HHOISTLABDRIVE ENGINEERING WORKSPACE
CRANE 01 / MAIN HOISTSINAMICS S120 · CU320-2 PN · 22 kW
UNCOMMISSIONED
ASSET 01 / ELECTROMECHANICAL SYSTEM

Main hoist 5 t

Commission the drive. Observe the physical consequences.

Drive commissioning requiredThe mechanical brake holds the hook. Enter the installed motor, feedback and drive data to enable operation.
LIVE RESPONSE Actual speed Setpoint
TORQUE / SPEED HOLDING
PHYSICS-DRIVEN VISUALIZATION

3D digital twin

Shaft, drum, sheaves and hook follow the numerical plant. Geometry is a procedural representation; it is not a manufacturer CAD model.
ENGINEERING / COMMISSIONING

Commission from blank

Use the installed-component reference. Every entered value belongs to the controller model.

DRIVE OBJECT / VECTOR

Parameter list

Verified Siemens identifiers and clearly marked simulator extensions.

Working ranges below are simulator limits; see provenance for manual ranges.
PARAMETERDESCRIPTIONCONFIGUREDUNITREFERENCE
INSTRUMENTATION / 100 Hz CAPTURE

Trace & incremental encoder

Recorded state from the fixed-step solver. Cursor values retain their channel units.

Recording
Move across the trace to inspect captured samples. Channels use independently normalized axes.
INCREMENTAL FEEDBACK BAUMER HOG 10 · 1,024 PPR · x4 DECODE
Oscilloscope displays a phase-reconstructed 8-cycle window at current shaft velocity; counted feedback uses edge-by-edge quadrature decoding. It is not a sampled MHz acquisition.
POWER SYSTEM / 400 V AC

Electrical architecture

Regenerative line supply with a shared DC link and external brake driver.

AUTOMATION / PROFIdrive CONCEPTS
Simplified standard-telegram concepts. This is not a PROFINET stack. PLC bits act only in PLC control mode.
STATUS / PROCESS VALUES
MECHANICAL PLANT / GROUND TRUTH

Mechanics & load path

Physical hardware changes are separate from the commissioned controller model.

PLANT LAB / HARDWARE MODIFICATIONS

Apply while stopped. These values alter installed hardware and reset the energy ledger. Controller parameters remain unchanged.

LIVE ENGINEERING EQUATIONS
FAULT LAB / CONDITION-BASED EVENTS

Diagnostics & scenarios

All event codes are simulator diagnostics. No invented Siemens fault numbers.

ENGINEERING SCENARIOS

Scenarios modify the existing commissioning or inject a physical fault. They do not auto-commission the drive.
FAULT INJECTION
EVENT BUFFER SIMULATION TIME
TIMECODE / STATEEVENT / ENGINEERING ACTIONSNAPSHOT
QA / NUMERICAL EVIDENCE

Engineering validation

Energy accounting includes magnetic storage, rope stretch, brake heat and DC-link energy.

ENERGY LEDGER MONITORING
Positive height and shaft speed mean hoisting. Positive grid power means import. Residual above 2% of throughput indicates numerical/model accounting error.
MODEL CLASSIFICATION
DETERMINISTIC CHECKS

Run checks without altering the working drive. Results compare independently calculated forces, ratios and energy behavior.

RESEARCH / PROVENANCE / LIMITATIONS

Engineering basis

A public-document engineering approximation. Validation against a real crane remains a separate activity.

LIVE DIGITAL TWIN
Preparing procedural equipment…
MAIN HOIST ASSEMBLY / 4-PART REEVINGDrag to orbit · Wheel to zoom · Click equipment to inspect
Z ↑SI simulation · illustrative geometry