To provide consistent visualization with TSvisRT in connection with the capabilities of a IEC 61131-3 SoftPLC, we provide a combination of CoDeSys / TSvisRT. This gives you the opportunity to use existing projects and knowledge from our successful TesiMod devices, in conjunction with an IEC 61131-3 SoftPLC on one hardware device. This saves development and programming costs.
TSvisRT allows you to use projects from the TesiMod product family in a CE environment. This saves you development time and thus cost. A further cost saving is achieved thanks to consistent programming for a simple text display or a display which fully supports graphics. Thus offering scalability with only a single development interface.
CoDeSys is one of the most powerful IEC61131-3 programming tools for Windows-based controllers. All of the five standard programming languages are supported. CoDeSys additionally combines the possibilities of higher-level programming languages, such as C or Pascal, with the basic approach and functionality of a PLC programming system.
CoDeSys offers you a variety of advantages:
Fast customization to minimize the customization time and thus the costs, the runtime, programming and code generation systems are perfectly harmonized with one another. This allows you to save time and gives you that critical time-to-market advantage. Practical, user-friendly approach through functions such as Autodeclare, Autoformat and a context-sensitive entry help considerably simplify the use of CoDeSys. All functions can be operated using the keyboard. The incredibly low use of resources also contributes to speed and efficiency when working with CoDeSys. High performance through native code generation. Large projects, with thousands of global variables, can be compiled remarkably fast thanks to intelligent algorithms such as, for example, 'incremental compile'. CoDeSys offers users a wide range of high-performance programming functions, for example, practically all data types specified in IEC 61131-3, offline simulation and efficient online functions, such as breakpoints, single stepping, power flow, trace and online changes.
