Radially Assembled, External Interlocking The LC ring is produced in two identical halves. The ends interlock into a groove on a shaft and, once assembled, are dynamically balanced. As a result, they are particularly effective at retaining assemblies with extremely high rotational speeds. -F.I.M. (FJLL INDICATOR MOVEMENTI -MAXIMUM ALLOWABLE DEVIATION OF CONCENTRICITY BETWEEN GROOVE AND SHAFT. i BASED ON HOUSINGS/SHAFTS MADE OF COLD ROLLED STEEL. FOR AN EXPLANATION OF FORMULAS USED TO DERIVE THRUST LOAD AND OTHER PERFORMANCE DATA, CONTACT THE ROTOR CLIP ENGINEERING DEPT. ***FOR PLATED RINGS, ADD .002" TO THE LISTED MAXIMUM THICKNESS. MAXIMUM RING THICKNESS WILL BE A MINIMUM OF .0002" LESS THAN THE LISTED GROOVE WIDTH (W) MINIMUM. For the most up-to-date specifications, online ordering, quotations & sample orders, visit www.rotorclip.com

Maximum Corner Radius & Chamfer Exploded Groove Profile & Edge Margin (Y) Maximum bottom radii (R), .005 for ring sizes -46 thru -98: .010 for ring sizes -112 thru -200; .015 for ring sizes -212 thru -337. V-Block Assembly LARGER SIZES MAY BE AVAILABLE UPON REQUEST. HARDNESS RANGES: BERYLLIUM COPPER RINGS For the most up-to-date specifications, online ordering, quotations & sample orders, visit www.rotorclip.com