Fontana MotionWave™ Line – Champagne
Fontana MotionWave™ Line – Champagne
 
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Retail Price: $929.84
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FS7035CP
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Fontana MotionWave Line Touchless Faucet Champagne Finish


Smart and eco-friendly, the Fontana MotionWave™ Line Sense Champagne Touchless Faucet is a truly versatile option. Its advanced features pair well with the no-frills elegance that’s offered by lead-free brass paired with the modern touch of a champagne finish. Places today that wish to appear modern and minimalistic need to have a polished contemporary wall mount.

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  • Brand Name: FontanaShowers®
  • Model Number: FS7035CP
  • Style: Modern
  • Type: Touchless Bathroom Faucet
  • Material: Lead-Free Brass
  • Finish: Champagne
  • Installation Type: Wall Mounted
  • Valve Included: Yes
  • Valve Type: Ceramic Valve
  • Flow Rate: 1.2 GPM / 4.5 LPM
  • Spec: NPT Thread
  • Connection Size: 0.5"
  • Spout Reach: 6.93"
  • Overall Height: 2.76"
  • Spout Height: 0.87"
  • ADA Compliant

Average Rating: Average Rating: 4 of 5 4 of 5 Total Reviews: 1 Write a review »

  1 of 1 people found the following review helpful:
 
4 of 5 Minimal Shutoff Delays April 4, 2026
Reviewer: Rowan Carlisle, Operations Specialist from Flagstaff, AZ  
We installed 16 copper-finish automatic commercial faucets throughout healthcare and municipal restroom modernization projects between 2022 and 2025, and by 2026 these units have maintained substantially stronger operational consistency than earlier copper touchless systems operating in similar high-traffic environments. Older copper commercial faucets repeatedly developed delayed shutoff timing, unstable infrared activation near reflective wall materials, and inconsistent stream interruption during continuous public usage, whereas this faucet maintained highly dependable motion detection with smoother and more predictable water delivery throughout heavy daily operation. Previous sensor systems also required repeated recalibration because of fluctuating inlet-pressure conditions and changing restroom lighting environments, while this unit maintained noticeably stronger activation stability with fewer maintenance interruptions overall. Maintenance supervisors initially adjusted sensitivity settings on several deeper basin installations, but after the first few months service tickets related to activation inconsistency declined noticeably and the valve regulation, infrared responsiveness, and long-term operational reliability remained highly uniform across all installed facilities.

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