Comfort: A new generation of Saving water tap
Designed to integrate our new Smixrain technology, Comfort is a new generation of water tap that proved you and modern technology go hand in hand within the Smixin Comfort. The precise infra-red sensor ensures comfortable control of the water flow. And with its classic-modern design, the faucet fits effortless into any washroom.
Sensor
Water
Technology
- Plumbed-in only to fresh water line
- Waterjet: 5 aerated water is dispensed by the nozzles of the SmixRain
- Easy to be fixed and for retrofit of traditional tap. Fit on a most of the standard sink
- Extreme water savings due to a flow rate of 0.7L/m ( The flow rate is regulated by the Smixrain independently of the inlet pressure.)
- Ideal for public areas, schools & university, cruise lines, offices, industrial areas
- Power supply or Battery option available
- Control of water consumption, number of cycles statistics available with Comfort Box option
- Dimensions: 14cm Height; 5cm Width; 20cm Depth.
- Net weight: 1 KG
- Cycle Activation: Automatic via infrared sensor
- Material: Zinc Nickel-Chrome / Bottom Cover: PC-ABS
- Water consumption of flowrate 0.7L per minute (+/-10%)
- Input voltage 100-240 V AC; output voltage 12 VDC
- Certificates of power supply: CE, cUL/UL, SAA, C-Tick
- Water connection: G3/8 Female (mains water pressure: 1.5 – 10 bar)
- Noise level less than 50 dBA
- Recommend to use with cold water (<40°C)
Smixrain: Aerated water jet below
1 liter/min
Combining 10 years of knowledge acquired during the development of our products, SmixRain technology is an innovation that offers a whole range of actions including filtration, regulation and acceleration of the water, thus making it possible to obtain an aerated and constant water jet with an extremely low flow rate.
Filtering, regulating, accelerating, mixing with air, the water passes through various stages inside the SmixRain before emerging as a constant, aerated stream of water. This maximises user comfort while guaranteeing a significant reduction in water consumption.