Fontana Touchless Commercial Automatic Sensor Faucet in Matte Black
Self-Adaptive Infrared Sensing, 0.75 GPC Control & Ultra-Low-Power Commercial Electronics
Commercial matte black brass faucet engineered with self-adaptive sensing, controlled 1.2 GPM delivery, AC/DC power, and integrated water-management electronics.
How does the 0.36 mW static power demand affect sensor-system efficiency?
The control architecture is specified at approximately 0.36 mW static consumption and 0.5 mW during operation. This low electrical demand reduces standby loading between activations and complements the rated 100,000-cycle battery service life, an important consideration when planning maintenance intervals across multiple commercial fixtures.
What is the engineering purpose of the factory-set 0.75 GPC control parameter?
The faucet specification identifies a factory-default 0.75 GPC setting alongside a 30-second timeout. These programmed control parameters establish a defined operating baseline for automatic discharge management, helping commissioning teams maintain predictable water-use behavior rather than relying solely on unrestricted activation duration.
How do integrated shut-off and hygienic line-flush functions improve facility servicing?
Integrated water shut-off provides a defined control point for fixture servicing, while the hygienic line-flush functionality supports managed movement of water through the faucet after periods of limited use. These features are particularly useful where facility teams require systematic maintenance and operational control across banks of commercial lavatories.
Why is the ≥0.07 L/s minimum flux specification important for hydraulic commissioning?
The specified flux of at least 0.07 L/s provides an additional hydraulic performance reference beyond the rated 1.2 GPM at 60 PSI. During commissioning, engineers can use these values with the 0.05–1.6 MPa working-pressure envelope to evaluate whether available dynamic pressure and upstream piping conditions support stable fixture discharge.