Discover the potential of the digital twin! In the context of the industrial internet of things, this concept plays a key role, because it is intended to bundle all relevant information models for automation components and functional chains, and provide them as a digital representation. This includes, for example, documentation as well as geometry and simulation models, which should be available and usable throughout the lifecycle: from the engineering process to virtual commissioning (VCOM) and the operating phases through to recycling. Immerse yourself in the world of the digital twin and take your production to the next level with our support.
Digital twins are much more than just 3D models. They are digital images of real physical objects with a variety of information about the components and system contexts. This includes the unique description of their capabilities, their role within the machine, their behavior, the simulation of their kinematics and kinetics and their communication. The industrial internet of things machine architecture is based entirely on digital twins that, thanks to their standardized communication interface, make life easier for our customers virtually over the entire lifecycle of a machine – from virtual setup and machine management to data collection and the resulting value-added services such as maintenance or diagnostics. The administration shell is used as a central technical element to implement digital twins.
The Asset Administration Shell is a concept that practically implements digital twins for the industrial internet of things and creates interoperability between the solutions of different providers. It enables the use of various communication channels and applications and serves as a link between objects of the internet of things and the networked, digital and distributed world.
The administration shell consists of a number of sub-models in which all information and functionalities of a specific asset are described. These sub-models can contain features, characteristics, properties, status, parameters, measurement data and capabilities and offer standardized and manufacturer-independent access across all lifecycle phases.
Type plates attached to the product are limited in their information content by the available area on the product or by the size of the product and the usable font size. The "Digital Nameplate" sub-model makes all relevant information, including certificates and documentation, available in digital form.
These are your advantages:
Technical data from components and systems are recorded in a separate sub-model and are available in a structured and semantically clear manner. In contrast to today's documentation, this information can therefore be recorded and processed automatically.
These are your advantages:
Tailored behavior models for virtual commissioning enable the development steps to be carried out in parallel, thereby shortening the time to market.
These are your advantages:
We have already started creating administration shells for selected components. These are continuously being expanded to include new sub-models and additional products. The first administration shells for your pilot use are already available for the product families shown above. The following sub-models are implemented here:
We are continuously developing administration shells for other product families and further sub-models. The currently available administration shells for the above products can be found in our shop in the CAD download area under the designation "Digital Twin". Example: Digital twin for a mini slide DGST . (Login required)
For easy viewing of the administration shells, we recommend the AASX Package Explorer, which is provided by the Industrial Digital Twin Association. To do this, visit idtwin.org .
An important application of the simulation is virtual commissioning. In the digital model, the machine developer can test with less effort how the real physical drives move and further process signals from the position measuring system or end position sensors. Virtual commissioning makes it possible to parallelize processes during the construction phase of a machine or system, to ensure higher quality in the development of the control program and to reduce the time for real commissioning on the shop floor.
We actively support the development of the "Simulation Model" sub-model for the administration shell and use the manufacturer-independent standard format FMI/FMU (Functional Mockup Interface/Functional Mockup Unit) to map the behavior. This open standard is becoming increasingly important and is now also supported by well-known tool manufacturers. The advantages are the simple exchange of models and their cross-manufacturer integration.