Published performance data gives this brushed-nickel model a stronger engineering case than generic claims about sensor reliability. BathSelect specifies solid-brass construction, adjustable infrared sensing, AC/DC power, sub-one-second opening, under-two-second closing, 100,000-cycle battery life, 1.5 GPM flow, ADA compliance, and a cleanable strainer protecting the solenoid. Temperature-control capability adds further value where mixed water is required. With sensing, filtration, power flexibility, and servicing all addressed, this is particularly suitable for facilities teams evaluating lifecycle performance rather than purchase appearance alone.
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1 of 1 people found the following review helpful:
Activation Perfected
Monday, May 4, 2026
Reviewer:
Tristan Cole, Specialist from Peoria, IL
Instead of generic product information, the support representatives provided practical installation advice based on commercial applications. Their expertise helped us avoid delays, and the faucet has maintained dependable sensor accuracy since installation.
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3 of 3 people found the following review helpful:
Stable Infrared Performance
Sunday, May 3, 2026
Reviewer:
Gregory Lawson, Systems Engineer from Louisville, KY
After several municipal and healthcare restroom projects experienced recurring maintenance issues with older touchless faucets — particularly unstable infrared calibration, delayed shutoff timing, and premature sensor failure — we transitioned to the Electronic Automatic Sensor Faucet across multiple commercial installations completed between 2022 and 2024.The long-term operational consistency of this faucet has been significantly better than previous systems we maintained. Its constant-current infrared sensing circuit maintained highly accurate hand detection even when battery voltage fluctuated, while the microcomputer-controlled shutoff system consistently regulated water flow timing during continuous high-traffic operation. The solid brass construction and water-resistant electronic assembly also proved substantially more durable than several competing sensor faucet systems installed in the same facilities.From a facilities-management standpoint, the faucet remained exceptionally dependable across multiple properties. Sensor recalibration requirements were minimal, installation compatibility with standard US plumbing simplified retrofits, and the brushed nickel finish resisted spotting, corrosion, and surface wear despite aggressive cleaning schedules. Compared to earlier commercial touchless fixtures used in these environments, the Electronic Automatic Sensor Faucet noticeably reduced maintenance interruptions while improving overall restroom hygiene reliability and operational consistency.
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