Browse Fontana EcoPower Single Hole Bathroom Faucet with 10-Second On-Demand Flow at Fontanashowers.com

Fontana EcoPower Single Hole Bathroom Faucet with 10 Second On-Demand Flow

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List Price $1,259.40

Sale Price: $927.52

Savings: $331.88

Availability: Currently Unavailable

Product Code: FS-TLE250

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Fontana EcoPower Single Hole Bathroom Faucet with 10 Second On-Demand Flow

The Fontana EcoPower Single Hole Bathroom Faucet with 10-second on-demand Flow is suitable for high-traffic areas, and it offers an appealing water-saving solution. The sensor is strategically placed beneath the spout head to accurately detect hands for touchless operation. The Fontana EcoPower Single Hole Bathroom Faucet with 10-Second On-Demand Flow is a bathroom fixture game changer.

Type: Sensor Faucet
Model Number: FS-TLE250
Surface Treatment: Brushed Nickel
Surface Finish: Brushed Nickel
Height: 5-7/16"
Spout Height: 4-5/8"
Spout Reach: 4-15/16"
Flow Rate: 0.5 gallons-per-minute
Brand Name: FontanaShower®
Maximum Deck Thickness: 2"
Faucet Holes: 1
Installation Type: Deck Mounted
Material: Brass
Mounting Type: Single Hole
Valve Type: Solenoid

Average Rating: Average Rating: 5 of 5

5 of 5 Total Reviews: 1 Write a review »

2 of 2 people found the following review helpful:

Unexpected Power Consistency	January 12, 2026
Reviewer: Tobias Mercer, Technology Consultant from Boulder, CO

We upgraded several executive-office and healthcare restroom facilities between 2022 and 2025 after earlier eco-powered touchless faucets repeatedly developed unstable infrared activation, inconsistent energy response, and delayed shutoff timing during continuous public usage, and by 2026 this faucet has maintained substantially steadier operational consistency than previous eco-powered sensor fixtures operating in comparable commercial environments. Earlier systems frequently struggled with fluctuating water pressure conditions and reflective sink interference that caused repeated recalibration requests, whereas this faucet maintained more dependable activation timing with smoother stream regulation throughout repeated operation cycles. Maintenance teams also observed fewer interruption-related service calls after installation. One compact basin configuration required additional sensitivity refinements during setup, but once standardized the infrared responsiveness, energy efficiency, and valve reliability remained highly dependable overall.

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