🔷 Process modeling with Selmo – Inputs, activities, outputs

🔹 1. Inputs – What is needed?

Category	Description
process description	Rough sequence from the PTF phase (e.g. loading → clamping → machining → unloading)
Functions & Conditions	Logically formulated functions (e.g. “clamp when part detected”)
Signal overview	Complete list of inputs and outputs, sensors, actuators, manual buttons
Zoning concept (draft)	Initial grouping of signals into zones (Input, Output, In-Out, Mem)
Parameter list	Times, positions, repetition counts, tolerance values, etc. from the PTF
Operating mode specifications	Which operating modes are required (manual, automatic, setup mode)
Safety requirements	Requirements for interlocks, monitoring, locking (CMZ, MXIC)

---

🔹 2. What is done? (Activities in the modeling)

Step	Description
Build sequence	Logical flow with states, transitions, decision points
Assign zones	Assign signals to states via zones
Define bit control	Define behavior of each zone per state (0, i, S)
Integrate safety logic	Create CMZ, MXIC, pair-check
Link parameters	Insert parameterizable values and integrate them into the flow
Add sequence cross	Synchronization between sequences if needed
Check completeness	Define logic and system layers completely, check for consistent flows

---

🔹 3. Outputs – What is the result of the modeling?

Result	Description
✅ Finished sequence(s)	State-based model with clear process structure
✅ System layer with bit control	Each zone is fully linked to the logical flow
✅ Safety functions integrated	Error response, interlock logic, operator protection integrated
✅ Parameterization implemented	Time values, switching points, etc. centrally configurable
✅ Export-ready model	Handover to PLC, HMI, diagnostics, simulation possible
✅ Basis for automatic code generation	Everything is documented traceably in a model-based way