MDSU Basic Unit of Mechanical Drive Systems

7.4.3.- INSTALLATIONS AND MAINTENANCE TRAINING
BASIC UNIT OF MECHANICAL DRIVE SYSTEMS - MDSU

INNOVATIVE SYSTEMS

The Basic Unit of Mechanical Drive Systems, "MDSU", consists of a main frame where a series of accessories and elements are arranged, distributed in modules of different level, thought to introduce the user in the field of mechanical systems and their components.

See general description

Expansions

ICAI

Interactive Computer Aided Instruction Software
MSAC

Modular System for Acquisition and Control

RELATED NEWS

EDIBON and its commitment to European Skills
EDIBON and its commitment to European Skills
At EDIBON, we are committed to strengthening skills as a strategic pillar for the competitiveness and social well-being of the European Union. Proper training not only boosts the economy but also enables individuals to fully participate in society and democracy.
Read more
Setting up at Perenco in Gabon
Setting up at Perenco in Gabon
Today we want to talk to you about the latest installation we have done at Perenco in Gabon. We moved there to install the following units from our Fluid Mechanics area
Read more

General Description

The Basic Unit of Mechanical Drive Systems, "MDSU", consists of a main frame where a series of accessories and elements are arranged, distributed in modules of different level, thought to introduce the user in the field of mechanical systems and their components. The main frame can be divided so that different working groups can work at the same time. The elements are assembled to the main frame by quick release fittings that facilitate the assembly of elements in the configuration required by the user for the study. Apart from the main frame, a variable speed rotary motor is included. It will generate the initial motion along a shaft that will drive the rest of mechanical elements of the system, such as belts, gears, chains, etc.

The unit includes a brake to determine the torque generated by the motor directly or along the mechanical system designed by the student using basic components of any mechanical system. Finally, fundamental aspects of mechanical equipment maintenance will be studied, as well as the tools and products employed for that purpose.

The unit has all the necessary safety measures, mechanical and electrical protections, disconnect switches and emergency stop push button for a safe operation.

Exercises and guided practices

GUIDED PRACTICAL EXERCISES INCLUDED IN THE MANUAL

  1. Introduction to the mechanical training system.
  2. Study of safety procedure.
  3. Handling key and set screw fasteners.
  4. Speed and torque measurements.
  5. Efficiency study.
  6. Introduction to shafts and pillow block bearings.
  7. Techniques shaft alignment and flexible couplings.
  8. Techniques shaft alignment and rigid couplings.
  9. Motor soft foot study and correction.
  10. Introduction to belt drives.
  11. Introduction to the sheave and belt installation.
  12. Sheave alignment.
  13. Belt tensioning operation.
  14. Sheave and belt maintenance.
  15. Introduction to chain drives study.
  16. Introduction of the sprocket installation.
  17. Sprocket alignment study.
  18. Chain installation procedure.
  19. Chain tensioning procedure.
  20. Sprocket and chain maintenance.
  21. Introduction to gear drives.
  22. Spur gear installation study.
  23. Gear alignment.
  24. Backlash adjustment.
  25. Gears using split taper bushings mounting.
  26. Gear trains.
  27. Bearings and chains lubrication study.
  28. Viscosity measurement.

MORE PRACTICAL EXERCISES TO BE DONE WITH THE UNIT

Additional practical possibilities (to be done with the Optional Model and Accessory MDSU/1):

  1. Use of wedge and notched wedge V-Belts.
  2. Use of variable-speed Belt Drives.
  3. Multiple-Belt drives assembly.
  4. Multiple-Speed belt drives assembly.
  5. Silent chain drives assembly.
  6. Sprocket idlers study.
  7. Multiple-chain drives assembly.
  8. Synchronous belt drives study.
  9. High torque synchronous belt drives assembly.
  10. Pulley Idlers.
  11. Alignment and Couplings of the system.

Additional practical possibilities (to be done with the Optional Model and Accessory MDSU/2):

  1. Study and use of helical Gears.
  2. Study of worms and worm Gears.
  3. Study of miter Gears.
  4. Study and comprehension of gearboxes.
  5. Study and comprehension plain bearings.
  6. Study of ball Bearings.
  7. Study of the angular ball bearings.
  8. Study, use and comprehension of roller bearings.
  9. Difference of lubrication bearing and non-lubrication bearing.
  10. Use of Gaskets and Seals.
  11. Use of O-rings seals and gaskets.
  12. Comprehension of the use for lip Seals.
  13. Study of mechanical seals.

Additional practical possibilities (to be done with the Optional Model and Accessory MDSU/3):

  1. Study of transmission power in a roller ramp clutches.
  2. Security systems, the torque limiters.
  3. Study of the theory of the electromagnetic Clutch-Brake.
  4. Study and comprehension of a ball nuts and ball screws.
  5. Study and useful of linear bearings.
  6. Study of backlash and measurement.
  7. Study and application of lead and speed ratio.

Additional practical possibilities (to be done with the Optional Model and Accessory MDSU/4):

  1. Study of Vibration device.
  2. Analysis of the Vibration Resonant Frequency and Vibration Dampening.
  3. Acceleration and Velocity Measurement.
  4. Learning about a Vibration Meter Operation.
  5. Study of the principles and operation of laser alignment.
  6. Study of vertical and horizontal alignment.
  7. Soft foot analysis.
View more

Quality

AFTER-SALES SERVICE

Ask for information