Description
Elevate your beverage experience with the 3M Cuno BEV165 Water Filter System, specially crafted to enhance the quality and flavor of your cold beverages. Designed for use with dual-carbonator cold beverage dispensers, this innovative system is your ticket to refreshing drinks that stand out from the crowd.
Say goodbye to sediment, chlorine, and cysts—this water filter system goes above and beyond to ensure your beverages are nothing short of exceptional. With its 30-micron rating and built-in bacteria inhibitor, it not only improves water quality but also extends the life of the filter media for long-lasting performance.
But what truly sets this system apart is its quick-change cartridge design. No more fussing with complicated replacements—simply swap out the cartridge with ease, minimizing the risk of contamination and keeping your beverages pure and delicious.
Equipped with an internal quarter-turn shutoff valve and a valve-in-head design, maintenance has never been easier. Plus, with one inlet water shutoff valve assembly, one integral mounting bracket, one pressure gauge, and one cartridge filter included, you have everything you need for seamless installation and operation.
With a 3-micron rating, 3.34-GPM flow rate, and 35,000-gallon capacity, this water filter system delivers unparalleled performance, ensuring your beverages taste as good as they look. And with maximum operating pressure and temperature of 125 PSI and 100 degrees F respectively, it's built to handle even the busiest of beverage stations.
Upgrade your beverage game today with the 3M Cuno BEV165 Water Filter System—because great taste starts with great water.
3M Cuno BEV165, water filter system, cold beverage dispenser, sediment reduction, chlorine taste and odor reduction, cyst reduction, bacteria inhibitor, quick-change design, valve-in-head design, inlet water shutoff valve assembly, integral mounting bracket, pressure gauge, 3-micron rating, 3.34-GPM flow rate, 35000-gallon capacity, beverage quality, beverage flavor optimization.