Electric Motor Driving Speed Reduction (Gear, Belt, or Chain ) Calculator

General Engineering and Design Data Menu
Industrial Electric Motor Application, Design and Installation Menu

Use this calculator to determine the torque and force to drive gears, belt, or chain mechanical systems.

To see the equations behind this calculator:

Electric Motor Driving Speed Reduction (Gear, Belt, or Chain ) Equations


Design Variables
Load inertia, (WKL)2 lb-ft2 =
Reduction ratio (Rr) =
Time to Accelerate (t) seconds=
Change speed of shaft, (ΔN) rpm =
Results
Load Inertia (WK2) lb - ft2 =
Required Torque (T) lb-ft =

Link to this Webpage:

Copy Text to clipboard

Spider Optimizer

© Copyright 2000 - 2024, by Engineers Edge, LLC
www.engineersedge.com
All rights reserved
Disclaimer | Feedback
Advertising | Contact