SKU: 189-7433003683
Brand: Halsey Taylor
Halsey Taylor 7433003683 Wall Mount Indoor/Outdoor Drinking Fountain - Non Refrigerated, Non Filtered
The Halsey Taylor 7433003683 is a durable, wall-mounted drinking fountain designed for restaurants and commercial spaces. Non-refrigerated and non-filtered, it offers reliable hydration with minimal maintenance, ideal for busy environments.
Key Features
- •Non-refrigerated, non-filtered design for simple, low-maintenance operation in commercial kitchens and restaurants
- •Stainless steel construction ensures durability and resistance to wear, ideal for high-traffic areas
- •Wall-mounted, single-level contour design with a bottom cover plate for a sleek, professional look
- •Push-button activation provides reliable water access with minimal effort, perfect for busy environments
- •Compact dimensions (12 1/8" W x 18 3/4" D x 9 11/16" H) with a weight of 15 lbs, making it easy to install and maintain
Starting from $1625.00/unit
Volume discounts available
The Halsey Taylor 7433003683 wall-mounted drinking fountain is a practical and durable solution for commercial kitchens and restaurants seeking a non-refrigerated, non-filtered water dispenser. Its stainless steel construction ensures longevity, while the contour-style design with a bottom cover plate conceals plumbing, maintaining a clean and professional aesthetic. This single-level, push-button activated fountain is perfect for high-traffic areas, providing reliable hydration without the need for refrigeration or filtration systems. Ideal for facilities prioritizing simplicity and low-maintenance operation, it’s a smart choice for restaurants, cafes, and offices that require a no-frills, functional water station. With a compact footprint and robust build, it blends seamlessly into any commercial setting while delivering consistent performance. The 1-year limited warranty on material and workmanship adds peace of mind, making it a cost-effective solution for businesses looking to upgrade their water dispensing infrastructure without unnecessary complexity.