WAVE SPRINGS Application Checklist Name Title Date Company Address City/State/Zip Code Phone Country Fax Email DIMENSIONS IN: ( ) Imperial Units ( ) Metric Units Operates in bore diameter Inside diameter clears shaft Specify which diameter the spring should pilot closest to: ( ) Bore ( ) Shaft LOAD DEFLECTION (SELECT ONE) Group A @ ( ) lb @ in ( ) N @ mm Group B @ ( ) lb @ in ( ) N @ mm Free Height (min) (max) Group C Min - Max Load Work Height Min - Max Load @ Work Height ( ) lb @ in ( ) N @ mm # of Waves Material Thickness Free Height Approximate Min - Max Load Free Height Approximate Work Height Radial Wall 22 smalley.com • +1.847.719.5900 FREE SAMPLES Email to:
info@smalley.com Or fill out online: smalley.com/spring-design-help Email to: info@smalle SMALLEY WAVE SPRINGS Or fill out online: smalley.com/spring-de Email to: info@smalle Or fill out online: smalley.com/spring-de MATERIAL FINISH Consider the environment: Oil dipped ( ) Temperature ° (Carbon Steel) ( ) F ( ) C Vapor degreased ( ) Corrosive Media and ultrasonic cleaned Carbon Steel ( ) (Stainless Steel) 17-7 PH/CH900 Stainless ( ) Passivate ( ) 302 Stainless Steel ( ) Black Oxide ( ) 316 Stainless Steel ( ) Phosphate Coat ( ) Inconel X-750 ( ) Vibratory Deburr ( ) Other ( ) Other ( ) SKETCH FATIGUE:
Specify estimated cycle life ( ) Static Application ( ) 106 Cycle Life ( ) Under 105 Cycle Life ( ) Over 106 Cycle Life ( ) 105 Cycle Life QUANTITY: Prototype Production APPLICATION: (Description)