This unit is battery operated. An optional AC adapter (not included) is available. See- A14-029
Verge Faucet Crestt Series. Touch-free dual sensor activation. Tempered line adapter. 0.35 gpm silicone tip flow control module with multiple individual laminar flow streams. Refined, high arc design in cast brass construction with Brushed Black Stainless PVD finish. PVD finish is an intricate, environmentally friendly finishing process that molecularly bonds the finish to the faucet, creating a very hard, durable surface that will not corrode, discolor, or tarnish. Battery pack with 4xAA alkaline batteries is included as standard power source. Indicator lights housed in faucet spout to indicate power, activation and low battery power. Complies with ADA guidelines. Certified by IAPMO to cUPC regulations. Certified NSF/ANSI 372 as lead free.
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FAQ:
What is the difference between a Thermostatic Mixing Valve
and a Tempering Valve?
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A Thermostatic Mixing Valve (TMV) is one in which the temperature of the water from the mixed
water outlet is automatically controlled by a thermostatic element or sensor to a preselected temperature.
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A Tempering Valve is a 3-way mixing valve which is temperature actuated and used to temper
a heated water supply by mixing the heated water with cold to feed heated water at a reduced temperature to the taps around your home..
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TMVs, because of their quicker response time and more accurate temperature range, are more often used in commercial environments where hot water heaters
can be a higher temperature and operational guidelines may be more strictly regulated.
Tempering valves, because of their price advantage, are typically used in residential settings where water delivery is usually
at a maximum of 122℉ and the operational requirements are less stringent.
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- Verge Faucet - Crestt Series - High Arc design
- Touch-free Dual-Sensor Activation
- Battery power standard (4x AA) up to 250,000 cycles per set
- Chrome-plated cast brass construction with environmentally friendly PVD finish
Measurement Diagram: