Flow0 to 180 m³/h
Head0 to 120 m
Suction pressure0 to 5 bar
Motor power0 to 120 kW
Vibration0 to 12 mm/s
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a08/centrifugal-pump-operation
Centrifugal Pump Operation
Predict hydraulic response and rank speed, valve or bypass actions against cavitation risk.
Prediction improvement97.49%
Planning top-1100%
Critical violations0
Runtime p950.12 ms
Training sourceA08 centrifugal pump simulator v0.1
Training transitions3,200
Held-out one-step error0.24%
Held-out improvement97.08%
Interactive package
Change the context. Compare the plans.
The local runtime evaluates candidate control sequences, predicts their trajectories and rejects plans outside the declared envelope.
Live runtime
Plan from system state
Observed stateValues observed at H0
Planner search7 candidates · H6
Economy speedNominal speedHigh speedOpen bypassRestrict dischargeControlled stop
Set the current telemetry, choose a goal and run the planner.
Results include actions, predicted state and constraint checks.World contract
One variable-speed centrifugal pump and bounded water loop.
Temporal unit: 10_seconds. Supported horizons: 1, 4, 8.
Economy speedeconomy speed
Nominal speednominal speed
High speedhigh speed
Open bypassopen bypass
Restrict dischargerestrict discharge
Controlled stopcontrolled stop
Meet flow efficiently4 declared targets
cavitation margincritical · gte 0.75
motor powercritical · lte 108
vibrationhard · lte 9.5
Package record
Everything required to inspect and run this world.
Package digest
sha256:b0a5d3b40465df9f868cbc1ea8b8d32f2f446958dfa315f99ace4bc92a064099world.jsonScope, lineage and runtime contract
model artifact285 parameter transition profile
schemas/State, action and goal validation
eval/40 registered cases and result digest
Declared limitationsSimulation-trained on a generic water loop and normalized pump curve.No multiphase fluid, seal degradation or vendor protection logic.Real pump and valve execution is disabled.