
Explore the human machine interface (HMI) and its role in industrial control, including graphical displays, alarms, and centralized monitoring to operate and oversee processes from a single screen.
Understand how to use HMI tags in the TIA Portal, define memory locations, differentiate external and internal data, and configure read/write access with data types like integer in PLC-SCADA workflows.
Explore how to create indications with graphics lists in Siemens TIA Portal, using text and graphic lists, defining graphics, linking images to menu paths, and displaying the chosen output.
Demonstrate a traffic-light control in Siemens TIA Portal for KTP400 HMI programming, using start-stop and timer logic with red, yellow, and green states and graphical indicators.
Learn to design a graphic list in TIA Portal to display indications with red and green lights, manage states zero to two, monitor status, and download to the PLC.
Use symbolic i/o to visualize input and output statuses with symbols and labeled text, turning on and off states into clear indicators in Siemens TIA Portal for KTP400 HMI programming.
Learn to configure a TIA Portal project for a KTP400 HMI, connect devices, and implement horizontal movement animation by moving objects between coordinates with start conditions and timing.
Explore horizontal movement in Siemens TIA Portal: move an object from left to right, configure motion via actions and targets, and implement simple animations and signals across the screen.
Explore direct movement of an object in a tia portal simulation by setting a start location, x and y offsets, and one-unit steps to move toward a target location.
Explore the trend view in HMI to display live data, configure trend graphs, and manage multiple lanes with adjustable time intervals and naming.
The Human Machine Interface (HMI) is the interface between the process and the operators – in essence an operator’s dashboard. This is the primary tool by which operators and line supervisors coordinate and control the industrial and manufacturing processes in the plant. HMIs serve to translate complex process variables into usable and actionable information.
Displaying near real-time operational information is the domain of the HMI. Visual process graphics give meaning and context to motor and valve status, tank levels and other process parameters. HMIs give operational insight into the process and enable control and optimization by regulating production and process targets.
This course is specifically designed for the people who wants to learn from very basics that how to design or program SIEMENS HMI. In this course we are using Siemens KTP 400 HMI along with Siemens-TIA(Total Integrated Automation).
We have interfaced Siemens S7-1200 PLC with HMI in order to learn monitoring and control of PlC parameters.
We have also used Factory IO software in order to simulate industrial application in 3d environment and we have controlled and monitored these industrial application by Siemens HMI.
This course will start from very scratch such as how to create a switch in HMI and it’ll take you up to very advance features of HMI such as Alarms, Recipe, Trends etc.
After learning this course you will be able to design and install Siemens HMI in your project or industrial application.