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Fontana Chrome Commercial Temperature Control Automatic Touchless Sensor Faucet with Built-In Mixing Valve
This Automatic Touchless Sensor Faucet comes with thermostatic technology that controls the temperature fluctuations at the outlet, preventing scalding, and creating the desired temperature at the point of use. This Automatic Touchless Sensor Faucet is available in a chrome finish. The faucet features an integrated above-counter mixer built into the faucet body, a 2-8 inch sensor range, and a built-in brass solenoid. Maintenance for this sensor faucet is simple and can be performed in minimal time. The faucet is equipped with a sensor override and a 60-second time-out feature to prevent water waste.
Fontana Chrome Commercial Temperature Control Automatic Touchless Sensor Faucet with Built-In Mixing Valve Features:
- Brand Name: FontanaShowers®
- Model Number: MOTION-SENSOR-FAUCET-B5125DC-B
- Type: Touchless Bathroom Faucet
- Water Pressure: 0.5 to 7Bar
- Finish: Chrome
- Construction: Solid Brass
- Control Box : Included- Hardwired & Battery Operated
- Supply Hoses: Included
- Other Features: Vandal resistant
- Remote Control: Optional- Reset or Adjust the Sensing Distance or turn off/on
- Flow Rate: Built in Aerator Available from .5 GPM - 1.5 GPM
- Flow Rate Special: Customizable can be provided for any Water Flow Requirement
- Sensor Range: Adjustable
- Mounting Hardware: Included
- Power Supply: AC110V And DC6V
- Batteries Included: No
- Mixing Valve: Water Temperature Mixing Valve Available
- Mixing Valve Material: Solid Brass Thermostatic Mixing Valve Available
- Mixing Valve: Water Temperature Mixing Valve Available
- Mixing Valve Material: Solid Brass Thermostatic Mixing Valve Available
- Mixing Valve Material: Solid Brass Thermostatic Mixing Valve Available
- Mounting Type: Deck Mount
- Body Material: Brass
- Valve Body: Brass
- Usage: Commercial
- Ideal for commercial use applications in public restrooms, restaurants, office buildings, public facilities, and hospitals. Fits all standard US plumbing.
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