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Kiev Touchless Sensor Water Bathroom Sink Faucet
Minimize waste of water, by using Kiev Touchless Sensor Water Bathroom Sink Faucet. Immediately reduces water waste by eliminating unnecessary and unattended water flow. Though it is a touchless faucet, it is has a capacitive touch activation and sensor field which can be adjusted using a magnet that is the cost-effective and rugged solution for public washrooms. Kiev Touchless Sensor Water Bathroom Sink Faucet with elegant chrome Finish that will perfectly complement any modern bathroom and also ideal for commercial use applications in public restrooms, restaurants, office buildings, public facilities, hospitals. Be sure, when it comes to new Bathroom Faucet, BathSelect is offering shape, finish, and styles you're looking for. Comes complete with all necessary accessories and detailed installation instructions. Fits all standard US plumbing. Modern Sensor Faucet; Designed for commercial washrooms with stable activation, controlled flow output, and efficient hands-free operation.
Kiev Touchless Sensor Water Bathroom Sink Faucet Features:
- Brand Name: BathSelect
- Model Number: BST10241
- Faucet Type: Sink Faucet
- Water supply temp. : 1℃ -55℃
- Inlet connection: G1/2" G3/8" 9/16" UNEF
- Water supply pressure: 0.5Bar-7Bar
- Power supply: DC: 6V AC: 100V-240V
- Finish: Chrome
- Windowless capacitive sensing activation
- Infra-red sensor activation
- Capacitive touch activation, touch on/off
- Temperature control
- Timeout protection
- The sensor field can be adjusted by using a magnet
Kiev Touchless Sensor Water Bathroom Sink Faucet.
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Features
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Kiev Touchless Sensor Water Bathroom Sink Faucet Chrome FAQ
Capacitive Sensing, Magnetic Calibration & Automatic Flow Protection
This chrome commercial sensor faucet combines infrared and capacitive activation, magnet-adjustable sensor calibration, temperature control, AC/DC power compatibility, and automatic timeout protection.
How does magnetic sensor-field adjustment improve activation accuracy in commercial washbasins?
The Kiev faucet incorporates an adjustable capacitive sensing field that can be calibrated using a magnet, allowing technicians to adapt activation sensitivity to the installed basin environment. Its listed features include windowless capacitive sensing and infrared sensor activation. During commissioning, installers should evaluate sensor response with different hand positions, check for unintended triggering near reflective fixtures, and confirm that the adjusted detection field supports consistent operation without unnecessary water discharge.
What operating advantages do capacitive touch activation and infrared sensing provide?
The faucet's published features include infrared sensor activation alongside capacitive touch on/off control. These electronic control methods provide operational flexibility for commercial wash stations where controlled water delivery and reduced physical contact are important. Facility technicians should verify the installed model's activation sequence, confirm that the capacitive control responds correctly, and test whether water stops reliably after the intended operating cycle. The manufacturer's timeout protection provides an additional safeguard against extended discharge.
Which electrical, hydraulic, and temperature specifications must be verified before installation?
The Kiev faucet is specified for 6V DC or 100-240V AC power, with an operating water pressure range of 0.5-7 bar and a supply temperature range of 1-55 degrees Celsius. Listed inlet connection options include G1/2", G3/8", and 9/16" UNEF. Before installation, verify the supplied connection configuration, available electrical arrangement, water pressure, and intended temperature setting. Technicians should also check under-counter service access and confirm leak-free connections before activating the electronic controller.
How should maintenance teams verify timeout protection and long-term sensing reliability?
Preventive maintenance should include inspection of the chrome faucet body, cleaning of the sensor and surrounding basin surfaces using approved methods, and confirmation of stable electrical power. Technicians should test both supported activation functions where fitted, verify the magnet-adjusted sensing field, and observe automatic timeout operation. Following maintenance or power restoration, repeat activation and shutoff tests under normal supply conditions to identify unintended discharge, intermittent sensing, or incomplete valve closure before returning the station to service.
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Documentation Simplified 
Touchless Water Flow Precision 
