ISA-95 diagrams
These diagrams provide some highly simplified visual explanations gleaned from parts of the thorough ISA-95 standard. To read about how the standard fits within the data architecture of Rhize, read our blog post Rethinking perspectives on ISA-95.
Definition, demand, result
At a high-level, manufacturing consists of:
- Goods being demanded
- Goods being produced
Between these two points, the manufacturing operations performs this work according to its definitions of work and the resources that it has available. This diagram shows how ISA-95 defines these fundamental relationships from the perspective of the business (ERP) and manufacturing operation (MOM).
Information exchange between models and levels
This diagram shows how information exchanges between resource models and systems. It is a highly simplified view of some flows described in parts 2 and 4 of the standard. Each entity in the diagram carries information in multiple dimensions, including:
- The entity’s position in the resource model (as shown by vertical orientation and color)
- Its relationship to other entities
- Its role in the integration between level-3 and level-4 systems.
🎥Watch:Watch two manufacturing experts explain this diagram
The activity model
This diagram shows that activities that a manufacturing-operations-management system might perform. Each activity provides information to or receives information from another activity, and all of these activities have their own necessary entities related to resources, planning, and performance.
Though the focus of this model is on level-3 activities, the data that is exchanged may necessarily involve data from levels 2 and 3. These activities are explained in thorough detail in ISA-95 Part 3.
🎥Watch:Episode 2 of the Rhize podcast
Overview of relations, levels, and stages
This diagram shows the top-level relations of manufacturing entities in level-3 and level-4 systems across different stages of production. These entities and their relationships also represent some foundational objects in the Rhize data model (exposed through the Rhize GraphQL Interface).
