ||||
Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
Commercial Modular |
||||||
2H-L[Pb] | 2H-L | 750(1) | .5 | Cyst Reduction Lead Reduction |
||
4H-L[Pb] | 4H-L | 1000(1) | .5 | Cyst Reduction Lead Reduction |
||
4H-SI[Pb] | 4H-SI | (1) | 2 | Cyst Reduction | ||
Endurance SC High Flow Quad 1.1[Pb] | SEN | (1) | 15 | Cyst Reduction Turbidity Reduction |
||
Endurance SC High Flow Triple 1.1[Pb] | SEN | (1) | 11.25 | Cyst Reduction Turbidity Reduction |
||
Endurance SC High Flow Twin 1.0[Pb] | SEN | (1) | 7.5 | Cyst Reduction | ||
Follett FL4-SI Carbon-Less NPF Single[Pb] | FL4-SI | (1) | 2 | Cyst Reduction | ||
Follett FL4-SI Carbon-Less Single[Pb] | FL4-SI | (1) | 2 | Cyst Reduction | ||
High Flow CSR Quad - SEN[5] [Pb] | SEN | (1) | 15 | Cyst Reduction Turbidity Reduction |
||
High Flow CSR Triple - SEN[5] [Pb] | SEN | (1) | 11.25 | Cyst Reduction Turbidity Reduction |
||
Insurice Single - 2FC-S[Pb] | 2FC-S | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
Insurice Single - 4SI[Pb] | 4SI | (1) | 2 | Cyst Reduction | ||
InsuricePF Single - 4SI[Pb] | 4SI | (1) | 2 | Cyst Reduction | ||
QC7I Single - 2FC[Pb] | 2FC | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
QL1 - 2FC[Pb] | 2FC | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
QL1 - 2FC-S[Pb] | 2FC-S | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
QL1-Rheem Sub-Micron[Pb] | Rheem Sub-Micron |
(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
QL3B - 2FC[Pb] | 2FC | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
QL3B - 2FC-S[Pb] | 2FC-S | 6000(1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
QL3B - 2PZ[Pb] | 2PZ | (1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
QL3B - 4PZ[Pb] | 4PZ | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QL3B-1FCM[Pb] | 1FCM | (1) | .79 | Cyst Reduction Turbidity Reduction |
||
QL3B-4FC-L[Pb] | 4FC-L | 4900 | 1.8 | Cyst Reduction Lead Reduction |
||
QL3B-4FC-LS[Pb] | 4FC-LS | 4900 | 1.8 | Cyst Reduction Lead Reduction |
||
QL3B-7FC-L[Pb] | 7FC-L | 7400 | 2.7 | Cyst Reduction Lead Reduction |
||
QL3B-7FC-LS[Pb] | 7FC-LS | 7400 | 2.7 | Cyst Reduction Lead Reduction |
||
Scotsman AP Plus Single System[Pb] | APRC1-P | (1) | 2 | Cyst Reduction | ||
Scotsman AP Plus Triple System[Pb] | APRC1-P | (1) | 6 | Cyst Reduction | ||
Scotsman AP Plus Twin System[Pb] | APRC1-P | (1) | 4 | Cyst Reduction | ||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [5] From date code 1G159. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
||||||
Plumbed-In |
||||||
1.5NZ-LS[Pb] | 1.5NZ-LS | 1800(1) | 1.5 | Cyst Reduction Lead Reduction |
||
1.5Z-CF[Pb] | 1.5Z-CF | (1) | 1.5 | Cyst Reduction | ||
1.5Z-LS[Pb] | 1.5Z-LS | 1800(1) | 1.5 | Cyst Reduction Lead Reduction |
||
1NZ-LS[Pb] | 1NZ-LS | 1100(1) | 1 | Cyst Reduction Lead Reduction |
||
1Z-LS[Pb] | 1Z-LS | 1100(1) | 1 | Cyst Reduction Lead Reduction |
||
2NZ-LS[Pb] | 2NZ-LS | 2500(1) | 1.5 | Cyst Reduction Lead Reduction |
||
2Z-CF[Pb] | 2Z-CF | (1) | 1.5 | Cyst Reduction | ||
2Z-LS[Pb] | 2Z-LS | 2500(1) | 1.5 | Cyst Reduction Lead Reduction |
||
Alpine Coolers FW Premium-1500[Pb] | FW Premium-1500 | 1500(1) | .5 | Cyst Reduction Asbestos Reduction |
||
Alpine Coolers FW Premium-3000[Pb] | FW Premium-3000 | 3000(1) | .5 | Cyst Reduction | ||
Breakmate Fine[Pb] | Fine | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
CB20-312E[Pb] | CC1E CC3E |
(1) | 5 | Cyst Reduction | ||
COLDRINK SYSTEM 1 - 4FC[Pb] | 4FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
COLDRINK SYSTEM 3 - 4FC[Pb] | 4FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
COLDRINK SYSTEM 3 - 7FC[Pb] | 7FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
COLDRINK SYSTEM 4 - 4FC[Pb] | 4FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
COLDRINK SYSTEM 4 - 7FC[Pb] | 7FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
CX-9000 Filter[2] [3] [Pb] | CX-9000 | (1) | .5 | Cyst Reduction | ||
Coldrink System 1 - MC²[Pb] | MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
Coldrink System 1 - XC²[2] [3] [Pb] | XC² | (1) | 1.67 | Cyst Reduction | ||
Coldrink System 2 - MC²[Pb] | MC² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
Coldrink System 2 - XC²[2] [3] [Pb] | XC² | (1) | 3.3 | Cyst Reduction | ||
Coldrink System 3 - MC²[Pb] | MC² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
Coldrink System 3 - XC²[2] [3] [Pb] | XC² | (1) | 5 | Cyst Reduction | ||
E10-FC10[Pb] | FC10 | (1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
E20-FC20[Pb] | FC20 | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
Endurance High Flow Quad[5] [Pb] | SEN | (1) | 15 | Cyst Reduction Turbidity Reduction |
||
Endurance High Flow Triple [5] [Pb] | SEN | (1) | 11.25 | Cyst Reduction Turbidity Reduction |
||
Endurance High Flow Twin[5] [Pb] | SEN | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
FL4S NPF Single[Pb] | FL4S | (1) | .5 | Cyst Reduction | ||
FL4S Plus NPF Single[Pb] | FL4S PLUS | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
FL4S Plus Single[Pb] | FL4S PLUS | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
FL4S Single[2] [3] [Pb] | FL4S | (1) | .5 | Cyst Reduction | ||
FeelWell FW Premium-1500[Pb] | FW Premium-1500 | 1500(1) | .5 | Cyst Reduction Asbestos Reduction |
||
FeelWell FW Premium-3000[Pb] | FW Premium-3000 | 3000(1) | .5 | Cyst Reduction | ||
HIGH FLOW CSR QUAD - 4FC[Pb] | 4FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
HIGH FLOW CSR QUAD - 7FC[Pb] | 7FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
HIGH FLOW CSR TRIPLE - 4FC[Pb] | 4FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
HIGH FLOW CSR TRIPLE - 7FC[Pb] | 7FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
HIGH FLOW CSR TWIN - 4FC[Pb] | 4FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
HIGH FLOW CSR TWIN - 7FC[Pb] | 7FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
High Flow CSR Quad - MC²[Pb] | MC² | (1) | 6.6 | Asbestos Reduction Cyst Reduction |
||
High Flow CSR Quad Plus - XC²[2] [3] [Pb] | XC² | (1) | 6.6 | Cyst Reduction | ||
High Flow CSR Triple - MC²[Pb] | MC² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
High Flow CSR Triple - XC²[2] [3] [Pb] | XC² | (1) | 5 | Cyst Reduction | ||
High Flow CSR Twin - MC²[Pb] | MC² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
High Flow CSR Twin - XC²[2] [3] [Pb] | XC² | (1) | 3.3 | Cyst Reduction | ||
INSURICE PF QUAD - 4FC-S[Pb] | 4FC-S | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
INSURICE PF QUAD - 7FC-S[Pb] | 7FC-S | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
INSURICE PF SINGLE - 4FC-S[Pb] | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
INSURICE PF SINGLE - 7FC-S[Pb] | 7FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
INSURICE PF TRIPLE - 4FC-S[Pb] | 4FC-S | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
