![]() ![]() Use of PLC-Lab is based on programs such as PowerPoint by Microsoft. The setup of a system or test environment is straightforward. The user interface is also displayed razor sharp on high-resolution screens (e.g. This means that the objects in PLC-Lab can be enlarged or reduced in size without any loss of quality. The user interface and the drawing area of PLC-Lab are entirely vector-oriented. If you want to simulate the behaviour of a real plant in PLC-Lab, you can now achieve this with the help of the physical possibilities of PLC-Lab and additionally algorithmically, with the help of the powerful C# programming language. An integrated physics engine ensures the realistic simulation of the objects.įrom version 2 of PLC-Lab, a C# script is supported. In addition, you can set parameters such as density, surface friction and elasticity. For example, objects can be depend on gravity and be magnetic. ![]() The objects can be assigned physical properties, which then influence the behavior of the objects during simulation. The objects in PLC-Lab offer extensive design and setting options, so the variety of project types that can be implemented with PLC-Lab is very high: ![]() With PLC-Lab, virtual test environments or systems can be created and then used for testing PLC programs or GRAFCETs. Tutorial CodeSys V3 controller via OPC UA ![]()
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