Solution Design Support at E-MotionSupply.com
September 2019 Newsletter

Company News – September


To better help our customers, we have added a new section at our website
www.e-motionsupply.com.
It is important that you have the necessary product information and knowledge to choose motors for your projects.
At Solution Design Support , you can find What, How, and Tool which include description and schematic diagram for servo motors as well as some tools for your application.

You can also learn how to calculate forces, torque, inertia, and how to select a servo motor.
We hope it is a worthwhile web visit for you.
Learn More:

What

DC Brushed Rotary Motor

DC Brushless Rotary Motor

Linear Motor

A DC brushed rotary motor is an electrical motor that powered by direct current electric power and converts electrical energy into mechanical energy. It contains a brushed internal mechanical commutation to reverse motor windings' current in synchronism with rotation.

A DC brushless rotary motor is an electrical motor that runs on direct current electricity without brushes and commutator, produces rotary motion or torque and converts electrical energy into mechanical energy.

A linear motor is a direct driven electric motor that produces a linear force in a straight line and converts electrical energy into mechanical energy as linear motion without extra transfer mechanism. We can think of it as cutting a rotating motor from radial direction and laying it out flat.

DC Brushed Rotary Motor Schematic Diagram

DC Brushless Rotary Motor Schematic Diagram

Linear Motor Schematic Diagram

Coming soon:

Stepping Motor, Torque Motor, DDR motor, DDL motor, Voice Motor, Piezo Motor, Pancake Motor,

Frameless Motor, AC Inductive Motor, PCB Motor Spindle Motor, Micro Motor, Integrated Motor,

Gearbox, Coupling, Brake, Clutch


How



















Selection









Rotary Motor











Linear Motor

Kinematics

Determine operating mode
Determine relationship between time and speed.




Force, Torque & Inertia

Determine system (machinery/ application).

· Determine size, material and mass.

· Determine coefficient of friction.

· Calculate forces.

· Calculate torque.

· Calculate inertia.

Electromagnetism

Electricity and Magnetism

Coefficient

Friction Coefficient Reference Table


Tool

Home > Solution Design Support > Tool > Motor Sizing Tools


Select an Application




You can check out these brands for your servo motor applications
:




California | 43397 Business Park Drive, Suite D-3, Temecula, CA 92590 | 951-595-4200

Texas | 4545 Fuller Drive, Suite 240, Irving, TX 75038 | 972-887-9999

inquiry@e-motionsupply.com | https://www.e-motionsupply.com