INSURICE PF TRIPLE - 7FC-S[Pb] | 7FC-S | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
INSURICE PF TWIN - 4FC-S[Pb] | 4FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
INSURICE PF TWIN - 7FC-S[Pb] | 7FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
INSURICE QUAD - 4FC-S[Pb] | 4FC-S | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
INSURICE QUAD - 7FC-S[Pb] | 7FC-S | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
INSURICE QUAD – ECO-I2000²[Pb] | ECO-I2000² | (1) | 6.6 | Asbestos Reduction Cyst Reduction |
||
INSURICE QUAD – ECO-I4000²[Pb] | ECO-I4000² | (1) | 6.6 | Cyst Reduction | ||
INSURICE SINGLE - 4FC-S[Pb] | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
INSURICE SINGLE - 7FC-S[Pb] | 7FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
INSURICE SINGLE – ECO-I2000²[Pb] | ECO-I2000² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
INSURICE SINGLE – ECO-I4000²[Pb] | ECO-I4000² | (1) | 1.67 | Cyst Reduction | ||
INSURICE TRIPLE - 4FC-S[Pb] | 4FC-S | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
INSURICE TRIPLE - 7FC-S[Pb] | 7FC-S | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
INSURICE TRIPLE – ECO-I2000²[Pb] | ECO-I2000² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
INSURICE TRIPLE – ECO-I4000²[Pb] | ECO-I4000² | (1) | 5 | Cyst Reduction | ||
INSURICE TWIN - 4FC-S[Pb] | 4FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
INSURICE TWIN - 7FC-S[Pb] | 7FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
INSURICE TWIN – ECO-I2000²[Pb] | ECO-I2000² | (1) | 3.34 | Asbestos Reduction Cyst Reduction |
||
INSURICE TWIN – ECO-I4000²[Pb] | ECO-I4000² | (1) | 3.34 | Cyst Reduction | ||
InsurIce PF Single - I2000²[Pb] | I2000² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
InsurIce PF Single - I4000²[Pb] | I4000² | (1) | 1.67 | Cyst Reduction | ||
InsurIce PF Triple - I2000²[Pb] | I2000² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
InsurIce PF Triple - I4000²[Pb] | I4000² | (1) | 5 | Cyst Reduction | ||
InsurIce PF Twin - I2000²[Pb] | I2000² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
InsurIce PF Twin - I4000²[Pb] | I4000² | (1) | 3.3 | Cyst Reduction | ||
Insurice PF Quad - 7SI[Pb] | 7SI | (1) | 14 | Cyst Reduction | ||
Insurice PF Single - 7SI[Pb] | 7SI | (1) | 3.5 | Cyst Reduction | ||
Insurice PF Triple - 7SI[Pb] | 7SI | (1) | 10.5 | Cyst Reduction | ||
Insurice PF Twin - 7SI[Pb] | 7SI | (1) | 7 | Cyst Reduction | ||
Insurice Quad - 7SI[Pb] | 7SI | (1) | 14 | Cyst Reduction | ||
Insurice Quad - I2000²[Pb] | I2000² | (1) | 6.6 | Asbestos Reduction Cyst Reduction |
||
Insurice Quad - I4000²[2] [3] [Pb] | I4000² | (1) | 6.6 | Cyst Reduction | ||
Insurice Single - 7SI[Pb] | 7SI | (1) | 3.5 | Cyst Reduction | ||
Insurice Single - I2000²[Pb] | I2000² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
Insurice Single - I4000²[2] [3] [Pb] | I4000² | (1) | 1.67 | Cyst Reduction | ||
Insurice Triple - 7SI[Pb] | 7SI | (1) | 10.5 | Cyst Reduction | ||
Insurice Triple - I2000²[Pb] | I2000² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
Insurice Triple - I4000²[2] [3] [Pb] | I4000² | (1) | 5 | Cyst Reduction | ||
Insurice Twin - 7SI[Pb] | 7SI | (1) | 7 | Cyst Reduction | ||
Insurice Twin - I2000²[Pb] | I2000² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
Insurice Twin - I4000²[2] [3] [Pb] | I4000² | (1) | 3.3 | Cyst Reduction | ||
QC7I PF SINGLE 7FC[Pb] | 7FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QC7I PF SINGLE 7FC-S[Pb] | 7FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QC7I PF TWIN 4FC[Pb] | 4FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
QC7I PF TWIN 4FC-S[Pb] | 4FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
QC7I PF TWIN 7FC[Pb] | 7FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
QC7I PF TWIN 7FC-S[Pb] | 7FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
QC7I QUAD - 4FC[Pb] | 4FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
QC7I QUAD - 7FC[Pb] | 7FC | (1) | 10 | Cyst Reduction Turbidity Reduction |
||
QC7I QUAD – ECO-MC²[Pb] | ECO-MC² | (1) | 6.6 | Asbestos Reduction Cyst Reduction |
||
QC7I QUAD – ECO-XC²[Pb] | ECO-XC² | (1) | 6.6 | Cyst Reduction | ||
QC7I Quad - MC²[Pb] | MC² | (1) | 6.6 | Asbestos Reduction Cyst Reduction |
||
QC7I Quad - MH²[Pb] | MH² | (1) | 6.6 | Asbestos Reduction Cyst Reduction |
||
QC7I Quad - XC²[2] [3] [Pb] | XC² | (1) | 6.6 | Cyst Reduction | ||
QC7I SINGLE - 4FC[Pb] | 4FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QC7I SINGLE - 7FC[Pb] | 7FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QC7I SINGLE 4FC-S[Pb] | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QC7I SINGLE 7FC-S[Pb] | 7FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QC7I SINGLE – ECO-MC²[Pb] | ECO-MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
QC7I SINGLE – ECO-XC²[Pb] | ECO-XC² | (1) | 1.67 | Cyst Reduction | ||
QC7I Single - MC²[Pb] | MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
QC7I Single - XC²[2] [3] [Pb] | XC² | (1) | 1.67 | Cyst Reduction | ||
QC7I Single-MH²[Pb] | MH² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
QC7I TRIPLE - 4FC[Pb] | 4FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
QC7I TRIPLE - 7FC[Pb] | 7FC | (1) | 7.5 | Cyst Reduction Turbidity Reduction |
||
QC7I TRIPLE – ECO-MC²[Pb] | ECO-MC² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
QC7I TRIPLE – ECO-XC²[Pb] | ECO-XC² | (1) | 5 | Cyst Reduction | ||
QC7I TWIN - 4FC[Pb] | 4FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
QC7I TWIN - 7FC[Pb] | 7FC | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
QC7I TWIN 4FC-S[Pb] | 4FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
QC7I TWIN 7FC-S[Pb] | 7FC-S | (1) | 5 | Cyst Reduction Turbidity Reduction |
||
QC7I TWIN – ECO-MC²[Pb] | ECO-MC² | (1) | 3.34 | Asbestos Reduction Cyst Reduction |
||
QC7I TWIN – ECO-XC²[Pb] | ECO-XC² | (1) | 3.34 | Cyst Reduction | ||
QC7I Triple - MC²[Pb] | MC² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
QC7I Triple - MH²[Pb] | MH² | (1) | 5 | Asbestos Reduction Cyst Reduction |
||
QC7I Triple - XC²[2] [3] [Pb] | XC² | (1) | 5 | Cyst Reduction | ||
QC7I Twin - MC²[Pb] | MC² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
QC7I Twin - MH²[Pb] | MH² | (1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
QC7I Twin - XC²[2] [3] [Pb] | XC² | (1) | 3.3 | Cyst Reduction | ||
QL1 - 2FC-P[Pb] | 2FC-P | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
QL1 - 2FC-PS[Pb] | 2FC-PS | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
QL1 - 4FC[Pb] | 4FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QL1 - 4FC-P[Pb] | 4FC-P | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
QL1 - 4FC-PS[Pb] | 4FC-PS | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
