THE AUTOMATION LAB / INTERACTIVE EXPLORATIONS
A little control.
A clearer picture.
SIMULATION MODE
Explore how an operator interface responds to changing conditions. All values and controls on this page are simulated in your browser.
DEVICE TELEMETRY
Read the environment.
Generated measurements illustrate a sensor-to-dashboard data flow. Increase the temperature to see the threshold indicator respond.
TEMPERATURE / LAST 30 SAMPLESSimulated stream running
High-temperature indicator activates at 35 °C.
Behind this concept: NXP sensor monitoring ↗
PLC SEQUENCE
Follow the logic.
Start the simulated motor circuit. A latched emergency stop inhibits the start command until you reset it.
ReadyControl available
MotorRun output
Emergency stopLatched interlock
Illustrates basic state transitions; not a safety controller or a validated PLC program.
Behind this concept: TwinCAT integration ↗HOME AUTOMATION
Make a move.
Explore gate states and curtain position. These controls only change the illustration below.
FRONT GATE
Closed
REAR GATE
Closed
POWER MONITORING
Keep the load supplied.
Simulate a mains failure and observe the change to battery power. Restore mains to return to the initial supply state.
01 / INPUTMainsAvailable
→02 / BACKUPBatteryStandby
→03 / OUTPUTLoadSupplied
Simplified power-source illustration. Battery runtime, electrical behavior and transfer timing are not modeled.
Behind this concept: UPS HMI ↗ BROWSER SIMULATION · NO HARDWARE CONNECTION
From a demo to an integration.
The projects behind these interfaces explore serial communication, TwinCAT ADS, REST APIs and SignalR. Read the case studies to see the actual implementation and its current scope.
Explore the projects ↗