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Peru Commercial BN Sensor Bathroom Faucet delivers precision-controlled touchless functionality through electronically regulated activation technology and commercial-grade brass construction. Developed for modern sanitation environments, the faucet ameliorates bacterial surface transfer, water overconsumption, splash-back dispersion, and maintenance-heavy manual operation frequently encountered in aging restroom systems. Inferior sensor fixtures commonly develop unreliable activation ranges, electronic moisture intrusion, hydraulic inconsistencies, and premature valve wear that reduce operational efficiency. The brushed nickel finish provides additional resistance to corrosion and surface deterioration in demanding public-use environments. Ideal for transportation infrastructure, medical facilities, office complexes, hospitality developments, and institutional washrooms requiring durable and hygienic plumbing performance.
Fits all standard US plumbing.
Uses 4AA Alkaline Batteries (purchase separately).
Water Pressure: 0.5 - 7.0 KGS/cm, 10-125 psi.
- Fit for commercial use applications.
- Motion touchless sensor operation
- Sensitive Sensor with Infrared AI Smart-Chip
- Factory set to 30-second Auto Shutoff (can be adjusted).
- Water Pressure: 0.5 - 7.0 KGS/cm, 10 - 125 psi
- Solid Brass Construction, Brushed Nickel Finish
- Easy to Install - Instructions Included
- Water-resistant solenoid enclosure
- Advanced energy-saving design for long-lasting battery life
- Sensor faucet comes complete with Hoses & Accessories
- Power Supply: AC110V And DC6V (batteries not included)
- AC/DC power option.
- ADA Compliant
- Can be installed easily in new or upgraded retrofit commercial bathrooms.
- Usage: Commercial
- Ideal for commercial use applications in public restrooms, restaurants, office buildings, public facilities, and hospitals. Fits all standard US plumbing.
Reduces the transfer of germs by preventing cross-contamination and re-contamination of germs and bacteria by not touching the faucets or handles. Cut down on water usage by minimizing waste of water by eliminating unnecessary or unattended water flow.
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