The Halsey Taylor HydroBoost bottle filling station delivers a clean quick water bottle fill and enhances sustainability by minimizing our dependency on disposable plastic bottles. Complete water station including HydroBoost® bottle filling station and HAC water cooler(s). Self-contained, wall-mounted bi-level water cooler. Model HTHBHAC8BLWF delivers chilled drinking water; model HTHB-HACDBLWF delivers non-refrigerated drinking water. Exclusive one-piece, chrome-plated, two-stream Double Bubbler with non-removeable anti-squirt feature and integral hood. Automatic stream height regulator is located inside unit to prevent tampering. Includes self-closing, light touch front and side pushbar actuation with raised letters for the visually impaired. Type 300 series stainless steel top, with satin finish resists stains. Anti-splash ridge reduces splatter. Contoured to insure proper drainage.
Built in USAComplete cooler and bottle filling station in a consolidated space saving ADA compliant designBottle Filler features sanitary no-touch sensor activation with automatic 20-second shut-off timerQuick fill rateGreen Counter; counts the quantity of bottles saved from wasteFeatures 3000 gal capacity WaterSentry®; Plus filtration with visual LED filter monitor to indicate when replacement is necessarySensor-activated enhanced with user interface graphicsQuick fill rate is 1.1 gal per minute on refrigerated model or 1.5 gal per minute on non-refrigerated modelLaminar flow provides a clean fill to minimize splashing and easy maintenanceEquipped with an automatic 20 sec shut-off timerSilver ion anti-microbial protection - key plastic components are integrated with silver ion anti-microbial protection to inhibit growth of mold and mildewGreen Counter - visually displays count of plastic bottles saved from landfills (based on 20 oz bottles for refrigerated models)Features an exclusive one-piece, chrome plated two-stream mound-building bubbler with non-removable anti-squirt featureIts integral hood insures a satisfying drink of water
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