Touchscreen manufacturer from china Today: 24, February 2018

Password: Registration
Forgot your password?
Home About Us Shipping and Payments Contacts Technical Support
Your Shopping Cart is Empty
Our Catalogue
Keetouch - World Wide Delivery
Site Search:
Site News
Touch technology

Touch technology is useable in a broad selection of applications. Touch screen monitors have become a focal point for...

Touch screen monitors

There are three basic types of touch screen monitors that are used to...

Ultra Bright sunlight readable monitor

 Digital screens are becoming the people's day, has been realized, especially in the areas of advertising and industrial displays

Are touch screens accessible?

  Touch screens today are frequently used in our daily life, for example in ATMs, ticket terminals, infokiosks and customer self-service stations

SAW Open Frame Touch Screen Monitor

 With industrial grade 300 nit LCD panel mated to a...


Resistive Touch Panel

All sizes5.7"6.2"6.5"7.4"8"8.4"8.9"

Resistive touchscreen panel W4R 8.9"
Download a drawing with accurate dimensions in PDF format

Resistive touchscreen panel W4R 8.9"

Price: $36.00
Quantity:  Add to Shopping Cart
Resistive touch screen is the preferred solution for low cost applications. It consists of a conductive bottom layer (ITO Glass or Film) and a conductive top layer (ITO Film). The two layers are suspended by many very small spacer dots. When a certain point is touched, the top layer contacts the bottom layer and a voltage charged by the controller is applied to the bottom layer's electrodes. The coordinate X axis of the touch point can be detected by measuring the voltage value thru the top ITO layer and the coordinate Y axis of the touch point can be detected in the same way by changing voltage input to the top layer's electrodes.

Apply To Specification
* Surface Hardness: 3H
* Optical Clarity: 80 %
* Operating Temperature: -10`C ~ 60`C
* Endurance Test strikes: Over 1 million
* Operating Voltage: DC5V
* Resistance: 200W ~ 900W
* Linearity< 1.5%
* Faceplate Surface: Anti-glare coating
* Operation Pressure: 15 ~ 70g
* Storage Temperature: -20`C ~ 70`C
* Message Noise: 5 m sec ~ 15 m sec
* Operating Current: 5mA ~ 25mA
* Isolation Resistance: 20MW DC25V

Optical Performance
* Light transparency should keep above 80% under the visible wave when the wave length is 550nm

Electrical Performance
* Connector Resistance
200Y< X Axis <800Y
300Y< Y Axis <900Y
* Insulation Resistance
20MY @ DC 25V
* Electrostatic Endurance
No abnormal appearance after 10kv, 100W, 250PF electrostatic used.
* Linearity
X Axis 1.5%
Y Axis 1.5%
* Operating Voltage
3V ~ 7V DC
* Operating Current
5mA ~ 25mA


Windows 7     Resistive_Win7_5.6.0.6806 (9451 Kb)
Windows Vista     Resistive_Win_Vista_5.6.0.6806 (10307 Kb)
Windows 9X / Me     Resistive_Win9X_ME_3.8.0.6617 (3393 Kb)
Windows NT4     Resistive_WinNT4_3.6.0.6917 (3068 Kb)
Windows 2000 / XP     Resistive_All_In_One_2k_XP_Vista_5.6.0.6806 (10307 Kb)
Windows CE.Net     Resistive_Wince.net_MP_2.0.17.8625_ RS232/USB (3884 Kb)
Windows CE.Net     Resistive_PS2_x86_Mp_2.0.13.8320 (133 Kb)
Windows CE 6.0     Resistive_WinCE600_PS2_3.0.2.8320 (2414 Kb)
Windows CE 6.0     Resistive_Wince600_3.1.3.1727 (3262 Kb)
Windows Embedded     Resistive_XPE_5.0.1.5310_090511 (10977 Kb)
Dos     Resistive_DOS_6.00.07.6509 (207 Kb)
Mac OS X     Resistive_MACOSX_PowerPC_1.16.9106 (669 Kb)
Mac OS X (Intel CPU)     Resistive_MACOSX_Intel_1.16.9106 (568 Kb)
Mac OS 9X     Resistive_iMac_OS9_1.0.0.0409 (496 Kb)
Linux     Resistive_3.01.4001-32b-k24 (3777 Kb)
Linux     Resistive_3.01.4001-32b-k26 (9323 Kb)
Linux     Resistive_3.01.4001-64b-k26 (5909 Kb)
QNX Neutrino RTOS V6.3     Resistive_QNX_232_1.01.5608 (233 Kb)
QNX Neutrino RTOS V6.3     Resistive_QNX_USB_1.4.8913 (162 Kb)
Windows 7     Universal resistive driver (10088 Kb)
Windows Vista     Universal resistive driver (10088 Kb)
Windows 8.1     Universal resistive driver (10088 Kb)

Users' Reviews:

Users' Reviews not found

Add Your Review:
Review: *
Your Name: *
Please, rate this product:
Enter number from image: * © 2010