Industrial simulator capability matrix.

L1/L2/L3, PE and U/V/W connections with isolation enforced before terminal changes.

Run input/common plus AI1/analog common; the pump job uses a 4–20 mA reference.

Independent STO-A and STO-B paths must both be connected and healthy before torque is enabled.

Rated voltage, frequency, current, speed and power are checked against each job sheet.

A first-start job requires matched nameplate data, complete motor/STO wiring, safe energisation and motor ID before RUN is enabled.

Minimum/maximum frequency, acceleration, deceleration, command source and reference source.

Local setpoint, run/stop, direction proving and uncoupled bump-test workflow.

Digital run command with separate speed-reference selection in the conveyor job.

Live loop value, current-input selection and minimum-to-maximum frequency scaling in the pump job.

Network command/reference behaviour and communication-oriented fan commissioning workflow.

Maintained two-wire and latched three-wire run behavior, low-speed jog priority and forward/reverse operation.

Keypad, 0–10 V, 4–20 mA, fieldbus, three preset speeds, motorized potentiometer and process PID references.

Ramp, coast, quick-stop and DC-brake responses plus flying-start capture on a rotating motor.

Low-speed torque response changes with scalar versus motor-model-based control while the same load remains connected.

Current capping, prohibited frequency band and ramp/coast/hold-last fieldbus-loss behavior are observable in live evidence.

Run, reverse, jog, quick-stop, ready, running, at-speed, fault, STO and direction bits update with the drive state.

One runtime drives both the legible engineering view and an orbitable cabinet, motor, shaft and process view with fallback.

Conveyor, centrifugal pump, fan and dynamometer models change torque, current, speed and trip behaviour.

Frequency, rpm, current, torque, DC-bus voltage, temperature and load evidence update during operation.

Overcurrent, overload, overvoltage, undervoltage, overtemperature, stall and STO conditions.

Five-entry unique trip history with reset blocked while the cause, run request or excess temperature remains.

Isolation, wiring, nameplate, sources, STO, bump test, loaded run and fault recovery checks.

Every job presents the next action, its reason, expected evidence, progressive hint and a direct link to the correct workbench tool.

Normally-closed stop/overload chain, momentary start, KM1 seal-in auxiliary and motor load.

Two-contactor phase reversal with electrical and mechanical interlock behaviour.

Selectable holding versus no-latch control paths with motor coast-down after jog release.

Main/star starting, transition dead time, main/delta running and dangerous overlap fault.

Maintained local HAND control, a common OFF override, automatic process demand and overload protection across every mode.

Three-phase main path and low-voltage coil path update together with recognizable hardware.

Contactors, latches, interlocks and energized conductors change as the circuit operates.

Named red/black probe nodes support control voltage, line voltage and isolated continuity checks.

Resistance and continuity modes are explicitly blocked when the simulated circuit is energized.

Direction, rpm, inrush, star current reduction, transition, coast-down and loaded current respond over time.

Control fuse, stop chain, open coil, welded pole, overload, missing phase and failed interlock.

Stop, overload, interlock, direction, transition and loaded-current evidence must be demonstrated.

Every circuit presents the next action, its reason, expected evidence, progressive hint and a direct link to the correct workbench tool.

Desktop, tablet and 390 px touch-phone journeys are covered without document-level horizontal overflow.

The Pro workbenches run in a modern browser without a manufacturer configurator or desktop installer.

Keyboard semantics, descriptive image alternatives, reduced-motion support and serious/critical axe checks.