High-performance Touch Panels for demanding control and visualization tasks improve the operability of machines and systems, but also offer an outstanding design and advanced technology.
Your benefits with WAGO Touch Panels:
Interface configurations for every application
Devices with resistive touchscreens for standard control cabinet applications.
Capacitive multi-touch devices with a glass surface, along with greater mechanical and chemical resistance for more extensive requirements.
Touch Panel 600 Part of Amazon Web Services (AWS)
Our Touch Panel 600 is listed as part of Amazon Web Services (AWS) Partner Device Catalog for AWS IoT Greengrass 1.10.0. These products are Linux based and now have the ability to run AWS’s Greengrass Core service, enabling deployment of custom Lambda functions to the Edge device for scaleable IIoT applications.
AWS is a subsidiary of Amazon that provides on-demand cloud computing platforms and application program interfaces to individuals, companies, and governments on a pay-as-you-go basis. AWS Greengrass is a service that extends AWS functionality to Internet of Things (IoT) devices, allowing data collection and analysis closer to its origin. It also provides cloud-based management of application logic that runs on devices.
Touch Panel 600 Video
WAGO's Touch Panel 600 includes 3 lines (Standard, Marine and Advanced) of Web Panels, Visualization Panels and Control Panels with open programming in IEC 61131 or Linux and various interface options.
|High Performance |
Fast operating speed thanks to parallel execution of computing operations with Cortex A9 Multicore processor
High-performance WAGO hardware combined with the future-ready Linux® operating system; for complex tasks, you can choose between programming in IEC 61131 or directly under Linux®.
The e!COCKPIT Engineering Software, based on CODESYS V3, is used for visualization, programming, offline simulation, fieldbus configuration, recipe management and much more.
|IoT Readiness |
Using a dedicated library, WAGO's Control Panels become IoT touch controllers that send data from the field level to the cloud.
The SSH and SSL/TLS encryption methods are integrated by default for establishing secure HTTPS and FTPS connections. A firewall provides additional protection against unwanted access.
|Multi-Touch Capability |
Devices with capacitive touchscreens allow gesture recognition, e.g., swipe gestures for turning pages or zooming.
|HTML 5 Visualization |
The use of standardized state-of-the-art technology allows the visualization to be displayed on mobile devices like smartphones and tablets.
|Energy Efficiency |
An integrated proximity sensor controls the screen saver and automatically displays the screen when the operator is present. An integrated light sensor detects ambient lighting levels for brightness control.
|Flexible Interface Options |
Touch Panels offer three different architectures: Web, Visu and Control and three levels of device technologies: Advanced, Marine and Standard, providing the best interface for the corresponding application.
The black front plate on the marine devices absorbs incident light and prevents reflections.
|Convenient Operation |
Sensors can automatically adjust brightness based on a room’s ambient lighting conditions. The position of the screen setting buttons on the front side allows user-friendly adjustment.
WAGO's Touch Panel has no fan or battery, making it completely maintenance-free.
|Quick Mounting |
WAGO's Touch Panel directly latches onto the control cabinet via mounting clips for quick and easy tool-free installation.
|High Protection Class |
With specially developed clamps, the high IP65 degree of protection can be achieved for the front of the display. This design flexibility makes the panel extremely versatile and suitable for a wide variety of applications.
An industrial web browser with high resolution graphics and a touch screen, optimized to display web pages hosted from WAGO’s PLCs with on board web servers. Web visualizations that are created with WAGO’s e!COCKPIT (CODESYS V3) software and are based on state-of-the-art HTML5 technology. The visualizations can be used to monitor and control equipment via an elegant touch screen interface. Users can take advantage of the HTML5 technology by displaying the same visualizations on other standard commercial mobile devices like tables or smartphone.
Visu Panels are implemented in a control strategy when greater performance is required. Visu Panels display dynamic visualizations that were created with e!COCKPIT software and are stored directly in the device’s memory. The real time data is collected form field devices via Modbus® TCP. With this architecture, the computing power is divided between the Visu Panel and the PLC, by offloading the visualization duties to the Touch Panel the controller’s operation functions can be optimized.
The Visu Panel has an integrated Webserver that can host the graphics to standard commercial mobile devices like tables or smartphone or even a large screen smart TV, expanding the reach of the control strategy.
Control Panel combines the features of a PLC and a HMI into a single device providing a compact footprint for your automaton system. WAGO’s e!COCKPIT software is used to develop both the control logic as well as the visualizations, helping to optimize system development. Leveraging the power of the Touch Panel’s quad core processor, the Control Panel is well equipped to offer high performance control as well as impeccable graphic resolution. The integrated Webserver extends the HTML5 web visualizations to other devices. Take advantage of the controllers Linux operating system to run applications in parallel with your PLC code.
Your IIoT needs are meet with the Control Panels support of MQTT and OPC-UA protocols. Easily connect your plant floor data to your preferred Cloud service. Security is offed via TLS encryption plus an onboard firewall and onboard VPN.
Multiple fieldbus ports on board support Modbus TCP, CANopen, and EtherNet/IP( adapter mode) protocols. An onboard configurable serial port (RS-232/485) can be used to connect to additional field devices. Use the Control Panel as your gateway between these fieldbuses. In addition the onboard 4 configurable digital I/O points provide direct input into the controller and can be conveniently used for commonly used devices.
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