PressureControlBidirectional_FacilliSteelMasterX10
Bidirectional data stream for real-time pressure control and feedback of the FacilliSteelMaster X10 during steel molding operations.
Data related to Manufacturing
Operated by cloudSME and available at the facility FaciliTech Duisburg for 8 months, 2 weeks ago (last modified 8 months, 2 weeks ago); viewed 241 times, linked 1 time, and booked 0 times
Description:
The PressureControlBidirectional_FacilliSteelMasterX10 is a bidirectional data stream developed to facilitate real-time pressure control and feedback during the steel molding operations of the FacilliSteelMaster X10. It involves the continuous exchange of 'PressureInput' and 'PressureFeedback' objects between the machine and its digital twin. The 'PressureInput' object specifies the target pressure to be achieved and is sent from the digital twin to the machine. Conversely, the 'PressureFeedback' object contains the actual pressure recorded by the machine and is sent back to the digital twin. This continuous exchange of data allows the digital twin to dynamically adjust the target pressure based on the actual pressure feedback received, enabling optimal performance and quality of the steel produced. The data exchange is facilitated using MQTT protocol and adheres to a specific schema that defines the structure and semantics of the 'PressureInput' and 'PressureFeedback' objects. This schema can be accessed and reviewed at the provided Schema URL. The bidirectional data stream is crucial for maintaining the integrity of the steel during the molding process and for creating an accurate and responsive digital twin.
[Example]
Kind: DK2
Direction: DD2
Type: MQTT
Advanced Settings
Schema:
The schema consists of two main objects: 'PressureInput' and 'PressureFeedback'. The 'PressureInput' object contains two properties: 'targetPressure', which is the desired pressure to be achieved in pascals, and 'timestamp', which is the time at which the target pressure value was sent. The 'PressureFeedback' object also contains two properties: 'actualPressure', which is the current pressure of the machine in pascals, and 'timestamp', which is the time at which the actual pressure value was recorded. Both 'PressureInput' and 'PressureFeedback' objects are exchanged as JSON strings.