LN-Course - Electric Machines 6: Linear motors
Includes
Experiment board with:
- Transparent linear motor with non-ferrous armature
- Range 340mm approx.
- Integrated microprocessor control
- 35W power amplifier
- Visualisation of control vector
- Position detection with analog Hall sensors
- CD-ROM with Labsoft browser and course software
Course contents
- Introduction to design and operating principle of a linear motor
- Explanation of terms 'Lorentz force' and 'induced voltage'
- Introduction to linear motor applications
- Designs of linear motors
- Advantages and disadvantages of linear motors in comparison to rotary motors
- Determination of characteristic values for a motor
- Positioning of a linear motor
- Determining motor position with the help of encoders or Hall sensors
- Distinction between relative and absolute positioning
- Determination of motor position using analog Hall sensors
- Course duration: 4.5 h approx.
UniTrain electrical machine courses
UniTrain multimedia courses on electrical machines encompass the entire spectrum of electrical machines. The motors are characterised by their open, accessible stators. These are built onto experiment cards and thus allow a detailed view of the internal design of electrical machines. In addition, the open design makes it possible to exchange rotors quickly and without tools.
Students taking the course are familiarised with the physical principles, the operation, properties and basic circuitry for various machines. In many experiments the machines are put into operation and their electrical properties measured using multimeters and oscilloscope, control units are set up and the safe usage of electrical machines is reinforced.
UniTrain electrical machine courses
UniTrain multimedia courses on electrical machines encompass the entire spectrum of electrical machines. The motors are characterised by their open, accessible stators. These are built onto experiment cards and thus allow a detailed view of the internal design of electrical machines. In addition, the open design makes it possible to exchange rotors quickly and without tools.
Students taking the course are familiarised with the physical principles, the operation, properties and basic circuitry for various machines. In many experiments the machines are put into operation and their electrical properties measured using multimeters and oscilloscope, control units are set up and the safe usage of electrical machines is reinforced.