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Option for fine-stroke adjustment improves linear-drive reversal point accuracy

By Lisa Eitel | February 14, 2017

Amacoil-Uhing Model RG linear drives now feature an option for fine adjustment of maximum travel distance. On the standard Amacoil-Uhing drive assembly, the end stops limiting travel distance are set by hand. With the new option, the end stops ride on threaded rods with control knobs on both ends. Turning the rods moves the end stops in extremely small increments permitting very fine adjustments to the maximum stroke length. This facilitates accurate placement of the end stops for precisely establishing the linear drive reversal points.

The fine stroke option is useful in linear motion applications where accuracy in setting the reversal points enhances process accuracy and integrity. Example applications include spray coating, scanning, level winding, scoring and other reciprocating linear motion processes where the travel limits of the linear drive significantly affect the application results.

An additional benefit of the fine control option is that operators may adjust the travel distance while the system is running, without placing hands near moving parts and risking injury.

The Model RG drive is used in various types of production equipment including converting/packaging machinery, wire/cable spooling equipment and other automated machinery with a linear motion component. Uhing Model RG drives are available in nineteen sizes with axial thrust from 7 to 800 pounds. The drives do not require a complex electronic control system because travel speed and direction are mechanically controlled independent of the drive motor. This helps reduce design costs and simplifies operation and maintenance. Periodic light lubrication of the shaft is the only maintenance required. Amacoil representatives can help with correct size selection for almost any application.

For more information, visit amacoil.com.

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About The Author

Lisa Eitel

Lisa Eitel has worked in the automation industry since 2001. Her areas of focus include motors, drives, motion control, power transmission, linear motion, and sensing and feedback technologies. She has a B.S. in Mechanical Engineering and is an inductee of Tau Beta Pi engineering honor society; a member of the Society of Women Engineers; and a judge for the FIRST Robotics Buckeye Regionals. Besides her motioncontroltips.com contributions, she also leads the production of the quarterly motion issues of Design World.

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