MBW BorgWarner 自动变速器

BORG-WARNER AUTOMATIC TRANSMISSION - MBW

創新系統

The Borg-Warner Automatic Transmission, "MBW", designed by EDIBON, includes a torque converter and a three-speed automatic system that will allow the student to carry out experiments with different transmission ratios simulating clutches and band brakes.

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相關新聞

一般說明

The main distinguishing element of automatic transmissions is its group of epicyclic gearing.

The gear assembly of the "MBW" unit consists of:

  • Two sun gears, one to transfer forward gear ratios and one reverse gear.
  • Two sets of planet gears: long and short planet gears.
  • Ring gear.

It is a gearing system in which power is transmitted to the assembly through the central sun gears. For forward gear ratios power will beintroduced through the forward sun gear and for the reverse gear through the reverse sun gear. In both cases, the final motion is transferredto the output shaft through the ring gear.

The Borg-Warner Automatic Transmission, "MBW", has a torque converter and a three-speed automatic system. The transmission consists of three forward gear ratios and one reverse gear. They can be selected and their gear ratio studied through the coupling of the appropriatemechanical actuator in the different discs available to brake the elements of the planetary gearing, simulating brake bands and clutches.

Two graduated discs are included, one at the inlet and the other at the outlet, to measure angular displacement, allowing to observe thegear ratios of the assembly and to compare them with the values calculated theoretically.

Other special feature of the unit is that it has a freewheel mechanism that blocks the rotation of a shaft in one direction, allowing rotation in the opposite direction, and it allows to visualize the braking effect.

練習和指導練習

手册中包含的指导实践练习

  1. Check the gear ratio: First gear.
  2. Check the gear ratio: Imposed first gear.
  3. Check the gear ratio: Second gear.
  4. Check the gear ratio: Reverse gear.
  5. Check the gear ratio: Third gear and neutral.
  6. Faults simulation. Forward gear clutch breakdown, Reverse gear clutch breakdown, Brakes breakdown.
  7. Study of Friction Force present in the system for each gear.
  8. Power transmission. To check the relation between the input motor torque and the output motor torque.

与该单位进行更多实际操作

  1. Demonstration of the operation of an epicyclic gearing system.
  2. To check the relation between the input motor torque and the output motor torque having the transmission brake activated.

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