by Sensor valves utilize infrared sensors to detect the presence of hands under the faucet spray. When hands enter the sensors range, the faucet automatically turns on the water flow. When hands are removed, the water shuts off on its own after a short delay. This allows for contactless operation that prevents the spread of germs.
At the heart of every Sensor valve is an infrared motion sensor. These sensors emit infrared light and detect changes in the light reflection caused by the presence of hands. Most modern Sensor valves contain multiple sensors to ensure hands are correctly detected from various positions and angles.
The sensor output is processed by an integrated control unit which then activates the faucet’s valves or solenoids. Early Sensor valves had problems with accuracy and required very specific hand positioning. However, newer models utilize advanced sensor technology and additional sensors for more reliable detection. The control unit also allows for customizable settings like flow rate, sensor sensitivity and shutoff delay.
Benefits of Using Sensor Faucet
Sensor valves provide several hygienic and practical advantages over traditional lever or knob-operated faucets:
– Contactless Operation: Hands do not need to touch any surfaces of the faucet, preventing the spread of bacteria from one user to another. This makes Sensor Faucet ideal for high traffic public areas.
– Hygiene: Viruses and germs cannot survive long on hard, non-porous surfaces. Sensor valves limit direct contact and allow water and soap to wash away any remaining germs after each use.
– Convenience: No knobs or levers need manipulation with wet or soapy hands. Sensor valves turn on automatically with a simple hand wave, allowing for easier and quicker washing.
– Accessibility: Sensor activation means faucets can be operated easily by anyone including the elderly or those with limited hand mobility. This improves bathroom accessibility.
– Energy Efficiency: Faucets shut off automatically a few seconds after use, preventing accidental water wastage compared to manually shutting lever handles.
– Aesthetics: Sleek, minimalist designs of Sensor valves enhance modern bathroom aesthetics. Their seamless form integrates well into various contemporary bath styles.
Installing and Maintaining Sensor valves
Installation of battery-powered or DC powered Sensor valves is quite straightforward for most homeowners. Plumbing connections to water supply lines are similar to regular faucets. Proper sealing is important to prevent leaks.
Hard-wired Sensor valves may require an electrician for installation if new circuits or switches need setting up. Wall cut-outs and mounting bracket holes need accurate measurement and drilling for a robust installation.
Maintenance mainly involves periodically cleaning the exterior and ensuring dust or deposits do not clog the infrared sensors. Sensor valves usually have a service life of 5-10 years depending on water quality and usage. Batteries will need occasional replacement in battery models. Repair or replacement of electronics may be needed if sensors or controls malfunction after extended use.
Overall, repair and maintenance of Sensor valves is convenient with most components being modular and user-serviceable. Professionals can be consulted for difficult repairs if needed. Regular cleaning flushes away scale build-up extending product lifespan.
Choosing the Right Sensor valve Design
When selecting a Sensor valve, options vary based on installation type, power source and style. Here are some key considerations:
– Battery Operated or Hardwired: Battery models offer convenience but may need frequent battery changes. Hardwired faucets tap mains power for perpetual operation.
– Mounting Type: Vessel faucets mount on counter-tops. Wall-mounted or single-hole varieties install directly into sinks or vanities.
– Flow Control: Some have separate temperature and flow sensors. Dual-function models adjust both via a wave. Self-closing designs only activate while hands are under the spray.
– Materials: Stainless steel, brass and chrome finishes provide durability. Decorative materials like bronze, nickel and antique brass suit various interior styles.
-Touchless Technology: Passive infrared sensors found in most. Advanced models use sonar, motion, or proximity technology for contactless activation from a distance.
-Style: Modern pull-down varieties install similar to regular pull-down faucets. Widespread and centerset models resemble corresponding non-sensor designs.
Water usage certification ratings, a variety of price-points and customizable settings, today’s Sensor valves offer something to suit every bathroom space and budget. Their effortless contactless operation has made them a popular fixture in contemporary bathrooms worldwide.
*Note:
1. Source: Coherent Market Insights, Public sources, Desk research
2. We have leveraged AI tools to mine information and compile it
About Author - Ravina Pandya
Ravina Pandya,a content writer, has a strong foothold in the market research industry. She specializes in writing well-researched articles from different industries, including food and beverages, information and technology, healthcare, chemicals and materials, etc. With an MBA in E-commerce, she has expertise in SEO-optimized content that resonates with industry professionals. LinkedIn Profile
