Dust - proof 65 '' Infrared Touch Frame No Drift Calibration Performance

Place of Origin:	Guangdong

Company Profile

Shenzhen GreenTouch Technology Co., Ltd

Location:	Shenzhen, Guangdong, China (Mainland)
Business Type:	Manufacturer
Main Products:	4 Wire Resistive Touch Screen, 5 Wire Resistive Touch Screen, 8 Wire Resistive Touch Screen

Product Detail

Model No.:	AIA-1

Product Description

Scan frequency 65 Inch Infrared Touch Frame No-Drift Calibration Performance

Description:

Stable, no-drift calibration performance
Withstands severe environments
USB or RS232 Interface
4096x4096 Resolution
1-point or Real 2/4/6/10 multi touch point
Material is tempered glass with high light transmittance
Finger, gloved hand and touch pen activation
Operable in various light conditions, indoor and outdoor
Our products have passed CE, FCC, ROHS certification

Product Specification:

Touch Technology	Infrared Touch
Performance
Resolution(Interpolation)	4096*4096
Resolution(Interpolation)	16:9,16:10,4:3
Linearity Error	1.5mm
Response Speed	<15ms
Mechanical
Input Method	Finger, gloved hand, or opaque object
Touch Times	Unlimited
Touch Activation Force	No minimum touch activation force is required with IR touch
Touch Activation Force	technology
Minimum Touch Object	5mm
Environmental suitability
Temperature	Operating: -20°C ~ 70°C
	Storage: -40°C ~ 85°C
Relative Humidity	Operating: 90%(non-condensing at max 40°C)
	Storage: 90%(non-condensing at max 40°C)
Altitude	Up to 3,000m
Life Time	At least 7-year
Electrical
Scan frequency	60Hz
Communication interface type	USB 2.0 or RS232
Output Format	Coordinate output
Touch Accuracy	2MM(Over 90%Area)
Operation Voltage	Typical +DC 5V, +4.75V to +5.25V
Power Supply	USB, power ripple max.200mV rms
Power	<2W, operating current<200mA
Agency Approvals	CE, FCC Class B
Operatin current	<180mA

Application:

Gaming device

Exhibition

Education training

Pubic query machine

Self-service machine

Map directory

Any interactive machine

And more

Technical Principle:

Infrared touch screen is to use a dense matrix of infra-red x, y directions to detect and locate the user's touch. Infrared touch screen installed in front of the monitor box outside a circuit board, circuit board arranged on four sides of the screen infrared led and an infrared receiver and corresponding anyway cross the infrared matrix.
When users touch the screen, fingers will be blocked anyway after the location for both infrared and therefore can judg

Post Buying Request

Contact Supplier