EV vehicle electric motor educational trainer MSEM01

Manually operated educational trainer designed to demonstrate the principles of three-phase electric power generation. Built using an original electric motor from a Nissan Leaf EV, this unit allows students to simulate real-world electromagnetic induction by manually rotating the rotor. It combines mechanical interaction, waveform analysis, and clear structural visibility for comprehensive electric drive system training.

• Motor Type: Nissan Leaf EV permanent magnet synchronous motor (PMSM).
• Simulation Type: Manual rotation with mechanical crank.
• Voltage Output: Low-voltage three-phase AC (non-powered, safe manual simulation).
• Terminals: U, V, W – 4mm safety socket type for measurement.
• Measurement Support: Compatible with oscilloscopes and multimeters.
• LED Indicator: Color-changing linear strip (visualizes relative power level).
• Safety: Transparent polycarbonate cover for high-voltage terminal protection.
• Frame: Aluminum profile with rubber feet for lab stability.
• Dimensions (approx.): 700 x 500 x 450 mm.
• Weight (approx.): 25 kg.
• Product number: MSEM01

• Physically simulates how mechanical motion converts to electrical energy.
• Enables real-time observation of three-phase signal generation.
• Visualizes electrical output in response to user-controlled crank speed.
• Supports connection of standard diagnostic tools (oscilloscope, multimeter).
• Reinforces core concepts of EV motor structure and function.

• Clear demonstration of electromagnetic induction in a safe, non-powered format.
• Allows for waveform comparison between different crank speeds.
• Durable construction suited for repeated classroom use.
• Transparent design helps explain internal motor components and wiring.
• Supports structured experiments and practical lab tasks.