QL1 - 4FC-S | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QL1 - 7FC-P[Pb] | 7FC-P | (1) | 1.67 | Cyst Reduction | ||
QL1 - 7FC-PS[Pb] | 7FC-PS | (1) | 1.67 | Cyst Reduction | ||
QL1-2DC[Pb] | 2DC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL1-4C[Pb] | 4C | (1) | .5 | Cyst Reduction | ||
QL1-4C2[Pb] | 4C2 | (1) | .5 | Cyst Reduction | ||
QL1-4H[Pb] | 4H | (1) | .5 | Cyst Reduction | ||
QL1-4H2[Pb] | 4H2 | (1) | .5 | Cyst Reduction | ||
QL1-AC[Pb] | AC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL1-AC2[Pb] | AC2 | (1) | .5 | Cyst Reduction | ||
QL1-AquaMark 3[Pb] | AquaMark 3 | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL1-BH[Pb] | BH | (1) | .5 | Cyst Reduction | ||
QL1-BH²[Pb] | BH² | (1) | .5 | Cyst Reduction | ||
QL1-Birko[Pb] | Birko | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL1-OCS[Pb] | OCS | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL1-OCS²[Pb] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL1-WFA-12[Pb] | WFA-12 | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL1-ZIP[Pb] | ZIP | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL2 - 2FC-P[Pb] | 2FC-P | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
QL2 - 2FC-PS[Pb] | 2FC-PS | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
QL2 - 4FC-P[Pb] | 4FC-P | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
QL2 - 4FC-PS[Pb] | 4FC-PS | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
QL2 - 7FC-P[Pb] | 7FC-P | (1) | 1.67 | Cyst Reduction | ||
QL2 - 7FC-PS[Pb] | 7FC-PS | (1) | 1.67 | Cyst Reduction | ||
QL2-BH[Pb] | BH | (1) | .5 | Cyst Reduction | ||
QL2-BH²[Pb] | BH² | (1) | .5 | Cyst Reduction | ||
QL2-H2O[Pb] | Source H2O | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL2-OC[Pb] | OC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL2-OCS[Pb] | OCS | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL2-OCS²[Pb] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL2-OW200L[2] [3] [Pb] | OW200L | 480(1) | .5 | Cyst Reduction Lead Reduction Trihalomethanes (TTHM) Reduction |
||
QL2-WPS/ADC[Pb] | ADC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL3 - 2FC-P[Pb] | 2FC-P | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
QL3 - 2FC-PS[Pb] | 2FC-PS | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
QL3 - 4FC-P[Pb] | 4FC-P | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
QL3 - 4FC-PS[Pb] | 4FC-PS | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
QL3 - 7FC-P[Pb] | 7FC-P | (1) | 1.67 | Cyst Reduction | ||
QL3 - 7FC-PS[Pb] | 7FC-PS | (1) | 1.67 | Cyst Reduction | ||
QL3-2DC[Pb] | 2DC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL3-4C[Pb] | 4C | (1) | .5 | Cyst Reduction | ||
QL3-4C2[Pb] | 4C2 | (1) | .5 | Cyst Reduction | ||
QL3-4DC[Pb] | 4DC | (1) | .5 | Cyst Reduction | ||
QL3-4H[Pb] | 4H | (1) | .5 | Cyst Reduction | ||
QL3-4H2[Pb] | 4H2 | (1) | .5 | Cyst Reduction | ||
QL3-BH[Pb] | BH | (1) | .5 | Cyst Reduction | ||
QL3-BH²[Pb] | BH² | (1) | .5 | Cyst Reduction | ||
QL3-MC²[Pb] | MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
QL3-MH²[Pb] | MH² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
QL3-OCS[Pb] | OCS | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL3-OCS²[Pb] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL3-OW200L[Pb] | OW200L | 480(1) | .5 | Cyst Reduction Lead Reduction Trihalomethanes (TTHM) Reduction |
||
QL3-WPS/AC | AC | .5 | Asbestos Reduction Cyst Reduction |
|||
QL3-WPS/ADC[Pb] | ADC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL3-XC[Pb] | XC | (1) | 1.67 | Cyst Reduction | ||
QL3-XC²[Pb] | XC² | (1) | 1.67 | Cyst Reduction | ||
QL3B - 2FC-P[Pb] | 2FC-P | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
QL3B - 2FC-PS[Pb] | 2FC-PS | 1000(1) | 1.5 | Cyst Reduction Lead Reduction |
||
QL3B - 4FC[Pb] | 4FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QL3B - 4FC-P[Pb] | 4FC-P | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
QL3B - 4FC-PS[Pb] | 4FC-PS | 4000(1) | 1.67 | Cyst Reduction Lead Reduction |
||
QL3B - 4FC-S | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QL3B - 7FC-P[Pb] | 7FC-P | (1) | 1.67 | Cyst Reduction Lead Reduction |
||
QL3B - 7FC-PS[Pb] | 7FC-PS | (1) | 1.67 | Cyst Reduction Lead Reduction |
||
QL3B 7FC[Pb] | 7FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
QL3B-2DC[Pb] | 2DC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL3B-4C[Pb] | 4C | (1) | .5 | Cyst Reduction | ||
QL3B-4C2[Pb] | 4C2 | (1) | .5 | Cyst Reduction | ||
QL3B-4DC[Pb] | 4DC | (1) | .5 | Cyst Reduction | ||
QL3B-4H [Pb] | 4H | (1) | .5 | Cyst Reduction | ||
QL3B-4H2[Pb] | 4H2 | (1) | .5 | Cyst Reduction | ||
QL3B-AC [Pb] | AC | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL3B-AC2[Pb] | AC2 | (1) | .5 | Cyst Reduction | ||
QL3B-AquaMark 1[4] [Pb] | AquaMark 1 | 1000(1) | .5 | Asbestos Reduction Cyst Reduction Lead Reduction |
||
QL3B-AquaMark 2[4] [Pb] | AquaMark 2 | 1000(1) | .5 | Cyst Reduction Lead Reduction |
||
QL3B-AquaMark 3[Pb] | AquaMark 3 | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL3B-BH[Pb] | BH | (1) | .5 | Cyst Reduction | ||
QL3B-BH²[Pb] | BH² | (1) | .5 | Cyst Reduction | ||
QL3B-MC²[Pb] | MC² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
QL3B-MH²[Pb] | MH² | (1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
QL3B-OCS[Pb] | OCS | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL3B-OCS²[Pb] | OCS² | (1) | .5 | Asbestos Reduction Cyst Reduction |
||
QL3B-OW200L[Pb] | OW200L | 480(1) | .5 | Cyst Reduction Lead Reduction Trihalomethanes (TTHM) Reduction |
||
QL3B-XC²[Pb] | XC² | (1) | 1.67 | Cyst Reduction | ||
Quantum 1000 Filter[2] [3] [Pb] | Quantum 1000 | 750(1) | .5 | Cyst Reduction Lead Reduction |
||
Quantum 4000 Filter[Pb] | Quantum 4000 | 2000(1) | .5 | Cyst Reduction Lead Reduction |
||
SCOTSMAN SINGLE – SSMplus[Pb] | SSMplus | 9000(1) | 1.67 | Asbestos Reduction Cyst Reduction |
||
SCOTSMAN TRIPLE – SSMplus[Pb] | SSMplus | 27,000(1) | 5.0 | Asbestos Reduction Cyst Reduction |
||
SCOTSMAN TWIN – SSMplus[Pb] | SSMplus | 18,000(1) | 3.3 | Asbestos Reduction Cyst Reduction |
||
TX-9000 Filter[2] [3] [Pb] | TX-9000 | 300(1) | .5 | Cyst Reduction VOC Reduction ** |
||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [2] From date code 1C38 [3] From date code 1C48 [4] From date code 1G1622 [5] From date code 1G159. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
** The category of VOC (Volatile Organic Chemical) includes a number of chemicals that are both man-made and naturally occurring. Water from wells and utilities may contain some of these contaminants. Some VOCs are pesticides, herbicides, or insecticides that seep into the ground water after application. Other VOCs enter the water supply through industrial or other waste disposal. This category also includes total trihalomethanes, which are a by-product of chlorination.
