Intelligent sensors and actuators – for instance intelligent drives, controllers, valves and smart sensors – are on the rise. ![]() Graphical Overview for Better Documentation Specific data for communication protocols can easily and rapidly be captured early in the design phase – directly at the connector. ![]() This makes the identification and definition of the control structure more intuitive. This is then followed by the logic topology, which describes and documents in detail the data flow between end devices and PLC connections. To create the physical topology, users simply select a single-line overview where the complete network cabling can be defined. Communication units can now be designed as bus connectors, rather than listing and defining each network individually for one communication unit. Monheim, 13 October 2014 – Optimised PLC data management in EPLAN Platform 2.4 simplifies data capturing and ensures data consistency between the electrical engineering hardware design and PLC programming. Structures and data are synchronised with each other – for faster and better results in a completely integrated process. Communication units can now be completely designed as bus connectors in EPLAN. Optimised PLC data management in the new EPLAN Platform 2.4 simplifies data capturing and ensures consistency between electrical engineering and PLC programming.
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