Description: J/JM Spherical Bearings Metric/Inch, Molded Race, Self-Lubricating Metric/Inch, Molded Race, Self-Lubricating Applications: Numerous spherical (nonrotational) bearing applications across a wide range of OEM and MRO markets, including: • Industrial equipment • Construction equipment • Lawn and garden/agricultural Features: • Suited to numerous non-rotational applications — for mounting into plates or shocks where room for attaching full rod ends is not available • Injection molded, thermoplastic race design minimizes friction between working surfaces (lower maintenance, increased life) • Can be used in a wide range of temperatures: -30°F — 220°F (-34°C — 104°C) Spherical Bearings Our J/JM Series is our low carbon steel grade with injection molded race spherical bearing offering. It includes a cost-effective, injection-molded raceway design that delivers self-lubricating characteristics, as well as moisture-resistance properties, adding to its overall versatility. It is suitable for a wide variety of OEM and MRO applications. It features a low carbon steel ball that is case hardened and nickel-plated. The race is black oxide-coated for added corrosion protection. It is available in English and metric sizes. The J/JM Series is just one of many products found within our broad line of spherical bearings. For full product line detail, contact us for a comprehensive catalog or visit www.cablecraft.com and download individual product data sheets and other product information. Linking Motion & Control... The

Metric/Inch, Molded Race, Self-Lubricating Material Ball • Low Carbon Steel • Case Hardened • Nickel Plated Race • Low Carbon Steel • Black Oxide Coating Ball Bore Outside Diameter Race Width Ball Width Part Number • Self-Lubricating Thermoplastic Linking Motion & Control... Ball Flat Diameter Ultimate Radial Static Load Capacity (Pounds) Ball Bore Outside Diameter Race Width Ball Width Ball Flat Diameter Part Number Ultimate Radial Static Load Capacity (Newtons) WARNING! Since the manufacturer is unable to determine all applications in which a part may be placed, it is the user’s responsibility...