Sensor tap ATT-8606
    Discontinued

    ATT-8606 Technical Details

Tall pillar design deck-mounted sensor tap with temperature control knob

 

  • Features
  • Technical Details
  • Dimension
  • Contents
  • Functions
  • Special Notes
  • Add-ons

 

Features

Tall monobloc Pillar design
Easy installation
Manual blending valve built-in
Manual temperature control 
Hygienic and upto 70% water conservation
4XAA Alkaline batteries (*subject to availability)
Hands free and reliable infrared activation technology
Exquisite and stylish designs
Solid brass construction
2x flexible supply hoses

QUICK VISUAL DATA

DC Power only Single supply feed Drilling a hole?  
This sensor tap can only be powered by 4x AA batteries only This sensor tap comes with double water supply feeds 35mm  

 

Gravity-fed water supply users:

You'll need at least 0.75 bar of equal pressure from both hot and cold supply in order for this tap to work properly. A pressure pump/booster can be used to increase the water pressure. In summary, the pressure of 'hot' and 'cold' supply feeds must be equal for the temperature control to work efficiently.

 


TECHNICAL DETAILS

Diameter of 'inlet' flexible hoses: G1/2”
Water pressure range: 0.7 (Min) - 8 Bar (Max)
Voltage: DC6V only
Power consumption: =0.3MW
Sensing distance: 10-31cm
Respond time: 1 Second
Electricity Consumption: 4xAA alkaline batteries (2 years lifespan depending on level of usage)
Silent Consumption: 0.003W
Environment Temperature: 1-45 C
Flow Rate: 5L/Per minute
Pipe Threading: British Standard Whitworth (BSW)


DIMENSION: 

ATT-8606 dimension

 



CONTENTS

1x Sensor Tap
1x Battery Box
4x AA Alkaline Batteries (Subject to availability)
2x Flexible G1/2" *500mm Connection Hoses
Fittings and Screws


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GRAVITY-FED WATER SUPPLY USERS:

You'll need at least 0.75 bar of equal pressure from both hot and cold supply in order for this tap to work properly. A pressure pump/booster can be used to increase the water pressure. In summary, the pressure of 'hot' and 'cold' supply feeds must be equal for the temperature control to work efficiently.

 

 


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