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  1. Antenna 3 Products available
  2. Brakes & Braking Systems 2 Products available
  3. Winter Clothing & Accessories 2 Products available
  4. Batteries 2 Products available
  5. Magnetic Coils 1 Products available
  6. Liquid Mixers 1 Products available
  7. Industrial Plastic Pipes 1 Products available
  8. Industrial Ovens & Furnaces 1 Products available
  9. Chemical Reactors & Process Tanks 1 Products available
  10. Adapter 1 Products available
  11. Industrial Coupler 1 Products available
  12. Transistors 1 Products available
  13. Optical & Laser Instruments 1 Products available
  14. Filters 1 Products available
  15. Blood Bank Equipment 1 Products available
  16. Vibrating Screen 1 Products available
  17. Microphones 1 Products available
  18. Sensors And Transducers 1 Products available
  19. Fashion Jewelry 1 Products available
  20. Tags 1 Products available
  21. Wires 1 Products available
  22. Heat Exchanger Parts 1 Products available
  23. Clamps 1 Products available
  24. Chemical Machine 1 Products available
  25. Generators 1 Products available
  26. Industrial Heaters 1 Products available
  27. Power Inductor 1 Products available
  28. Heat Exchangers 1 Products available
  29. Engine & Engine Parts 1 Products available
  30. Thermo Flask 1 Products available
  31. Others Products 5 Products available

Brakes & Braking Systems

We are leaders in the market for providing best range of Magnetic Brake and DC Magnetic Brake

Magnetic Brake

A magnetic brake consists of a permanent magnet, which induces currents in a rotating copper disk. The resulting eddy currents interact with the magnetic flux to produce Lorentz forces and subsequently a braking torque. This 3D problem is solved using a stationary formulation for the electromagnetic field coupled to an ordinary differential equation for the rotational rigid body dynamics.
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DC Magnetic Brake

A magnetic brake consists of a permanent magnet, which induces currents in a rotating copper disk. The resulting eddy currents interact with the magnetic flux to produce Lorentz forces and subsequently a braking torque.This 3D problem is solved using a stationary formulation for the electromagnetic field coupled to an ordinary differential equation for the rotational rigid body dynamics.The model also illustrates the proper use of a Lorentz type induced current density term. Furthermore, an ungauged A-V formulation is used to solve the electromagnetic part in a fast and memory-efficient way.
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