Rack And Pinion Gear Design Calculator

In the example above the12 tooth pinion was given sufficient correction to prevent undercut and the residual profile shift was given to the mating gear.

Rack and pinion gear design calculator.

The rack s teeth are trapezoidal while the pinion has an involute tooth profile. The force the rack sees. 3 rack and spur gear table 4 5 presents the method for calculating the mesh of a rack and spur gear. The following online calculator computes the basic dimensions and tooth profiles of a meshing rack and pinion based on the pinion s module number of teeth pressure angle usually 20 and profile shift.

Hardness of the rack. Because gear calculations require many complex formulas related to strengths and sizes traditional gear design situations require highly specialized knowledge and suitable design time. Figure 4 3 1 shows the the meshing of standard gear and a rack. By utilizing the gear calculator introduced here it is possible to reduce these burdens substantially.

Unlike ball screw sizing which must take into account factors such as characteristic and critical speeds end bearing considerations and the effects of preload in addition to basic thrust force and drive torque calculations rack and pinion drive sizing is primarily based on three factors. The results of the design shows that weight of new rack and pinion gearbox is 20 less than the oem rpg with nearly 40 reduction in the cost achieving the desired steering ratio.