TOTO Libella AC Powered 0.5 GPM Wall Mounted Single Hole Touchless Bathroom Faucet with Thermostatic Mixing Valve and 10 Second On-Demand Flow

The TOTO Libella Wall-Mount AC powered 0.5 GPM touchless bathroom faucet with thermostatic mixing valve, 10 second on-demand flow is ideal for high-traffic spaces, providing an elegant water conservation solution. The sensor is strategically positioned underneath the spout head to accurately sense the hands for touchless use. The 0.5 GPM 10 second on-demand faucet uses only 0.08 gallons per cycle and is CEC and CALGreen compliant. The on-demand system means that water flows only when needed and cannot be accidentally left running. When hands are present, the water will flow, and when hands are removed, the water will stop. The included thermostatic mixing valve allows fixed water temperature adjustment and prevents scalding. Easy installation and low-cost maintenance makes this faucet practical, sustainable, and durable. The Eco Cap aerating technology balances the amount of air bubbles in the water for a comfortable experience while saving water. Included items: spout, operating controller, thermostatic mixing valve, and mounting hardware included. Purchased separately: water supply line for G 1/2" connection. Requires 120V AC power supply.

TOTO T23L51AT Features:

• Commercial and Residential: Covered under Toto’s 3 year limited residential warranty and a 3 year limited commercial warranty
• Faucet body constructed of brass
• Brass is highly resistant to corrosion and an excellent choice to withstand high temperatures
• Coordinates with products from the Libella line
• Single hole mounting type
• Wall mounted installation - 1 hole faucet mounts to wall above sink
• Faucet includes solenoid valve
• Drain assembly not included
• ADA compliant

TOTO T23L51AT Technologies and Benefits:

TOTO T23L51AT Specifications:

• Height: 2-13/16"
• Spout Reach: 8-1/2" (wall to spout outlet)
• Flow Rate: 0.5 gallons-per-minute
• Faucet Holes: 1 (minimum number of holes required for installation)