How do I create a gear profile in SolidWorks?

How do you make a gear in SolidWorks?

Gears in the GB Standard



From the Windows Start menu, click All Programs > SOLIDWORKS version > SOLIDWORKS Tools > Toolbox Settings. From the Configure Hardware page, click GB, Power Transmission, and then click Gears. Select the required GB gears and clear the unnecessary ones.

Can SolidWorks generate gears?

SolidWorks offers various pre-designed templates that are helpful for creating complicated machined parts including bolts and screws, gears, bearings, and more.

How do you create an involute gear profile?

Draw a radial line from base circle on the right hand side to the pitch circle and another from the pitch circle to the new circle (the outside). Make these two lines equal length, so the outside circle is the same radial length larger than the pitch circle as the base circle is smaller.

How do you design a gear?

For design of gears, determine elements such as size, tooth shape, pitch, number of teeth, amount of profile shift, material, need for heat treating and/or grinding, choice for kind of tooth surface finish, amount of backlash, helix angle, helix direction, method of mounting on shaft, precision class, etc., the …

What is a gear module?

“Module” is the unit of size that indicates how big or small a gear is. It is the ratio of the reference diameter of the gear divided by the number of teeth.

How do you make a spur gear?

Design Procedure for Spur Gear

1. DESIGN PROCEDURE FOR SPUR GEAR:
2. Calculation of gear ratio (i):
3. Calculation of initial design torque:
4. Calculation of Eeq, [ϭb] and [ϭc]:
5. Calculation if centre distance (a):
6. Select number of teeth on gear and pinion:
7. Calculate b, d1, v and ѱp :
8. Selection of quality of gear:

How do you make a gear in SOLIDWORKS 2019?

From the Windows Start menu, click All Programs > SOLIDWORKS version > SOLIDWORKS Tools > Toolbox Settings. From the Configure Hardware page, click GB, Power Transmission, and then click Gears.

What is profile of gear?

Gear Tooth Profile: One of the fundamental s of gear design is the profile of the gear tooth. Gears generally have an involute curve tooth profile. There are other types of gear profiles, but they are mainly utilized in specialty applications such as cycloidal gears in clocks and watches.

What is the difference between involute and cycloidal gear?

In involute tooth profile gears, convex surface of pinion tooth comes in contact with convex portion of gear tooth and this leads to more wear. In cycloidal tooth profile epicycloidal shape of face of gear tooth comes in contact with hypocloidal flank portion of pinion tooth.

How the involute profile for gear teeth is generated?

In an involute gear, the profiles of the teeth are involutes of a circle. The involute of a circle is the spiraling curve traced by the end of an imaginary taut string unwinding itself from that stationary circle called the base circle, or (equivalently) a triangle wave projected on the circumference of a circle.

What is lead & profile in gear?

In spur gearing, gear profile is the most sensitive feature. In respect to effects on noise, lead has little to no effect. In helical gearing, lead is the most sensitive feature—with profile, it is second. This is due to the way each type of gear meshes (Figure 3).