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Fontana Wall-Mounted Faucets™ | Architectural and Engineering Resource

Fontana FS8014ORB Oil Rubbed Bronze Wall-Mounted Faucet: Aerator and Outlet Detail

This aerator and outlet-detail resource is intended to support architects, plumbing engineers, contractors, installers, commissioning personnel and facility managers coordinating the outlet assembly of the Fontana FS8014ORB oil rubbed bronze wall-mounted faucet. The enlarged technical drawing identifies the vandal-resistant aerator, outlet housing, aerator insert, retaining feature, thread size, outlet diameter, removal tool, flow direction, cleaning procedure and recommended replacement sequence.

Fontana Oil Rubbed Bronze Wall-Mounted Faucet

The Fontana FS8014ORB is a solid-brass wall-mounted faucet with an oil rubbed bronze finish and a serviceable outlet assembly. The vandal-resistant aerator is retained within the outlet housing and requires the designated removal tool for safe extraction, cleaning and replacement. Routine aerator maintenance helps preserve the intended stream pattern, flow performance and outlet appearance.

  • Model: FS8014ORB
  • Installation: Wall mounted
  • Finish: Oil rubbed bronze
  • Faucet material: Solid brass
  • Aerator type: Vandal-resistant laminar-flow aerator
  • Aerator material: 316 stainless steel, as illustrated
  • Thread size: M24 × 1.0
  • Outlet diameter: Ø24 mm (0.94 inch)
  • Outlet depth: Approximately 12 mm (0.47 inch)
  • Nominal flow rate: 0.5 GPM (1.9 L/min) at 60 PSI, as illustrated
  • Stream type: Laminar
  • Service method: Special aerator-removal tool

Required Aerator and Outlet Detail Drawing Package

Each outlet-detail drawing should use a consistent scale, component-numbering system, dimension style and product-identification block. The enlarged view should distinguish the faucet outlet housing from the removable aerator insert and retaining components. Thread designation, outlet diameter, assembly sequence, removal-tool engagement and water-flow direction should be shown clearly so the aerator can be inspected and serviced without damaging the faucet finish or outlet housing.

Complete Aerator and Outlet Detail

Shows the enlarged faucet outlet assembly with the housing, aerator insert, internal retaining feature and finish-matched vandal-resistant aerator separated in an exploded arrangement. The drawing also identifies the thread size, outlet diameter, water-flow direction, removal tool and servicing sequence.

Outlet Housing

Identifies the machined outlet housing formed at the end of the curved faucet spout. The housing contains the internal thread and retention surfaces used to support the aerator assembly. Inspect the housing for damaged threads, mineral deposits or foreign material before reinstalling the aerator.

Vandal-Resistant Aerator

Documents the finish-matched, vandal-resistant aerator installed at the faucet outlet. Its concealed engagement features discourage removal with common tools while allowing authorized maintenance personnel to remove it using the designated service tool.

Aerator Insert

Shows the internal laminar-flow insert that conditions the water stream before discharge. The insert should remain clean and undamaged so water exits in a controlled pattern without excessive spray, stream distortion or uneven flow.

Retaining Feature

Identifies the internal retaining ring, hex retainer or comparable feature that secures the aerator insert within the outlet housing. The retaining component should be installed in the illustrated order and should not be modified, omitted or replaced with an unapproved part.

Thread Size and Outlet Diameter

Documents the principal connection and outlet dimensions required for maintenance and replacement-part verification. The illustrated outlet assembly uses an M24 × 1.0 thread and a nominal outlet diameter of 24 mm, equivalent to approximately 0.94 inch.

Removal Tool and Flow Direction

Shows the special removal tool engaging the concealed aerator slots and identifies the downward direction of water flow through the completed outlet assembly. Do not use pliers, adjustable wrenches or other tools that could deform the aerator or damage the oil rubbed bronze finish.

Cleaning and Replacement Procedure

Provides the recommended sequence for removing, cleaning, inspecting and reinstalling the aerator assembly. The detail should identify the direction of rotation, hand-tightening requirement and final use of the service tool to secure the aerator without excessive torque.

Engineering note: Use only the designated aerator-removal tool and approved replacement components. Do not grip the outlet housing or finish with pliers or wrenches. Excessive tightening may damage the aerator, retaining feature, internal threads or faucet finish. Verify the replacement aerator, thread size and flow rating against the approved FontanaShowers product documentation before installation.

Aerator Removal, Cleaning and Replacement Sequence

1. Isolate and Protect

Shut off the water supply where required and protect the faucet, basin and surrounding finishes before beginning aerator service.

2. Engage Removal Tool

Insert the designated removal tool fully into the aerator slots and confirm that it engages securely before applying rotational force.

3. Remove Aerator

Turn the tool counterclockwise while supporting the outlet housing. Remove the aerator, retaining component and insert in the documented sequence.

4. Clean Components

Rinse removable components with clean warm water and remove debris using a soft brush. Avoid abrasive pads, metal tools and harsh chemicals.

5. Inspect and Replace

Check the insert, retaining feature, threads and seals for wear, distortion or mineral accumulation. Replace damaged components with approved parts.

6. Reassemble and Test

Reinstall the parts in the correct order, tighten by hand and use the service tool only to secure the aerator. Restore water and verify the stream pattern and leak-free operation.

Outlet Performance and Maintenance Considerations

Stream Pattern

Confirm that the cleaned or replaced aerator produces a stable, uniform laminar stream without side spray, pulsing or irregular discharge.

Flow Performance

Investigate reduced flow by checking the aerator insert, inlet strainer, supply pressure, solenoid valve and flexible supply connection.

Mineral Accumulation

Establish a cleaning frequency appropriate for local water quality and fixture usage. Hard-water conditions may require more frequent aerator inspection.

Finish Protection

Avoid abrasive cleaners and metal tools on the oil rubbed bronze surface. Clean visible faucet surfaces with a soft damp cloth and dry them after service.

Replacement Interval

Inspect the aerator during preventive maintenance and replace it when cleaning no longer restores the required stream pattern or flow performance.

Service Documentation

Record cleaning dates, replacement parts and recurring outlet issues so facility personnel can identify water-quality or systemic maintenance conditions.

Professional Engineering and Performance References

Project verification: Aerator and outlet-detail drawings are coordination and maintenance tools and do not replace approved product documentation. The architect, plumbing engineer, contractor, installer and facility maintenance team should verify the vandal-resistant aerator, outlet housing, insert, retaining feature, thread size, outlet diameter, removal tool, flow rating, cleaning method, replacement sequence, finish compatibility and approved service parts before performing maintenance or modifying the faucet assembly.