ADA Vandal-Resistant Polished Dual Drinking Fountain
The Haws 1011HPS barrier-free Hi-Lo polished vandal-resistant drinking fountain uses a patented stainless steel push-button valve assembly allowing for front access stream adjustment as well as cartridge and strainer access. This wall mounted swirl bowl designed fountain offers the 'only' all stainless-steel valve body that is machined out of solid bar stock, is fully serviceable through the front of the push button assembly offering access to the water control cartridge and integral water supply strainer, and has front access to the water stream height adjustment for easy maintenance without having to remove the valve.
- 18 gauge Type 304 high-polished stainless steel bowl assembly mounted on a 14 gauge Type 304 high-polished stainless steel wall bracket
- Vandal resistant components include bubblers, bowls, buttons, drains and bottom plates
- 100% lead-free waterways
- Polished chrome-plated brass bubbler heads with integral laminar anti-squirt flow eliminate water splash
- Maintenance is made easy with front access to valve adjustment and cartridge replacement
- Beautiful high-polished finish resists stains and corrosion
- "Hi-Lo" design allows for twice the users as regular fountains and suits the needs for various user heights
Model meets all current Federal Regulations for the disabled including those in the Americans with Disabilities Act. Haws manufactures drinking fountains, faucets and electric water coolers to be lead-free by all known definitions including NSF/ANSI/CAN 61- Section 9, NSF/ANSI/CAN 372, California Proposition 65, and the Federal Safe Drinking Water Act. Product is compliant to California Health and Safety Code 116875 (AB 1953-2006), and NSF/ANSI/CAN 61: Q ≤ 1.
Prop 65 Warning. For California Residents Warning: This product contains a chemical known to the State of California to cause cancer and/or birth defects or other reproductive harm. Please click here for more information.
- ADA Compliant
- CSA Certified
- NSF/ANSI/CAN 61-2020 with Q ≤ 1