Arrowhead FW - Build and Start from Zero
Project: Arrowhead Tools
Updated at: 23-01-2022
Project: Arrowhead Tools
Updated at: 23-01-2022
Project: Productive4.0 Arrowhead Tools
Updated at: 22-01-2022
Project: Arrowhead Tools
Updated at: 22-01-2022
Project: Arrowhead Tools
Updated at: 22-01-2022
Project: Productive4.0 Arrowhead Tools
Updated at: 22-01-2022
Project: Productive4.0 Arrowhead Tools
Updated at: 22-01-2022
Project: Arrowhead Tools
Updated at: 22-01-2022
Project: Arrowhead Tools
Updated at: 20-01-2022
Project: Arrowhead Tools
Updated at: 20-01-2022
Project: Arrowhead Tools
Updated at: 20-01-2022
Project: Arrowhead Tools
Updated at: 20-01-2022
Project: Productive4.0 Arrowhead Tools
Updated at: 19-01-2022
Project: Productive4.0 Arrowhead Tools
Updated at: 19-01-2022
Project: Arrowhead Tools
Updated at: 19-01-2022
Project: Productive4.0 Arrowhead Tools
Updated at: 19-01-2022
Project: Productive4.0 Arrowhead Tools
Updated at: 19-01-2022
Project: Productive4.0 Arrowhead Tools
Updated at: 19-01-2022
Project: Productive4.0 Arrowhead Tools
Updated at: 19-01-2022
Project: 3D-HIPMAS
Updated at: 05-11-2021
Project: DigiPrime
Updated at: 27-10-2021
Project: TRINITY
Updated at: 18-08-2021
Updated at: 16-06-2021
Project: SAFIRE
Updated at: 04-06-2021
Updated at: 03-06-2021
Updated at: 03-06-2021
Project: KYKLOS 4.0
Updated at: 28-05-2021
Updated at: 28-05-2021
Updated at: 26-05-2021
Over 700 data points from heating, cooling and ventilation systems are supplied to Building Management System via BACnet controllers.
IMR are using our IIoT Platform installed on-site to read this data from the BACnet controllers. We supplement it with data from IMR sensors (cleanroom occupancy, particle counts, PIRs, door sensors).
This data is then sent in real-time to a containerised cloud-based IIoT Platform where it can be accessed by the Energy Team and the Data Analytics Team.
Updated at: 26-05-2021
Updated at: 26-05-2021
Integration of each subsystem and subsystem components is done via AAS data models and applications. Each individual inspection station component is represented by its own AAS which provides relevant information about asset as well as the control interface (where applicable). AAS application can communicate to each other via OPC-UA communication protocol.
The main goal of the station is to demonstrate how the AAS architecture could be implemented, what are the benefits, what still needs to be addressed.
IMR IIoT Toolkit developed for factory deployment. High voltage power components separated in custom enclosures.
It includes a range of sensors, IIoT edge components which perform data collection and aggregation at the edge of the network and which then sends the data to IMR’s IIoT Platform which can either be installed locally, be based in the cloud or even both.
IIoT Toolkit software connectors allow interfaces to be established with operational technologies such as BMS over BACnet or EMS over HTTP.