We offer Study of Magnetic Levitation System useful for control labs. Magnetic Levitation, lifting of objects under the influence of a magnetic field, has numerous application including some advance locomotives designed on the repulsive force of a magnet. The present unit, based on the attractive force of an electromagnet, is inherently unstable. There is no way to keep an iron object suspended in air by manually adjusting the current in the electromagnet. Even a feedback control with forward path gain control alone is ineffective. These facts are brought out by studying and experimenting with the dynamics of the system. The next task consists of the design of suitable controller and implementing the same to achieve the desired objective. A sound knowledge of MATLAB and its availability should be highly desirable, though not essential, for the conduct of this experiment. The basic theory, analysis and sample calculation are described in the accompanying literature.
Highlights
>>Object suspended in air by magnetic force excellent visual impact
>>Controller design to maintain stability
>>Up-down position setting by reference control
Experiments
>>To develop the transfer function of the system through laboratory
>>To design/implement PD and lead compensation with different parameter
>>To simulate the system in MATLAB and study in detail various control option and their response
Features and Specifications
>>Object suspended in air by magnetic force
>>Controller design to maintain stability
>>Position changing by reference
>>Built-in power supplies, meters etc
>>220V/50Hz operation
>>Detailed technical literature included
The experiment is complete in all respect.

We offer Study of Magnetic Levitation System useful for control labs. Magnetic Levitation, lifting of objects under the influence of a magnetic field, has numerous application including some advance locomotives designed on the repulsive force of a magnet. The present unit, based on the attractive force of an electromagnet, is inherently unstable. There is no way to keep an iron object suspended in air by manually adjusting the current in the electromagnet. Even a feedback control with forward path gain control alone is ineffective. These facts are brought out by studying and experimenting with the dynamics of the system. The next task consists of the design of suitable controller and implementing the same to achieve the desired objective. A sound knowledge of MATLAB and its availability should be highly desirable, though not essential, for the conduct of this experiment. The basic theory, analysis and sample calculation are described in the accompanying literature.
Highlights
>>Object suspended in air by magnetic force excellent visual impact
>>Controller design to maintain stability
>>Up-down position setting by reference control
Experiments
>>To develop the transfer function of the system through laboratory
>>To design/implement PD and lead compensation with different parameter
>>To simulate the system in MATLAB and study in detail various control option and their response
Features and Specifications
>>Object suspended in air by magnetic force
>>Controller design to maintain stability
>>Position changing by reference
>>Built-in power supplies, meters etc
>>220V/50Hz operation
>>Detailed technical literature included
The experiment is complete in all respect.