Intelli-Flo EZ Electronic Wall Mount Faucet AC Power 3-1/2" Gooseneck Spout with Manual Mixing Valve and 1.5 gpm Laminar Flow Vandal Resistant

This electronic wall mount faucet features an EZ Intelli-Flo system powered by AC electricity for reliable, hands-free operation. The unit includes a 3-1/2 inch gooseneck spout that provides comfortable clearance for handwashing and other tasks. Equipped with a manual mixing valve, it allows users to adjust water temperature to their preference. The faucet delivers water at a controlled flow rate of 1.5 gallons per minute through a laminar flow aerator, which produces a clear, non-splashing stream while conserving water. Constructed with vandal-resistant components, this fixture is designed to withstand heavy use in commercial and institutional settings. The wall-mounted design saves counter space and facilitates easy cleaning of surrounding areas.

• Electronic Wall Mount Design: Features advanced Intelli-Flo EZ electronic sensor technology for touchless operation, providing hygienic hands-free activation while the wall-mounted configuration saves valuable counter space in commercial and institutional settings
• AC Powered Operation: Equipped with reliable AC power supply that eliminates the need for battery replacements, ensuring consistent performance and uninterrupted operation in high-traffic environments such as restaurants, hospitals, and office buildings
• Extended Gooseneck Spout: Includes a 3-1/2 inch gooseneck spout that provides ample clearance for handwashing and filling containers, offering convenient reach and comfortable positioning for users of varying heights
• Manual Mixing Valve: Integrated manual mixing valve allows precise temperature control by blending hot and cold water to achieve the desired water temperature, ensuring user comfort and safety while preventing scalding incidents
• Vandal-Resistant Construction: Built with durable vandal-resistant components and features a 1.5 gpm laminar flow aerator that delivers a smooth, non-splashing water stream while conserving water, making it ideal for high-use public facilities where durability and efficiency are essential