- Transmits torque between parallel shafts to provide rotational power to another part of a motorized system
- Pressure angle of 14.5 degrees for a higher contact ratio between gears, resulting in quieter operation than larger pressure angles
- Diametral pitch of 24 for applications where controlling changes in speed and direction of rotation with precision is more important than transferring torque
- Brass for corrosion resistance, ductility at high temperatures, and low magnetic permeability
- Transmits torque between parallel shafts to provide rotational power to another part of a motorized system
- Pressure angle of 14.5 degrees for a higher contact ratio between gears, resulting in quieter operation than larger pressure angles
- Diametral pitch of 12 for applications requiring a balance between transferring torque and controlling changes in speed and direction of rotation with precision
- Low carbon steel (.2 percent carbon) for applications where the hardness and strength of higher levels of carbon are not needed to transmit torque and motion
- Transmits torque between parallel shafts to provide rotational power to another part of a motorized system
- Pressure angle of 14.5 degrees for a higher contact ratio between gears, resulting in quieter operation than larger pressure angles
- Diametral pitch of 32 for applications where controlling changes in speed and direction of rotation with precision is more important than transferring torque
- Low carbon steel (.2 percent carbon) for applications where the hardness and strength of higher levels of carbon are not needed to transmit torque and motion