A VOC reduction claim by the manufacturer means the system reduces the concentration of all of the following contaminants:
alachlor endrin simazine atrazine ethylbenzene styrene benzene ethylene dibromide (EDB) 1,1,2,2-tetrachloroethane carbofuran haloacetonitriles tetrachloroethylene carbon tetrachloride bromochloroacetonitrile toluene chlorobenzene dibromoacetonitrile 2,4,5-TP(silvex) chloropicrin dichloroacetonitrile tribromoacetic acid 2,4-D trichloroacetonitrile 1,2,4-trichlorobenzene dibromochloropropane (DBCP) haloketones 1,1,1-trichloroethane o-dichlorobenzene 1,1-dichloro-2-propanone 1,1,2-trichloroethane p-dichlorobenzene 1,1,1-trichloro-2-propanone trichloroethylene 1,2-dichloroethane heptachlor trihalomethanes (TTHM) 1,1-dichloroethylene heptachlor epoxide bromodichloromethane cis-1,2-dichloroethylene hexachlorobutadiene bromoform trans-1,2-dichloroethylene hexachlorocyclopentadiene chlorodibromomethane 1,2-dichloropropane lindane chloroform cis-1,3-dichloropropylene methoxychlor xylenes dinoseb pentachlorophenol
Facility : Roselle, IL
Replacement | Service Cycle | Flow Rate | ||||
Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
Commercial Modular |
||||||
Follett FL4-SI Carbon-Less NPF Single | FL4-SI | (1) | 2 | Cyst Reduction | ||
Follett FL4-SI Carbon-Less Single | FL4-SI | (1) | 2 | Cyst Reduction | ||
InsuricePF Single - 4SI | 4SI | (1) | 2 | Cyst Reduction | ||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. |
||||||
Plumbed-In [Pb] |
||||||
CB20-312E | CC1E CC3E |
(1) | 5 | Cyst Reduction | ||
COLDRINK SYSTEM 1 - 4FC | 4FC | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
Coldrink System 1 - MC² | MC² | (1) | 1.67 | Cyst Reduction Asbestos Reduction |
||
Coldrink System 1 - XC² | XC² | (1) | 1.67 | Cyst Reduction | ||
E10-FC10 | FC10 | (1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
E20-FC20 | FC20 | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
FL4S Plus Single | FL4S PLUS | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
FL4S Single[2] [3] | FL4S | (1) | .5 | Cyst Reduction | ||
INSURICE PF SINGLE - 4FC-S | 4FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
INSURICE PF SINGLE - 7FC-S | 7FC-S | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
InsurIce PF Single - I2000² | I2000² | (1) | 1.67 | Cyst Reduction Asbestos Reduction |
||
InsurIce PF Single - I4000² | I4000² | (1) | 1.67 | Cyst Reduction | ||
Insurice PF Single - 7SI | 7SI | (1) | 3.5 | Cyst Reduction | ||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [2] From date code 1C38 [3] From date code 1C48 [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
** The category of VOC (Volatile Organic Chemical) includes a number of chemicals that are both man-made and naturally occurring. Water from wells and utilities may contain some of these contaminants. Some VOCs are pesticides, herbicides, or insecticides that seep into the ground water after application. Other VOCs enter the water supply through industrial or other waste disposal. This category also includes total trihalomethanes, which are a by-product of chlorination.
A VOC reduction claim by the manufacturer means the system reduces the concentration of all of the following contaminants:
alachlor endrin simazine atrazine ethylbenzene styrene benzene ethylene dibromide (EDB) 1,1,2,2-tetrachloroethane carbofuran haloacetonitriles tetrachloroethylene carbon tetrachloride bromochloroacetonitrile toluene chlorobenzene dibromoacetonitrile 2,4,5-TP(silvex) chloropicrin dichloroacetonitrile tribromoacetic acid 2,4-D trichloroacetonitrile 1,2,4-trichlorobenzene dibromochloropropane (DBCP) haloketones 1,1,1-trichloroethane o-dichlorobenzene 1,1-dichloro-2-propanone 1,1,2-trichloroethane p-dichlorobenzene 1,1,1-trichloro-2-propanone trichloroethylene 1,2-dichloroethane heptachlor trihalomethanes (TTHM) 1,1-dichloroethylene heptachlor epoxide bromodichloromethane cis-1,2-dichloroethylene hexachlorobutadiene bromoform trans-1,2-dichloroethylene hexachlorocyclopentadiene chlorodibromomethane 1,2-dichloropropane lindane chloroform cis-1,3-dichloropropylene methoxychlor xylenes dinoseb pentachlorophenol
Facility : Dover, NH
Replacement | Service Cycle | Flow Rate | ||||
Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
Replacement Element: Plumbed-In [Pb] |
||||||
FC10[2] | N/A | (1) | 1.5 | Cyst Reduction Turbidity Reduction |
||
FC20[3] | N/A | (1) | 2.5 | Cyst Reduction Turbidity Reduction |
||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [2] E10-FC10 [3] E20-FC20 [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
** The category of VOC (Volatile Organic Chemical) includes a number of chemicals that are both man-made and naturally occurring. Water from wells and utilities may contain some of these contaminants. Some VOCs are pesticides, herbicides, or insecticides that seep into the ground water after application. Other VOCs enter the water supply through industrial or other waste disposal. This category also includes total trihalomethanes, which are a by-product of chlorination.
