
AAS Submodel Templates
Submodels (Teilmodelle) bilden den Inhalt der Asset Administration Shell. Sie beschreiben inhaltliche oder funktionale Aspekte eines Assets. Finden Sie hier die Übersicht der offiziellen IDTA Submodel-Templates.
IDTA TEILMODELLE
Registered AAS Submodel Templates
Jedes Submodel-Template, das den IDTA-Review durchläuft, erhält zur eindeutigen Zuordnung eine IDTA-Nummer. Folgende Nummernbereiche sind definiert:
- IDTA 01000 bis IDTA 01999 für Metamodelle
- IDTA 02000 bis IDTA 09999 für Submodel Templates
- “Extern” für extern veröffentlichte Submodel Templates
This Submodel defines type-specific information of Process Parameters and provides a framework to describe the input parameters for processes of industrial equipment. This Submodel does not require any knowledge about how a process is executed and in which order. It is solely focused on the structured provision of data necessary for process execution.
The need for a dedicated Process Parameters Submodel is to enable the interoperable description and transfer of data between assets. The concept is based on process knowledge from various organizations in the automotive wire harness industry. Although the associated use cases are from the value chain of wire harness manufacturing, the aim of the working group is to develop a generalized Submodel that can be used for a wide variety of products and industries.
This Submodel is intended for the description of input parameters of a process and should be used in combination with the Hierarchical Structures Submodel to define the sequence of process execution and hierarchical requirements.
Jedes Submodel-Template, das den IDTA-Review durchläuft, erhält zur eindeutigen Zuordnung eine IDTA-Nummer. Folgende Nummernbereiche sind definiert:
- IDTA 01000 bis IDTA 01999 für Metamodelle
- IDTA 02000 bis IDTA 09999 für Submodel Templates
- “Extern” für extern veröffentlichte Submodel Templates
The NE 159 contains a formal description of the properties of a PCE request which are exchanged between process and automation engineering. There is also a modeling in CAEX standardized in VDI/VDE 3697 part 2.
However, for an AAS-based Use Case to order devices from a vendor, these properties need to be exchanged between owner operator, engineering contractor and device vendor. With the help of these properties, a part of the role AAS is defined.
The NE 159 contains two different main objects, the PCE Loop and the PCE Request. For both objects, different AAS with different submodel content is needed.
Jedes Submodel-Template, das den IDTA-Review durchläuft, erhält zur eindeutigen Zuordnung eine IDTA-Nummer. Folgende Nummernbereiche sind definiert:
- IDTA 01000 bis IDTA 01999 für Metamodelle
- IDTA 02000 bis IDTA 09999 für Submodel Templates
- “Extern” für extern veröffentlichte Submodel Templates
The IEC 62424 contains a formal description of the properties of a PCE request which are depicted on a P&ID diagram. There is also a modeling in CAEX standardized.
However, for an AAS-based Use Case to order devices from a vendor, these properties need to be exchanged between owner operator, engineering contractor and device vendor. With the help of these properties, a part of the role AAS is defined.
Jedes Submodel-Template, das den IDTA-Review durchläuft, erhält zur eindeutigen Zuordnung eine IDTA-Nummer. Folgende Nummernbereiche sind definiert:
- IDTA 01000 bis IDTA 01999 für Metamodelle
- IDTA 02000 bis IDTA 09999 für Submodel Templates
- “Extern” für extern veröffentlichte Submodel Templates
• The submodel should contain relevant parameters of the drones like classification of wings, payload capacity and wind resistance.
• This standardized representation will increase the autonomy and intelligence of UAV systems paving the way for seamless integration across multiple domains, including logistics and agriculture.
Jedes Submodel-Template, das den IDTA-Review durchläuft, erhält zur eindeutigen Zuordnung eine IDTA-Nummer. Folgende Nummernbereiche sind definiert:
- IDTA 01000 bis IDTA 01999 für Metamodelle
- IDTA 02000 bis IDTA 09999 für Submodel Templates
- “Extern” für extern veröffentlichte Submodel Templates
The main goal is to propose submodels consisting of safety list of properties (SLOPs) of a SIS (safety instrumented system) component) in alignment with IEC 61511 and IEC 61508. This proposal is one out of two submodels for functional safety for the process industry (the other being submodel for SIF already in development).
The SLOP included in this new submodel can then be aligned with and integrated into the IEC CDD. The submodel template will build on the work of two ongoing initiatives: 1) results from the Norwegian joint industry project named Automated process for follow-up of safety instrumented systems (APOS 2.0), including an UML model developed with basis in requirements and definitions in IEC 61511. 2) Results from the NAMUR WG1.3 on Information Management and Tool who is developing a similar UML model. Alignment activities have been carried out between NAMUR and the APOS 2.0 project, and we would like to involve persons from both organizations in preparing the details of the proposed new submodel templates.
Although this specific proposal pertains particularly to establishing the submodel for SIS component), it is tightly connected with another relevant submodel under the domain of ‘functional safety for process industries’, namely:
-Submodel for SIF (safety instrumented function)