Touchscreen panel for Eaton XVS-430-57MPI-1-10 139967

Eaton XVS400 Features:
 Ethernet and USB interface for advanced networking
 Durable infrared touch screen
 Integral IEC 61131-3 compliant PLC
 5,7“ to 15“ TFT colour display
 MPI/PPI/Profibus Master interface for optimum flexibility
 Infrared or resistive touch

The range of functions possible for each XVS-430-57MPI-1-10 device is determined by means of license points that are uniquely assigned to the device concerned. Additional license points can be assigned to the device by means of license product papers (see Accessories XV license product papers). Licensing is carried out via the Internet at www.eaton-automation.com/license.Entering the license product paper and device series number on the web page provides you with the license code and a license confirmation via email for your production documents. You enter the license code via the licensing menu on the device and thus increase the number of internal license points on the device.

The XVS400 XVS-430-57MPI-1-10 139967 offers an extensive range of interfaces and crystal-clear image quality, making it the panel of choice for some of the world's leading automation systems. Its robust infra-red touch technology enables use even in the harshest environments. The integral, IEC 61131-3 compliant PLC supports all the programming languages defined by the standard including structured text and sequential function chart.

Thanks to the extensive range of interfaces available onboard, the XVS400 XVS-430-57MPI-1-10 139967 compact devices can be adapted to the world‘s leading automation systems. The Profibus Master interface provided and the robust infra-red touch make the XVS devices highly flexible alternatives for the visualization and automation world. With versatile Ethernet and USB interfaces as well, these products offer the most advanced networking options. Devices with color screens and a screen diagonal of 5.7“ to 12.1“ are available. The integral IEC 61131-3 compliant PLC supports all the programming languages of the standard including structured text and sequential function chart for the optimum implementation of the control task.