Wednesday 29 June 2011

REDSCAN Invisible Wall Technology for Graffiti Prevention Applications

Removal of Graffiti in Australia costs millions of dollars annually and many Capital and Regional Cities have comprehensive Anti-Graffiti programs, but Graffiti Vandalism continues to be a major problem. The primary weapon against Graffiti is still post event cleaning using soap, dangerous chemicals, water and muscle.

The options for prevention of Graffiti rather than removing it post application are limited.

Patrolling guards, lighting, warning signs and sound alerts and alarms, special paint coatings can be installed but the effectiveness and their actual ability prevent a motivated or substance affected perpetrator from applying Graffiti to a surface is debatable.
  
The answer is REDSCAN Anti Graffiti system which prevents Tagging and Graffiti prior to any application being made to the protected surface.

A thin band of laser is positioned close to the wall REDSCAN creates a thin layer of detection against the building wall where it will ignore any close passing traffic 

When an offender is detected touching or painting a protected wall the water spray is activated and the wall (and potentially the offender) will become wet and application of Graffiti becomes difficult due to the increasingly wet surface

The deterrent action of the water spray encourages Graffiti vandals to stop damaging the property and shows them it is not a soft target.

The REDSCAN can be installed vertically, horizontally or at an angle.  Therefore a horizontal or vertical or inclined detection area can be achieved

Detection range:
100ft. (30m) radius, 180 degree for vertical detection area

 

REDSCAN has four detection segments and will recognize the location of intrusion and activate four independent outputs for PTZ Camera Control.

As a Laser product with area mapping ability the REDSCAN can accurately map the environment with any obstacles in the area of detection. When vertically mounted the REDSCAN will follow uneven and undulating surfaces to produce uniform coverage.

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