A VOC reduction claim by the manufacturer means the system reduces the concentration of all of the following contaminants:
alachlor endrin simazine atrazine ethylbenzene styrene benzene ethylene dibromide (EDB) 1,1,2,2-tetrachloroethane carbofuran haloacetonitriles tetrachloroethylene carbon tetrachloride bromochloroacetonitrile toluene chlorobenzene dibromoacetonitrile 2,4,5-TP(silvex) chloropicrin dichloroacetonitrile tribromoacetic acid 2,4-D trichloroacetonitrile 1,2,4-trichlorobenzene dibromochloropropane (DBCP) haloketones 1,1,1-trichloroethane o-dichlorobenzene 1,1-dichloro-2-propanone 1,1,2-trichloroethane p-dichlorobenzene 1,1,1-trichloro-2-propanone trichloroethylene 1,2-dichloroethane heptachlor trihalomethanes (TTHM) 1,1-dichloroethylene heptachlor epoxide bromodichloromethane cis-1,2-dichloroethylene hexachlorobutadiene bromoform trans-1,2-dichloroethylene hexachlorocyclopentadiene chlorodibromomethane 1,2-dichloropropane lindane chloroform cis-1,3-dichloropropylene methoxychlor xylenes dinoseb pentachlorophenol
NSF/ANSI 58
Reverse Osmosis Drinking Water Treatment Systems
Reverse Osmosis Drinking Water Treatment Systems
Everpure LLC | |
1040 Muirfield Drive | |
Hanover Park, IL 60133 | |
United States | |
800-323-7873 | |
Visit this company's website |
Facility : Hanover Park, IL
Replacement | Daily Production | |||||
Brand Name / Trade Name / Model | Module | Rate (gpd) | Claim | |||
Plumbed-In to Separate Tap |
||||||
Conserv 75E[Pb] | 4CC GRO-75EN 4FC5 4CB5 |
50.51 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
Conserv 75S[Pb] | 4CC GRO-75EN 4FC5 |
50.51 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
Conserv HE-3[Pb] | SEN MR-600F SEN+ |
443.68 | TDS Reduction | |||
Conserv LT-S[Pb] | 4CC GRO-75EN 4FC5 |
75 | TDS Reduction | |||
LVRO-75HE | GRO-75EN 2FC5-S 2CB5 |
14.66 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
LVRO-75HE+F | GRO-75EN 2FC5-S 2CB5 |
14.66 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
MRS-600HE-II (General Market)[1] [2] [Pb] | MR-600F | 507.76 | TDS Reduction | |||
MRS-600HE-II (General Market)[1] [2] [Pb] | MR-600 | 763.35 | TDS Reduction | |||
MRS-600HE-II (General Market)[1] [2] [Pb] | MR-600-1 | 507.76 | TDS Reduction | |||
MRS-600HE-II (Starbucks)[1] [2] [Pb] | MR-600F | 507.76 | TDS Reduction | |||
MRS-600HE-II (Starbucks)[1] [2] [Pb] | MR-600-1 | 507.76 | TDS Reduction | |||
* This product is intended for use only on water supplies that have been shown to be at or below the referenced concentration and valency of arsenic. [1] Certified for use with HE-II Upgrade Pump Kit Retro. [2] System is Certified with optional 2nd RO Membrane Kit EV9970-00 or EV9969-00. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
Facility : Roselle, IL
Replacement | Daily Production | |||||
Brand Name / Trade Name / Model | Module | Rate (gpd) | Claim | |||
Plumbed-In to Separate Tap [Pb] |
||||||
Conserv 75E | 4CB5 4CC 4FC5 GRO-75EN |
50.51 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
Conserv 75S | 4CC 4FC5 GRO-75EN |
50.51 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
Conserv LT-S | 4CC 4FC5 GRO-75EN |
75 | TDS Reduction | |||
EZ-RO 200/10G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/10G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/16G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/16G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/2G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/2G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/5G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/5G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/10G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/10G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/16ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/16ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/16G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/16G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/2G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/2G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/30ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/30ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/50ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/50ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/5G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/5G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 650/16ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
EZ-RO 650/16ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
EZ-RO 650/30ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
EZ-RO 650/30ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
EZ-RO 650/50ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
EZ-RO 650/50ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
LVRO-75HE | 2CB5 2FC5-S GRO-75EN |
14.66 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
LVRO-75HE+F | 2CB5 2FC5-S GRO-75EN |
14.66 | Arsenic (Pentavalent)<=50 ppb Reduction* Barium Reduction Cadmium Reduction Chromium (Hexavalent) Reduction Chromium (Trivalent) Reduction Copper Reduction Cyst Reduction Fluoride Reduction Lead Reduction Radium 226/228 Reduction Selenium Reduction TDS Reduction Turbidity Reduction |
|||
MRS-600HE-II (General Market)[1] [2] | MR-600F | 507.76 | TDS Reduction | |||
MRS-600HE-II (General Market)[1] [2] | MR-600-1 | 507.76 | TDS Reduction | |||
MRS-600HE-II (General Market)[1] [2] | MR-600 | 763.35 | TDS Reduction | |||
MRS-600HE-II (Starbucks)[1] [2] | MR-600F | 507.76 | TDS Reduction | |||
MRS-600HE-II (Starbucks)[1] [2] | MR-600-1 | 507.76 | TDS Reduction | |||
* This product is intended for use only on water supplies that have been shown to be at or below the referenced concentration and valency of arsenic. [1] Certified for use with HE-II Upgrade Pump Kit Retro. [2] System is Certified with optional 2nd RO Membrane Kit EV9970-00 or EV9969-00. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
NSF/ANSI 401
Drinking Water Treatment Units - Emerging Compounds/Incidental Contaminants
Drinking Water Treatment Units - Emerging Compounds/Incidental Contaminants
Everpure LLC | |
1040 Muirfield Drive | |
Hanover Park, IL 60133 | |
United States | |
800-323-7873 | |
Visit this company's website |
Facility : Hanover Park, IL
Replacement | Service Cycle | Flow Rate | ||||
Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
Commercial Modular [Pb] |
||||||
2H-L | 2H-L | 750(1) | .5 | Microplastics Reduction | ||
4H-L | 4H-L | 1000(1) | .5 | Microplastics Reduction | ||
4H-SI SYSTEM | 4H-SI | (1) | 2 | Microplastics Reduction | ||
Endurance SC High Flow Quad 1.1 | SEN | 200000(1) | 15 | Microplastics Reduction | ||
