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+# Example Flows
+
+The rotatingMachine node ships with three example flows, accessible in Node-RED via **Import > Examples > EVOLV**.
+
+## 01 - Basic Manual Control
+
+**Dependencies:** EVOLV package only (no dashboard needed)
+
+Demonstrates all core rotatingMachine functionality using inject nodes:
+
+- **Mode switching** between auto, virtualControl, and fysicalControl
+- **Startup/shutdown sequences** with configurable timing (3s startup, 2s warmup, 3s shutdown, 2s cooldown)
+- **Speed setpoint control** at 30%, 60%, and 100%
+- **Pressure simulation** with upstream and downstream values
+- **Emergency stop**
+- **Maintenance mode** enter/leave
+
+### How to use
+
+1. Deploy the flow
+2. Click **"Set virtualControl"** to enable manual control
+3. Click **"Startup"** - observe the state transition (idle > starting > warmingup > operational) in the debug panel
+4. Click **"Set 60%"** to move to 60% speed
+5. Click **"Sim downstream 1100 mbar"** and **"Sim upstream 200 mbar"** to see flow/power predictions based on the pump curve
+6. Click **"Shutdown"** to stop
+
+### What to observe
+
+- **Port 0 (Process Data):** Shows state, mode, ctrl%, flow (m3/h), power (kW), NCog efficiency
+- **Port 1 (InfluxDB):** Disabled by default - enable the debug node to see telemetry format
+- **Port 2 (Parent):** Shows the registerChild message sent on deploy
+
+**Source:** [01 - Basic Manual Control.json](https://gitea.wbd-rd.nl/RnD/rotatingMachine/src/branch/main/examples/01%20-%20Basic%20Manual%20Control.json)
+
+---
+
+## 02 - Integration with Machine Group
+
+**Dependencies:** EVOLV package only (no dashboard needed)
+
+Demonstrates parent-child registration between a machineGroupControl (MGC) and two rotatingMachine pumps.
+
+- **Auto-registration:** Both pumps register with the MGC via Port 2 on deploy
+- **Independent control:** Each pump can be started/stopped individually
+- **Group aggregation:** MGC Port 0 shows aggregated group state
+- **Pressure simulation:** Inject simulated pressure to Pump 1
+
+### How to use
+
+1. Deploy the flow - pumps automatically register with the MGC
+2. Set Pump 1 to virtualControl, then click Startup
+3. Set a speed setpoint (75%)
+4. Set Pump 2 to virtualControl and start it at 50%
+5. Observe the MGC debug output aggregating both pumps
+6. Inject downstream pressure on Pump 1 to see curve-based predictions
+
+### Wiring pattern
+
+```
+Pump 1 Port 2  ------>  MGC input (registerChild)
+Pump 2 Port 2  ------>  MGC input (registerChild)
+```
+
+**Source:** [02 - Integration with Machine Group.json](https://gitea.wbd-rd.nl/RnD/rotatingMachine/src/branch/main/examples/02%20-%20Integration%20with%20Machine%20Group.json)
+
+---
+
+## 03 - Dashboard Visualization
+
+**Dependencies:** EVOLV + @flowfuse/node-red-dashboard
+
+Interactive FlowFuse dashboard with:
+
+- Mode dropdown (auto / virtualControl / fysicalControl)
+- Startup / Shutdown / Emergency Stop buttons
+- Numeric speed setpoint input (0-100%)
+- Upstream and downstream pressure simulation inputs
+- Real-time line charts: Flow, Power, Control Position, NCog efficiency, State Code, Pressure (up/down/delta)
+- Text displays for current state, timing, and snapshot summary
+
+### How to use
+
+1. Make sure `@flowfuse/node-red-dashboard` is installed
+2. Deploy the flow
+3. Open the dashboard at `/dashboard/rotating-machine-basic`
+4. Use the controls on the left to operate the pump
+5. Watch the charts update in real-time on the right
+
+**Source:** [03 - Dashboard Visualization.json](https://gitea.wbd-rd.nl/RnD/rotatingMachine/src/branch/main/examples/03%20-%20Dashboard%20Visualization.json)