Product Details
The Elkay ezH2O In-Wall Bottle Filling Station is an innovative addition to any indoor environment, combining convenience with sustainability. This unit, requiring a separate mounting frame MFWS100 for installation, offers a modern, fully recessed design that seamlessly integrates into walls, conserving space while providing quick access to refreshing water. With a chilling capacity of 8.0 gallons per hour and a fill rate of 1.1 gallons per minute, this station delivers a steady stream of chilled, filtered water, perfect for hydration on demand. One of the standout features of this bottle filling station is its touchless, sensor-activated mechanism, designed to enhance user experience by minimizing contact. The 20-second automatic shut-off timer ensures efficient operation while conserving water. The advanced laminar flow technology results in a clean and splash-free fill, making it ideal for busy settings. Moreover, the station includes a visual filter monitor with an LED status indicator, alerting users when it's time to replace the filter. This 3,000-gallon filter is certified to reduce lead, chlorine, and other contaminants, ensuring that users enjoy only the purest water. In addition to its practical features, the Elkay ezH2O promotes environmental responsibility with its Green Ticker, which tracks the number of single-use plastic bottles saved from waste, encouraging sustainable choices among users. Antimicrobial protection helps combat the growth of mold and mildew on key plastic components, enhancing hygiene and longevity. Providing a real drain system effectively eliminates standing water, maintaining cleanliness in any setting. Suitable for schools, offices, gyms, and public spaces, the Elkay ezH2O In-Wall Bottle Filling Station not only meets the modern demands for hydration but also represents a commitment to reducing plastic waste and promoting healthier choices. Its sleek, wall-mounted design and advanced filtration make it an essential upgrade for any facility looking to enhance water accessibility and sustainability.