Endurance SC High Flow Triple 1.1 | SEN | 150000(1) | 11.25 | Microplastics Reduction | ||
Endurance SC High Flow Twin 1.1 | SEN | 100000(1) | 7.5 | Microplastics Reduction | ||
Follett FL4-SI Carbon-Less NPF Single | FL4-SI | (1) | 2 | Microplastics Reduction | ||
Follett FL4-SI Carbon-Less Single | FL4-SI | (1) | 2 | Microplastics Reduction | ||
High Flow CSR Quad - SEN | SEN | 200000(1) | 15 | Microplastics Reduction | ||
High Flow CSR Triple - SEN | SEN | 150000(1) | 11.25 | Microplastics Reduction | ||
Hoshizaki Single - 4HC-H | 4HC-H | 21000(1) | 2 | Microplastics Reduction | ||
Hoshizaki Triple - 4HC-H | 4HC-H | 63000(1) | 6 | Microplastics Reduction | ||
Hoshizaki Twin - 4HC-H | 4HC-H | 42000(1) | 4 | Microplastics Reduction | ||
Insurice Single - 2FC-S | 2FC-S | 6000(1) | 1.5 | Microplastics Reduction | ||
Insurice Single - 4SI | 4SI | (1) | 2 | Microplastics Reduction | ||
InsuricePF Single - 4SI | 4SI | (1) | 2 | Microplastics Reduction | ||
QC7I Single - 2FC | 2FC | 6000(1) | 1.5 | Microplastics Reduction | ||
QL1 - 2FC | 2FC | 6000(1) | 1.5 | Microplastics Reduction | ||
QL1 - 2FC-S | 2FC-S | 6000(1) | 1.5 | Microplastics Reduction | ||
QL3B - 2FC | 2FC | 6000(1) | 1.5 | Microplastics Reduction | ||
QL3B - 2FC-S | 2FC-S | 6000(1) | 1.5 | Microplastics Reduction | ||
QL3B - 4FC-L | 4FC-L | 4900(1) | 1.8 | Microplastics Reduction | ||
QL3B – 2PZ | 2PZ | (1) | 1.5 | Microplastics Reduction | ||
QL3B – 4PZ | 4PZ | (1) | 1.5 | Microplastics Reduction | ||
QL3B-1FCM | 1FCM | (1) | .79 | Microplastics Reduction | ||
QL3B-4FC-LS | 4FC-LS | 4900(1) | 1.8 | Microplastics Reduction | ||
QL3B-7FC-L | 7FC-L | 7400(1) | 2.7 | Microplastics Reduction | ||
QL3B-7FC-LS | 7FC-LS | 7400(1) | 2.7 | Microplastics Reduction | ||
Scotsman AP Plus Single System | APRC1-P | (1) | 2 | Microplastics Reduction | ||
Scotsman AP Plus Triple System | APRC1-P | (1) | 6 | Microplastics Reduction | ||
Scotsman AP Plus Twin System | APRC1-P | (1) | 4 | Microplastics Reduction | ||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
||||||
Plumbed-In [Pb] |
||||||
1.5NZ-LS | 1.5NZ-LS | (1) | 1.5 | Microplastics Reduction | ||
1.5Z-CF | 1.5Z-CF | (1) | 1.5 | Microplastics Reduction | ||
1.5Z-LS | 1.5Z-LS | (1) | 1.5 | Microplastics Reduction | ||
1NZ-LS | 1NZ-LS | (1) | 1 | Microplastics Reduction | ||
1Z-LS | 1Z-LS | (1) | 1 | Microplastics Reduction | ||
2NZ-LS | 2NZ-LS | (1) | 1.5 | Microplastics Reduction | ||
2Z-CF | 2Z-CF | (1) | 1.5 | Microplastics Reduction | ||
2Z-LS | 2Z-LS | (1) | 1.5 | Microplastics Reduction | ||
Alpine Coolers FW Premium-1500 | FW Premium-1500 | (1) | .5 | Microplastics Reduction | ||
Alpine Coolers FW Premium-3000 | FW Premium-3000 | (1) | .5 | Microplastics Reduction | ||
COLDRINK SYSTEM 1 - 4FC | 4FC | 15000 | 2.5 | Microplastics Reduction | ||
COLDRINK SYSTEM 3 - 4FC | 4FC | 45000 | 7.5 | Microplastics Reduction | ||
COLDRINK SYSTEM 3 - 7FC | 7FC | 75000 | 7.5 | Microplastics Reduction | ||
COLDRINK SYSTEM 4 - 4FC | 4FC | 60000 | 10 | Microplastics Reduction | ||
COLDRINK SYSTEM 4 - 7FC | 7FC | 100000 | 10 | Microplastics Reduction | ||
CX-9000[2] [3] | CX-9000 | (1) | .5 | Microplastics Reduction | ||
Coldrink System 1- MC² | MC² | 9000(1) | 1.67 | Microplastics Reduction | ||
Coldrink System 1- XC² | XC² | 12000 | 1.67 | Microplastics Reduction | ||
Coldrink System 2 - MC² | MC² | 18000(1) | 3.3 | Microplastics Reduction | ||
Coldrink System 2 - XC² | XC² | 24000 | 3.3 | Microplastics Reduction | ||
Coldrink System 3 - MC² | MC² | 27000(1) | 5 | Microplastics Reduction | ||
Coldrink System 3 - XC² | XC² | 36000 | 5 | Microplastics Reduction | ||
Endurance High Flow Quad | SEN | 200000 | 15 | Microplastics Reduction | ||
Endurance High Flow Triple | SEN | 150000 | 11.25 | Microplastics Reduction | ||
Endurance High Flow Twin | SEN | 100000 | 7.5 | Microplastics Reduction | ||
FL4S NPF Single | FL4S | 3000(1) | .5 | Microplastics Reduction | ||
FL4S PLUS SINGLE | FL4S PLUS | (1) | 2.5 | Microplastics Reduction | ||
FL4S Single | FL4S | 3000(1) | .5 | Microplastics Reduction | ||
HIGH FLOW CSR QUAD - 4FC | 4FC | 60000 | 10 | Microplastics Reduction | ||
HIGH FLOW CSR QUAD - 7FC | 7FC | 100000 | 10 | Microplastics Reduction | ||
HIGH FLOW CSR TRIPLE - 4FC | 4FC | 45000 | 7.5 | Microplastics Reduction | ||
HIGH FLOW CSR TRIPLE - 7FC | 7FC | 75000 | 7.5 | Microplastics Reduction | ||
HIGH FLOW CSR TWIN - 4FC | 4FC | 30000 | 5 | Microplastics Reduction | ||
HIGH FLOW CSR TWIN - 7FC | 7FC | 50000 | 5 | Microplastics Reduction | ||
High Flow CSR Quad - MC² | MC² | 36000(1) | 6.6 | Microplastics Reduction | ||
High Flow CSR Quad Plus - XC² | XC² | 48000 | 6.6 | Microplastics Reduction | ||
High Flow CSR Triple - MC² | MC² | 27000(1) | 5 | Microplastics Reduction | ||
High Flow CSR Triple - XC² | XC² | 36000 | 5 | Microplastics Reduction | ||
High Flow CSR Twin - MC² | MC² | 18000(1) | 3.3 | Microplastics Reduction | ||
High Flow CSR Twin - XC² | XC² | 24000 | 3.3 | Microplastics Reduction | ||
INSURICE PF QUAD - 4FC-S | 4FC-S | 60000 | 10 | Microplastics Reduction | ||
INSURICE PF QUAD - 7FC-S | 7FC-S | 100000 | 10 | Microplastics Reduction | ||
INSURICE PF SINGLE - 4FC-S | 4FC-S | 15000 | 2.5 | Microplastics Reduction | ||
INSURICE PF SINGLE - 7FC-S | 7FC-S | 25000 | 2.5 | Microplastics Reduction | ||
INSURICE PF TRIPLE - 4FC-S | 4FC-S | 45000 | 7.5 | Microplastics Reduction | ||
INSURICE PF TRIPLE - 7FC-S | 7FC-S | 75000 | 7.5 | Microplastics Reduction | ||
INSURICE PF TWIN - 4FC-S | 4FC-S | 30000 | 5 | Microplastics Reduction | ||
INSURICE PF TWIN - 7F-S | 7FC-S | 50000 | 5 | Microplastics Reduction | ||
INSURICE QUAD - 4FC-S | 4FC-S | 60000 | 10 | Microplastics Reduction | ||
INSURICE QUAD - 7FC-S | 7FC-S | 100000 | 10 | Microplastics Reduction | ||
INSURICE QUAD – ECO-I2000² | ECO-I2000² | (1) | 6.6 | Microplastics Reduction | ||
INSURICE QUAD – ECO-I4000² | ECO-I4000² | (1) | 6.6 | Microplastics Reduction | ||
INSURICE SINGLE - 4FC-S | 4FC-S | 15000 | 2.5 | Microplastics Reduction | ||
INSURICE SINGLE - 7FC-S | 7FC-S | 25000 | 2.5 | Microplastics Reduction | ||
INSURICE SINGLE - ECO-I2000² | ECO-I2000² | (1) | 1.67 | Microplastics Reduction | ||
INSURICE SINGLE – ECO-I4000² | ECO-I4000² | (1) | 1.67 | Microplastics Reduction | ||
INSURICE TRIPLE - 4FC-S | 4FC-S | 45000 | 7.5 | Microplastics Reduction | ||
INSURICE TRIPLE - 7FC-S | 7FC-S | 75000 | 7.5 | Microplastics Reduction | ||
INSURICE TRIPLE - ECO-I2000² | ECO-I2000² | (1) | 5 | Microplastics Reduction | ||
INSURICE TRIPLE – ECO-I4000² | ECO-I4000² | (1) | 5 | Microplastics Reduction | ||
