ElectroLab AIMotor

Motor & generator lab

Turn magnetism into motion, then motion back into voltage.

A visual lab for coils, magnetic fields, torque clues, back EMF, generated voltage, speed, and heat risk.

Safety first, always.

ElectroLab AI teaches theory, low-voltage electronics, and planning concepts. Mains voltage, switchboards, fixed wiring, high-current systems, and legal electrical work must only be performed by licensed electricians where required.

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Motor & generator lab

Spin a coil through a magnetic field.

See how turns, current, magnetic field, speed, generated voltage, torque, and heat pull against each other.

Machine view

NScurrent makes torque

Coil current

0.75 A

Torque clue

5.4

Back EMF

5.40 V

Back EMF

A spinning motor generates voltage that opposes the supply. Stalled motors lose that protection and draw more current.

Field strength

More turns, more current, or stronger magnets can increase torque, but heat and saturation limit the real machine.

Heat risk

Coils and motors can heat quickly. Use low voltage, short tests, current limiting, and flyback protection where needed.