Home > Fontana American Standard Deck-Mounted Sensor Faucet: Exploded Assembly and Parts Identification

Fontana Automatic Sensor Faucets™ | Architectural and Engineering Resource

Fontana American Standard Deck-Mounted Sensor Faucet: Exploded Assembly and Parts Identification

This exploded assembly and parts-identification resource is intended to support architects, plumbing engineers, maintenance personnel, contractors, installers and facility managers coordinating the Fontana American Standard deck-mounted automatic sensor faucet. The drawing package identifies the faucet body, spout assembly, infrared sensor, aerator, mounting hardware, flexible supply hose, solenoid valve, electronic control box, power supply, electrical harness and other serviceable components used during installation, inspection and future maintenance.

Fontana American Standard Deck-Mounted Sensor Faucet

The exploded assembly drawing illustrates the relationship between individual mechanical and electrical components before final assembly. It helps installers understand component orientation, assembly order, maintenance access and replacement procedures without disassembling the complete faucet.

The drawing should be used during installation planning, troubleshooting and service operations. Final replacement parts and assembly procedures should always be confirmed using the current FontanaShowers specification sheet and approved service documentation.

  • Model: FS2361TFDP
  • Installation: Deck mounted
  • Construction: Solid brass faucet body
  • Sensor: Infrared touchless activation
  • Control: Electronic control module
  • Flow Control: Solenoid-operated valve
  • Service: Replaceable maintenance components
Product Page Installation Guide

Required Exploded Assembly Drawing Package

Each exploded drawing should use a consistent item-number system, component callouts and product-identification block. Every removable part should be clearly identified while preserving the correct assembly sequence from the faucet body to the concealed operating components.

Exploded Assembly Overview

Shows the complete faucet separated into individual components while preserving their original assembly order.

Faucet Body

Identifies the primary brass casting supporting the sensor, spout and internal water passage.

Spout Assembly

Illustrates the outlet section together with the internal connection to the faucet body.

Infrared Sensor Module

Shows the sensor assembly responsible for detecting user hand movement and initiating automatic operation.

Aerator Assembly

Identifies the removable outlet component responsible for water stream conditioning and flow regulation.

Mounting Shank

Shows the threaded section used to secure the faucet to the countertop or sink deck.

Rubber Gasket

Illustrates the sealing gasket positioned between the faucet base and finished countertop.

Mounting Washer

Identifies the washer used to distribute clamping force during faucet installation.

Lock Nut

Shows the retaining nut securing the faucet assembly beneath the countertop.

Flexible Supply Hose

Illustrates the flexible connection between the faucet body and the solenoid assembly.

Solenoid Valve

Identifies the electronically operated valve controlling water flow during automatic operation.

Control Box

Shows the electronic controller processing sensor input and operating the solenoid valve.

Power Supply

Illustrates the AC transformer or battery assembly supplying power to the controller.

Electrical Harness

Shows the factory cable assembly interconnecting the sensor, controller and solenoid valve.

Replacement Parts Identification

Provides item numbers for serviceable components to simplify future replacement and maintenance operations.

Assembly Sequence

Illustrates the recommended order for assembling the faucet from the countertop upward and beneath the deck.

Serviceable Components

Identifies components that may be inspected, cleaned or replaced during scheduled maintenance.

Maintenance Inspection

Shows the principal inspection points for routine servicing and preventive maintenance.

Commissioning Verification

Confirms correct assembly, secure connections, electrical operation and water-flow performance before the faucet is placed into service.

Engineering note: The exploded assembly drawing is a coordination and service reference and should not replace the approved FontanaShowers service manual, installation instructions or replacement-parts documentation. Verify component compatibility, assembly procedures and replacement parts before maintenance or repair.

Project verification: The architect, plumbing engineer, maintenance supervisor, contractor and licensed installer should verify the final assembly sequence, component identification, replacement parts, electrical connections, water connections and commissioning procedures using the approved FontanaShowers documentation before returning the faucet to service.