Fontana Dijon Inverted V-Shape Commercial Automatic Sensor Faucet
Infrared Field Calibration, Inverted-V Discharge Geometry & Commercial Solenoid Control
Engineered for high-use washrooms, this inverted V-shape faucet integrates infrared sensing, automatic flow control, and durable brass construction for dependable touch-free operation.
How does the inverted V-shaped geometry affect sensor-to-basin coordination?
The angular faucet profile establishes a different sensor axis and discharge trajectory than a conventional curved spout. During specification, the sensor field, outlet projection, basin depth, and faucet setback should be coordinated so hand detection occurs within the intended wash zone without excessive splash or reflective interference.
How does the electronic solenoid manage rapid hydraulic opening and closure?
When the infrared controller confirms hand presence, an electrical signal actuates the solenoid and opens the internal water passage. Removing the target causes the controller to de-energize the valve, producing automatic closure and limiting residual discharge after each handwashing cycle.
Why must dynamic pressure be evaluated when several sensor faucets share a branch line?
Simultaneous fixture operation increases velocity and friction losses within the distribution piping. Measuring dynamic pressure under representative peak demand verifies that sufficient pressure remains at the faucet for stable discharge and prevents specification decisions based solely on higher no-flow static pressure.
What commissioning sequence protects the sensor and hydraulic control assembly?
Flush the supply piping before final connection, verify leak integrity, energize the electronic controls, and perform repeated activation cycles. Testing should confirm consistent hand detection, complete automatic shutoff, correct stream alignment, and freedom from false triggering with the finished basin installed.
Reduced Calibration Interruptions 
