Description
This module includes a 1.3 W direct current motor (1.5 V to 4.5 V) on the axis of which is fixed a disc made of non-magnetic material supporting and protecting 2 powerful magnets, made of ferrite, N and S. This assembly makes it possible to bring the " rotating magnet " as close as possible to the magnetic core placed in a coil and guarantees that a significant signal is obtained with the oscilloscope or multimeter. Motor mounted on a transparent box containing the operating voltage.
Features
- High efficiency: Permanent magnet motors, especially brushless types, reduce energy losses by eliminating the need for electrical current to generate the rotor's magnetic field.
- High torque and power density: The use of strong permanent magnets, such as neodymium, allows for a smaller, lighter motor that delivers the same or greater torque than a larger induction motor.
- Compact and lightweight design: This makes them ideal for applications with limited space where the motor's weight is a factor.
- Precise control: When paired with a frequency inverter or electronic control, permanent magnet motors offer a wide operating speed range and precise control over speed and position.
- Wide operating range: These motors can operate over a wide range of speeds without compromising efficiency.
- Cooler operation: With no electrical losses in the rotor, permanent magnet motors often run cooler, increasing component lifespan.