INSURICE TWIN - 4FC-S | 4FC-S | 30000 | 5 | Microplastics Reduction | ||
INSURICE TWIN - 7FC-S | 7FC-S | 50000 | 5 | Microplastics Reduction | ||
INSURICE TWIN - ECO-I2000² | ECO-I2000² | (1) | 3.34 | Microplastics Reduction | ||
INSURICE TWIN – ECO-I4000² | ECO-I4000² | (1) | 3.34 | Microplastics Reduction | ||
InsurIce PF Single - I2000² | I2000² | 9000(1) | 1.67 | Microplastics Reduction | ||
InsurIce PF Single - I4000² | I4000² | 12000(1) | 1.67 | Microplastics Reduction | ||
InsurIce PF Triple - I2000² | I2000² | 27000(1) | 5 | Microplastics Reduction | ||
InsurIce PF Triple - I4000² | I4000² | 36000(1) | 5 | Microplastics Reduction | ||
InsurIce PF Twin - I2000² | I2000² | 18000(1) | 3.3 | Microplastics Reduction | ||
InsurIce PF Twin - I4000² | I4000² | 24000(1) | 3.3 | Microplastics Reduction | ||
Insurice PF Quad - 7SI | 7SI | (1) | 14 | Microplastics Reduction | ||
Insurice PF Single - 7SI | 7SI | (1) | 3.5 | Microplastics Reduction | ||
Insurice PF Triple - 7SI | 7SI | (1) | 10.5 | Microplastics Reduction | ||
Insurice PF Twin - 7SI | 7SI | (1) | 7 | Microplastics Reduction | ||
Insurice Quad - 7SI | 7SI | (1) | 14 | Microplastics Reduction | ||
Insurice Quad - I2000² | I2000² | 36000(1) | 6.6 | Microplastics Reduction | ||
Insurice Quad - I4000² | I2000² | 48000(1) | 6.6 | Microplastics Reduction | ||
Insurice Single - 7SI | 7SI | (1) | 3.5 | Microplastics Reduction | ||
Insurice Single - I2000² | I2000² | 9000(1) | 1.67 | Microplastics Reduction | ||
Insurice Single - I4000² | I4000² | 12000(1) | 1.67 | Microplastics Reduction | ||
Insurice Triple - 7SI | 7SI | (1) | 10.5 | Microplastics Reduction | ||
Insurice Triple - I2000² | I2000² | 27000(1) | 5 | Microplastics Reduction | ||
Insurice Triple - I4000² | I4000² | 36000(1) | 5 | Microplastics Reduction | ||
Insurice Twin - 7SI | 7SI | (1) | 7 | Microplastics Reduction | ||
Insurice Twin - I2000² | I2000² | 18000(1) | 3.3 | Microplastics Reduction | ||
Insurice Twin - I4000² | I4000² | 24000(1) | 3.3 | Microplastics Reduction | ||
QC7I PF SINGLE - 7FC-S | 7FC-S | 25000 | 2.5 | Microplastics Reduction | ||
QC7I PF SINGLE 7FC | 7FC | 25000 | 2.5 | Microplastics Reduction | ||
QC7I PF TWIN - 4FC-S | 4FC-S | 30000 | 5 | Microplastics Reduction | ||
QC7I PF TWIN - 7FC | 7FC | 50000 | 5 | Microplastics Reduction | ||
QC7I PF TWIN - 7FC-S | 7FC-S | 50000 | 5 | Microplastics Reduction | ||
QC7I PF TWIN 4FC | 4FC | 30000 | 5 | Microplastics Reduction | ||
QC7I QUAD - 4FC | 4FC | 60000 | 10 | Microplastics Reduction | ||
QC7I QUAD - 7FC | 7FC | 100000 | 10 | Microplastics Reduction | ||
QC7I QUAD - ECO-XC2 | ECO-XC² | (1) | 6.6 | Microplastics Reduction | ||
QC7I QUAD – ECO-MC² | ECO-MC² | (1) | 6.6 | Microplastics Reduction | ||
QC7I Quad - MC² | MC² | 36000(1) | 6.6 | Microplastics Reduction | ||
QC7I Quad - MH² | MH² | 36000(1) | 6.6 | Microplastics Reduction | ||
QC7I Quad - XC² | XC² | 48000 | 6.6 | Microplastics Reduction | ||
QC7I SINGLE - 4FC | 4FC | 15000 | 2.5 | Microplastics Reduction | ||
QC7I SINGLE - 4FC-S | 4FC-S | 15000 | 2.5 | Microplastics Reduction | ||
QC7I SINGLE - 7FC | 7FC | 25000 | 2.5 | Microplastics Reduction | ||
QC7I SINGLE - 7FC-S | 7FC-S | 25000 | 2.5 | Microplastics Reduction | ||
QC7I SINGLE - ECO-XC2 | ECO-XC² | (1) | 1.67 | Microplastics Reduction | ||
QC7I SINGLE – ECO-MC² | ECO-MC² | (1) | 1.67 | Microplastics Reduction | ||
QC7I Single - MC² | MC² | 9000(1) | 1.67 | Microplastics Reduction | ||
QC7I Single - MH² | MH² | 9000(1) | 1.67 | Microplastics Reduction | ||
QC7I Single - XC² | XC² | 12000 | 1.67 | Microplastics Reduction | ||
QC7I TRIPLE - 4FC | 4FC | 45000 | 7.5 | Microplastics Reduction | ||
QC7I TRIPLE - 7FC | 7FC | 75000 | 7.5 | Microplastics Reduction | ||
QC7I TRIPLE - ECO-XC2 | ECO-XC² | (1) | 5 | Microplastics Reduction | ||
QC7I TRIPLE – ECO-MC² | ECO-MC² | (1) | 5 | Microplastics Reduction | ||
QC7I TWIN - 4FC | 4FC | 30000 | 5 | Microplastics Reduction | ||
QC7I TWIN - 4FC-S | 4FC-S | 30000 | 5 | Microplastics Reduction | ||
QC7I TWIN - 7FC | 7FC | 50000 | 5 | Microplastics Reduction | ||
QC7I TWIN - 7FC-S | 7FC-S | 50000 | 5 | Microplastics Reduction | ||
QC7I TWIN - ECO-XC2 | ECO-XC² | (1) | 3.34 | Microplastics Reduction | ||
QC7I TWIN – ECO-MC² | ECO-MC² | (1) | 3.34 | Microplastics Reduction | ||
QC7I Triple - MC² | MC² | 27000(1) | 5 | Microplastics Reduction | ||
QC7I Triple - MH² | MH² | 27000(1) | 5 | Microplastics Reduction | ||
QC7I Triple - XC² | XC² | 36000 | 5 | Microplastics Reduction | ||
QC7I Twin - MC² | MC² | 18000(1) | 3.3 | Microplastics Reduction | ||
QC7I Twin - MH² | MH² | 18000(1) | 3.3 | Microplastics Reduction | ||
QC7I Twin - XC² | XC² | 24000 | 3.3 | Microplastics Reduction | ||
QL1 - 2FC-P | 2FC-P | (1) | 1.5 | Microplastics Reduction | ||
QL1 - 2FC-PS | 2FC-PS | (1) | 1.5 | Microplastics Reduction | ||
QL1 - 4C | 4C | (1) | .5 | Microplastics Reduction | ||
QL1 - 4FC-P | 4FC-P | (1) | 1.67 | Microplastics Reduction | ||
QL1 - 4FC-PS | 4FC-PS | (1) | 1.67 | Microplastics Reduction | ||
QL1 - 4H | 4H | (1) | .5 | Microplastics Reduction | ||
QL1 - 7FC-P | 7FC-P | (1) | 1.67 | Microplastics Reduction | ||
QL1 - 7FC-PS | 7FC-PS | (1) | 1.67 | Microplastics Reduction | ||
QL1- AC | AC | (1) | .5 | Microplastics Reduction | ||
QL1-4C² | 4C² | 3950(1) | .5 | Microplastics Reduction | ||
QL1-4FC | 4FC | 15000 | 2.5 | Microplastics Reduction | ||
QL1-4FC-S | 4FC-S | (1) | 2.5 | Microplastics Reduction | ||
QL1-4H² | 4H² | 3950(1) | .5 | Microplastics Reduction | ||
QL1-AC² | AC² | 1500(1) | .5 | Microplastics Reduction | ||
QL1-AquaMark 3 | AquaMark 3 | (1) | .5 | Microplastics Reduction | ||
QL1-BH² | BH² | 3000(1) | .5 | Microplastics Reduction | ||
QL1-OCS² | OCS² | 1500(1) | .5 | Microplastics Reduction | ||
QL1-WFA-12 | WFA-12 | (1) | .5 | Microplastics Reduction | ||
QL2 - 2FC-P | 2FC-P | (1) | 1.5 | Microplastics Reduction | ||
QL2 - 2FC-PS | 2FC-PS | (1) | 1.5 | Microplastics Reduction | ||
QL2 - 4FC-P | 4FC-P | (1) | 1.67 | Microplastics Reduction | ||
QL2 - 4FC-PS | 4FC-PS | (1) | 1.67 | Microplastics Reduction | ||
QL2 - 7FC-P | 7FC-P | (1) | 1.67 | Microplastics Reduction | ||
QL2 - 7FC-PS | 7FC-PS | (1) | 1.67 | Microplastics Reduction | ||
QL2 - H2O | Source H2O | (1) | .5 | Microplastics Reduction | ||
QL2 - OC | OC | (1) | .5 | Microplastics Reduction | ||
QL2-BH² | BH² | 3000(1) | .5 | Microplastics Reduction | ||
QL2-OCS² | OCS² | 1500(1) | .5 | Microplastics Reduction | ||
QL2-OW200L | OW200L | 480 | .5 | Microplastics Reduction | ||
QL3 - 2FC-P | 2FC-P | (1) | 1.5 | Microplastics Reduction | ||
QL3 - 2FC-PS | 2FC-PS | (1) | 1.5 | Microplastics Reduction | ||
