If you are looking to take advantage of the expanding market for through window/glass touch screen applications
then the ViP Interactive foil has been designed for you.
Our lightweight Touch Screen Foil can be applied directly to a window or a glass sheet and then a rear projection screen or
LCD can be mounted behind the Touch Screen Foil to create a through-window/glass touch experience.
The ViP Interactive foil can be mounted using either a permanent or a removable fixing method allowing the touch
unit to be moved to another location if required.
The Touch Screen Foil is ideal for upgrading existing through window rear projection or LCD displays to create a through
window touch experience.
There are no external components required with the ViP Interactive foil so the installation is completely safe behind
the window.
| Detection Method: |
Projected Capacitance technology using horizontal
vertical wires |
| Screen Sizes: |
30”- 80” 4:3 30”-116” 16:9 as standard, other sizes available on request |
| Fixing options: |
Removable and permanent options available |
| Position accuracy: |
Approximately 3 mm absolute, 1 mm relative. No drift |
| Alignment: |
Software drivers provide a calibration facility |
| Sensitivity: |
Can be programmed for different thickness of glass and even use with gloved hands. Standard configuration functions with non-metallised. single construction glass 16mm thick. Double glazing option up to 25mm
available* |
| Speed of response: |
Depends upon glass thickness. Typically 50 to 100ms |
| Output: |
RS232C communications to a 9 pin D female |
| Software Compatibility: |
Drivers are available for Windows Operating Systems |
| Temperature range: |
Better than -10 to +70°C |
| Humidity Controller: |
0% to 95%. Unaffected by condensation |
| Light Transmission: |
Typically better than 93%. |
| EMC: |
EN55022:1998 + A1 + A2 EN55024:1998 + A1 + A2
This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. |