IR Touch Screen Panel For ATM POS GAME KIOSK DID

Product Description

METOUCH's products METOUCH's infrared touch screen is one of the leading products in the infrared touch screen industry with the most accurate and consistent touch sensing capabilities. Our infrared touch screen technology maximizes customer interaction by enabling a user friendly interface that users can learn to use instinctively. The large size touch screens are especially useful in kiosk applications as well as ATMs, advertising displays, DID, commercial transportation, etc. You may even find a large size touch screen installed in your home TV very useful! Specifications:
Diagonal size *9inch
Resolution ***6****6
Material Tempered glass
Thickness 3MM or 4MM
Transmittance >*5%，Decision by the glass
Operating Voltage DC 4.5~5.5V
Operating Current *0mA
Product features
Design product life  More than 5 years
Fastest response time *4ms
Averageesponse time  *6ms
* Note : The specification is subject to change without prior notice. Certifications:
Certificate Standard: CE
View scanned certification 
Certificate Number: BCT********0JN
Issue Date: **-Dec****0
Issued By: BCT
Scope/Range: IR Touch Screen
 
Certificate Standard: FCC
View scanned certification 
Certificate Number: BCT********1JN
Issue Date: **-Dec****0
Issued By: BCT
Scope/Range: IR Touch Screen Applications:
Kiosks,
Medical instrumentation,
ATM,
POS Retails,
Game machines
Commercial transportation,
Advertising display and DID,
Signage display and many other industrial applications FYIs:
Infrared touch screen is the latest technology and it supports the most reliable touch technology. Our infrared touch screen (N Series) consists of a touch frame which is installed in front of the display. The frame is integrated with a printed circuit board which contains a line of IR-LEDs and photo transistors hidden behind the bezel of the touch frame. The bezel shields the parts from the operation environment while allowing the IR beams to pass through.
When touch is applied, the screen enters the gird by a stylus which can interrupt the IR light beams. The Photo transistors from X & Y axes detect the IR light beams which have been interrupted and transmit exact signals that identify the X & Y axes coordinates to the host.