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MOTOR SELECTION

Find the motor configuration your equipment needs.

Search verified configuration data by commutation, construction and operating requirements. Share your equipment task when the required configuration is not listed.

HXW-2838 supplied BLDC reference image; engineering confirmation pending
HXW-1503 supplied BLDC reference photographHXW-4577 supplied BLDC reference photograph

Supplied reference images · configuration data pending review.

Filters search published, verified motor data. Missing values never count as zero. Power filters use confirmed rated mechanical output only; source power with an unconfirmed definition is excluded. If your working point is not listed, request an engineering review.

START WITH YOUR REQUIREMENT

Have a drawing, an existing motor or a new application?

Share the information you have. We can review the operating point and the details needed for a suitable motor configuration.

Request motor selection

UNDERSTAND THE PLATFORMS

Three useful entry points. Two separate technical dimensions.

01 Conceptual DC motor illustration; not a product drawing MOTION · INTEGRATION · CONTROL CONCEPT ILLUSTRATION / NOT TO SCALE

Brushed DC Motors

Define supply voltage, speed at load, torque and operating cycle for your equipment.

Explore motor type
02 Conceptual DC motor illustration; not a product drawing MOTION · INTEGRATION · CONTROL CONCEPT ILLUSTRATION / NOT TO SCALE

Brushless DC Motors

Review the motor, driver, feedback and control interfaces as one integrated requirement.

Explore motor type
03 Conceptual DC motor illustration; not a product drawing MOTION · INTEGRATION · CONTROL CONCEPT ILLUSTRATION / NOT TO SCALE

Coreless Motors

Explore coreless construction with the commutation type, load and mechanical envelope clearly specified.

Explore motor type

Commutation and construction are recorded separately so a coreless motor can also be identified as brushed or brushless.

WHAT TO CHECK

Keep the motor data tied to the application.

A speed value, torque value or size limit becomes useful when its operating condition is clear.

  • Required speed and torque at the same operating point.
  • Supply voltage and current available from the equipment.
  • Run time, start-up conditions and the intended duty cycle.
  • Shaft, mounting, wiring, driver and feedback interfaces.
  • Applicable drawing and specification revisions.
Read the engineering review route ↗

LET’S REVIEW YOUR APPLICATION

Your operating point is the best place to start.

Send your voltage, speed, load torque, mechanical envelope and application details.

Discuss your project