Retaining spring stays in place

Jan. 8, 2004
Narrow-width retaining springs will grip any cylinder or shaft without the need to machine a groove in the shaft.

Narrow-width retaining springs developed by Schwab-Koplin, Port St. Lucie, Fla., and distributed by De-Sta-Co Manufacturing, Troy, Mich. (www.cloverspring.com), will grip any cylinder or shaft without the need to machine a groove in the shaft. They precisely position and lock into place ball bearings or other components. Once pushed on, the CloverRetainer stays on, withstanding high axial loads without slipping. The retainer has a cone-shaped cross section, letting it deflect sideways to absorb tolerance buildups, expansion, or contraction. They are made of carbon or high-grade steel and give assemblers and designers an alternative to "E" clips and conventional retaining rings that mount in a groove. And while conventional rings are pushed on perpendicular to the shaft axis, CloverRetainers are pushed on along the axis, letting them be applied using simple presses and single-axis robots.

Sponsored Recommendations

High Pressue, High Temperature Pump

April 29, 2024
This innovative axial piston design eliminates the use of elastomers, increases resistance to contamination, and dramatically improves reliability. They can generate up to 10,...

MOVI-C Unleashed: Your One-Stop Shop for Automation Tasks

April 17, 2024
Discover the versatility of SEW-EURODRIVE's MOVI-C modular automation system, designed to streamline motion control challenges across diverse applications.

A Comprehensive Guide for Automation Success

April 17, 2024
Gain insight into the benefits that SEW-EURODRIVE's streamlined automation processes offer to industries involved in machine automation and factory operations.

Navigating the World of Gearmotors and Electronic Drives

April 17, 2024
Selecting a gearmotor doesn’t have to be a traumatic experience. The key to success lies in asking a logical sequence of thoughtful questions.

Voice your opinion!

To join the conversation, and become an exclusive member of Machine Design, create an account today!