Motion and state
Its state is used to practise permissive and trip reasoning; it is not a safety-rated engineering model.
PLC control pattern
Commission it by proving active feedback before accepting enable.
Fault practice
Inject stuck-on, stuck-off states and require the PLC sequence to detect, stop and recover deliberately.
Signal map
I/O you can reason about
PLC output Enable; PLC input Active feedback
| Signal | PLC direction | Type / range |
|---|---|---|
| Enable enable | output | bool |
| Active feedback active | input | bool |
Fault and recovery exercise
Make abnormal states part of the sequence
Inject stuck-on, stuck-off states and require the PLC sequence to detect, stop and recover deliberately.
stuck-onstuck-off
Engineering boundary
Training model only. It does not perform a machinery risk assessment, calculate performance level or SIL, replace a safety PLC, or validate a real safety function.
Free first success
Put the e-stop pedestal into a working control sequence
Open a related browser scenario, run the PLC logic and see the component state respond. Start without installing software or entering a card.
No installNo credit cardImmediate pass/fail feedback
Keep building
Related components and scenarios
controls
PLC cabinet
Its visible state changes with simulated I/O, making status and diagnosis readable in the scene.
controls
HMI station
Its visible state changes with simulated I/O, making status and diagnosis readable in the scene.
controls
Pushbutton station
Its visible state changes with simulated I/O, making status and diagnosis readable in the scene.