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SOLIS® Solar Powered Automatic Flush Valve

Solis
Solar Powered Retrofit Automatic Flusher
Sloan
Valve's Solis, a Solar Powered Retrofit Automatic Flush Valve with battery
backup.
The sensor
assembly is powered by a solar cell that will harvest power from
artificial indoor light, either incandescent or fluorescent light, and use
it as the energy source. The solar cell can provide approximately 100%
power with 650 Illuminance (lux).
The Solis
also includes four (4) AA Battery Back-up Power Source.


High
Efficiency Toilet
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Sloan SOLIS®
from SolarFlush.com - The Industry's First Solar-Powered, Sensor-Operated
Flushometers
Sloan Valve
Company introduces the world's first solar-powered, sensor-operated
Flushometers. Sloan SOLIS® Flushometers for water closets
and urinals provide ground-breaking water efficiency and utilize
state-of-the-art photovoltaic technology.
The new Flushometers are part of the Sloan SOLIS Collection,
which also includes the 0.5 gpm/1.9 Lpm Sloan SOLIS solar-powered
faucet, making Sloan the first plumbing company to offer a complete line
of solar-powered, water-efficient products.
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Sloan
SOLIS Flushometers use light to charge a highly efficient
capacitor, providing power even in rooms with occupancy-controlled
lighting. The solar panel powers the unit without the need for
moving parts in the waterway. No moving parts in the waterway mean
superior hydraulic performance and reduced maintenance.
These revolutionary plumbing products offer engineers and designers
a way to visibly express a facility's commitment to sustainability.
Toilets account for most of the water used in commercial restrooms.
The new SOLIS High-Efficiency Flushometers are available in
single-flush and dual-flush models. The dual-flush model has
two flush cycles: Users can choose the full 1.6 gpf/6.0 Lpf flush
for solid waste or the reduced flush of 1.1 gpf/4.2 Lpf for liquid
waste.
If the user does not press a button, the Flushometer's Dual-Flush
Smart Sense Technology™ takes over and automatically initiates a
flush cycle, based on how long the user remains in the sensor range.
Users who stay within the sensor range less than a minute activate
the reduced flush; users who stay longer activate the full flush.
Exhaustive research and extensive field trials have proven the
Dual-Flush Sensing Algorithm to be a reliable and efficient method
of controlling flush volume. In addition, advanced state-of-the-art
sensor technology eliminates false flushing to further ensure water
efficiency.
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