Product Details
The Halsey Taylor HydroBoost Bottle Filling Station and Single ADA Cooler is the perfect solution for busy indoor spaces seeking a reliable and eco-friendly hydration option. Engineered for efficiency, this unit boasts an impressive chilling rate of 8.0 gallons per hour, ensuring that you and your guests always have access to fresh, cool water. With its unique combination of a mechanically activated double bubbler and touchless electronic bottle filler, it provides a versatile drinking solution designed for comfort and convenience. The innovative electronic activation allows for hands-free use, complemented by a 20-second automatic shut-off timer to promote water conservation. Meanwhile, the double bubbler design projects two streams of water that merge for a more satisfying drink, catering to both individual bottle filling and traditional drinking needs. The HydroBoost system not only prioritizes functionality but also sustainability, prominently featuring a Green Counter that tracks the number of disposable plastic bottles saved from landfills. Antimicrobial protection, utilizing silver ion technology, is integrated into key components, effectively inhibiting the growth of mold and mildew for a cleaner experience. Additionally, its sophisticated laminar flow technology minimizes splash, making each fill effortless and hygienic. Designed with accessibility in mind, this bottle filler meets ADA compliance requirements, ensuring it is usable by all. The hermetically sealed refrigeration system guarantees chilled water service, while the real drain system efficiently eliminates standing water, maintaining a neat and sanitary environment. Ideal for schools, gyms, parks, and office buildings, the Halsey Taylor HydroBoost Bottle Filling Station is an innovative choice for any setting where hydration is essential. With a robust build rated at 115V/60Hz and 370 watts, this sleek unit reflects a commitment to public health and environmental responsibility. Enjoy the benefits of clean and refreshing hydration while making a positive impact on waste reduction.