QL3 - 4C | 4C | (1) | .5 | Microplastics Reduction | ||
QL3 - 4FC-P | 4FC-P | (1) | 1.67 | Microplastics Reduction | ||
QL3 - 4FC-PS | 4FC-PS | (1) | 1.67 | Microplastics Reduction | ||
QL3 - 4H | 4H | (1) | .5 | Microplastics Reduction | ||
QL3 - 7FC-P | 7FC-P | (1) | 1.67 | Microplastics Reduction | ||
QL3 - 7FC-PS | 7FC-PS | (1) | 1.67 | Microplastics Reduction | ||
QL3-4C² | 4C² | 3950(1) | .5 | Microplastics Reduction | ||
QL3-4H² | 4H² | 3950(1) | .5 | Microplastics Reduction | ||
QL3-BH² | BH² | 3000(1) | .5 | Microplastics Reduction | ||
QL3-MC² | MC² | 9000(1) | 1.67 | Microplastics Reduction | ||
QL3-MH² | MH² | 9000(1) | 1.67 | Microplastics Reduction | ||
QL3-OCS² | OCS² | 1500(1) | .5 | Microplastics Reduction | ||
QL3-OW200L | OW200L | 480 | .5 | Microplastics Reduction | ||
QL3-XC² | XC² | 12000 | 1.67 | Microplastics Reduction | ||
QL3B - 2FC-P[Pb] | 2FC-P | (1) | 1.5 | Microplastics Reduction | ||
QL3B - 2FC-PS[Pb] | 2FC-PS | (1) | 1.5 | Microplastics Reduction | ||
QL3B - 4C | 4C | (1) | .5 | Microplastics Reduction | ||
QL3B - 4FC-P[Pb] | 4FC-P | (1) | 1.67 | Microplastics Reduction | ||
QL3B - 4FC-PS[Pb] | 4FC-PS | (1) | 1.67 | Microplastics Reduction | ||
QL3B - 4H | 4H | (1) | .5 | Microplastics Reduction | ||
QL3B - 7FC-P[Pb] | 7FC-P | (1) | 1.67 | Microplastics Reduction | ||
QL3B - 7FC-PS[Pb] | 7FC-PS | (1) | 1.67 | Microplastics Reduction | ||
QL3B - AC | AC | (1) | .5 | Microplastics Reduction | ||
QL3B-4C² | 4C² | 3950(1) | .5 | Microplastics Reduction | ||
QL3B-4FC | 4FC | 15000 | 2.5 | Microplastics Reduction | ||
QL3B-4FC-S | 4FC-S | (1) | 2.5 | Microplastics Reduction | ||
QL3B-4H² | 4H² | 3950(1) | .5 | Microplastics Reduction | ||
QL3B-7FC | 7FC | 25000 | 2.5 | Microplastics Reduction | ||
QL3B-AC² | AC² | 1500(1) | .5 | Microplastics Reduction | ||
QL3B-AquaMark 3[2] [3] | AquaMark 3 | (1) | .5 | Microplastics Reduction | ||
QL3B-BH² | BH² | 3000(1) | .5 | Microplastics Reduction | ||
QL3B-MC² | MC² | 9000(1) | 1.67 | Microplastics Reduction | ||
QL3B-MH² | MH² | 9000(1) | 1.67 | Microplastics Reduction | ||
QL3B-OCS² | OCS² | 1500 | .5 | Microplastics Reduction | ||
QL3B-OW200L | OW200L | 480 | .5 | Microplastics Reduction | ||
QL3B-XC² | XC² | 12000 | 1.67 | Microplastics Reduction | ||
QUANTUM 4000 FILTER | Quantum 4000 | (1) | .5 | Microplastics Reduction | ||
Quantum 1000 Filter[2] [3] | Quantum 1000 | (1) | .5 | Microplastics Reduction | ||
SCOTSMAN SINGLE - SSMplus | SSMplus | 9000 | 1.67 | Microplastics Reduction | ||
SCOTSMAN TRIPLE - SSMplus | SSMplus | 27000 | 5 | Microplastics Reduction | ||
SCOTSMAN TWIN - SSMplus | SSMplus | 18000 | 3.3 | Microplastics Reduction | ||
TX-9000 Filter[2] [3] | TX-9000 | (1) | .5 | Microplastics Reduction | ||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [2] From date code 1C38 [3] From date code 1C48 [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
Facility : Roselle, IL
Replacement | Service Cycle | Flow Rate | ||||
Brand Name / Trade Name / Model | Element | (gallons) | (gpm) | Claim | ||
Commercial Modular [Pb] |
||||||
Follett FL4-SI Carbon-Less NPF Single | FL4-SI | (1) | 2 | Microplastics Reduction | ||
Follett FL4-SI Carbon-Less Single | FL4-SI | (1) | 2 | Microplastics Reduction | ||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
||||||
Plumbed-In [Pb] |
||||||
COLDRINK SYSTEM 1 - 4FC | 4FC | (1) | 2.5 | Microplastics Reduction | ||
Coldrink System 1 - MC² | MC² | (1) | 1.67 | Microplastics Reduction | ||
Coldrink System 1 - XC² | XC² | (1) | 1.67 | Microplastics Reduction | ||
FL4S PLUS SINGLE | FL4S PLUS | (1) | 2.5 | Microplastics Reduction | ||
INSURICE PF SINGLE - 4FC-S | 4FC-S | (1) | 2.5 | Microplastics Reduction | ||
INSURICE PF SINGLE - 7FC-S | 7FC-S | (1) | 2.5 | Microplastics Reduction | ||
InsurIce PF Single - I2000² | I2000² | (1) | 1.67 | Microplastics Reduction | ||
InsurIce PF Single - I4000² | I4000² | (1) | 1.67 | Microplastics Reduction | ||
Insurice PF Single - 7SI | 7SI | (1) | 3.5 | Microplastics Reduction | ||
(1) Claims of capacity or rated service cycle are not applicable for mechanical filtration. [Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
CSA Standard B483.1
Drinking Water Treatment Systems
Drinking Water Treatment Systems
Everpure LLC | |
1040 Muirfield Drive | |
Hanover Park, IL 60133 | |
United States | |
800-323-7873 | |
Visit this company's website |
Facility : Roselle, IL
Replacement | Daily Production | |||||
Brand Name / Trade Name / Model | Module | Rate (gpd) | Claim | |||
Plumbed-In to Separate Tap[Pb] |
||||||
EZ-RO 200/10G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/10G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/16G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/16G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/2G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/2G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/5G | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 200/5G-BL | 4FC5-S EZ-200 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/10G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/10G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/16ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/16ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/16G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/16G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/2G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/2G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/30ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/30ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/50ATM | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/50ATM-BL | 4FC5-S EZ-375 4CM |
268.39 | TDS Reduction | |||
EZ-RO 375/5G | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 375/5G-BL | 4FC5-S EZ-375 4CM |
70.26 | TDS Reduction | |||
EZ-RO 650/16ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
EZ-RO 650/16ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
EZ-RO 650/30ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
EZ-RO 650/30ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
EZ-RO 650/50ATM | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
EZ-RO 650/50ATM-BL | 7FC5-S EZ-650 7CM |
268.39 | TDS Reduction | |||
[Pb] Product also evaluated and determined to possess weighted average lead content of <=0.25% and complies with lead content requirements for “lead free” plumbing as defined by California, Vermont, Maryland, and Louisiana state laws and the U.S. Safe Drinking Water Act. |
Number of matching Manufacturers is 7
Number of matching Products is 1083
Processing time was 2 seconds