Fontana Aviation Touchless Faucets — Configuration Targets & Procurement Checklist


Fontana Aviation Touchless Faucets — Configuration Targets & Procurement Checklist

Engineer-grade guidance for AEC teams, airline engineering, and MRO stakeholders evaluating touchless faucets for aircraft lavatories. Content focuses on predictable integration, environmental robustness, and evidence-backed procurement.

Aviation touchless faucet — certifications montage (gold finish)
Certification-focused montage (gold finish, PVD).
Aviation touchless faucet — certifications montage (alternate theme)
Alternate certification theme reference.
Aviation touchless faucet close-up view
Close-up: compact geometry for tight monuments.
Multiple aviation touchless faucet mockups
Mockups: variant finishes for fleet harmonization.

Typical Aviation Configuration Targets (for Spec Planning)

  • Supply: 12–28 VDC native; AC converter option available for ground/line maintenance use.
  • Power: <0.5 W idle; <3 W active (model-dependent) to limit thermal/EMI footprint and parasitic draw.
  • Flow: 0.35–0.5 gpm with tamper-resistant restrictor for potable conservation and gray-water load control.
  • Ingress: IP65–IP67 assemblies (location-dependent) using sealed housings, potted boards, and conformal coatings.
  • Materials: 316 stainless steel or DZR brass with PVD finishes (e.g., brushed, matte black, gold) validated for disinfectant exposure.
  • Control: TOF sensor with predefined range/timeout presets; anti-flood watchdog; optional auto-purge for long dwell times on ground.

These targets are intended to minimize retrofit risk in tight lavatory monuments while maintaining sensor stability under reflection, fog, vibration, and cabin power transients. They align with common airline integration practices and reduce calibration spread across diverse fleet types.

Procurement Checklist — How to De-Risk Selection

  1. Verify TOF in your mockup: Recreate mirror glare and steam/fog; confirm precise hand-detect windows and immunity to glossy basins and LED flicker.
  2. Request environmental qualification evidence: Ask for the DO-160 test matrix coverage (vibration, humidity/temperature, power transients) with reports or a lab plan.
  3. Validate hydraulics in the smallest basin: Check 0.35–0.5 gpm behavior, splash line, and practical drying time at typical cabin pressures.
  4. Confirm serviceability & EMC: Review front-service procedures (aerator, solenoid, controller), spares list, and EMC evidence near IFE/galley lines.
  5. Lock finishes & chemistry: Approve PVD finish chips early; obtain disinfectant compatibility tables (alcohols, quats, peroxides) for long-term appearance and corrosion control.

Reference Pages (verified, no tracking)

Additional Images (fleet context)

Airline fleet touchless selection — variants
Fleet selection overview & finish variants.
Touchless restroom faucets used by airlines
Airline use cases for touchless fixtures.
Compact lavatory mockup with touchless faucet
Compact lavatory mockup integration.

Prepared for engineering and specification planning. For drawings, BOMs, and test matrices, refer to the linked Fontana pages above.


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