McMaster 98338A366 Zinc-Plated Carbon Steel Cotter Pin, 3/8" Dia × 5" Long, Pack of 5 1968863 (50) 15 in W x

(50) 15 in W x 19 in L Pads

For Mounting Lug Hole Diameter

V-Belt Type Classical V-Belt Section B Industry Number B120 Material Gates Proprietary Compound For Use With Multi-Duty® Sheaves Reinforcing Cord Material Polyester Standards ARPM

G ANSI Classification Type 1

Oils SATRA Rating- Heel Slip on Quarry Tile Not Tested Insulated No Manufacturers Suggested Sole Slip Rating Not Rated Metatarsal Guard Internal Slip-Resistance Rating (SATRA Test Values) Not Tested Midsole Material Rubber Chemical Resisting Sole No Non-Marking Upper No Non Metallic Upper No Predominant Footwear Color Brown Heel Style Defined Heel Removable Insole Yes Upper Material Description Leather/Dri-Lex Construction Welted Style Family 6-Inch Work Boot Toe Cap Material Composite Insole Technology Removable Metatarsal Guard System Poron(R) XRD(R) Liner Technology Dri-Lex(R) Heel Definition Defined Heel Insulation Technology Not Applicable CSA Standards Met No Puncture-Resistant Sole Maximum Heat Rating Not Rated Gender (PRINT) Men's Midsole Material (PRINT) Rubber Insulation Weight (PRINT) Not Applicable Metatarsal Guard (PRINT) Internal Maximum Heat Rating (PRINT) Not Rated Liner Material (PRINT) Synthetic Fabric Manufacturer-Suggested Sole Slip Rating (PRINT) Not Rated Chemical-Resisting Sole (PRINT) No Shank Material (PRINT) Steel Oil-Resisting Sole (PRINT) Yes Metal Chip-Resisting Sole (PRINT) No Upper Material (PRINT) Synthetic Fabric

McMaster 98338A366 Zinc-Plated Carbon Steel Cotter Pin, 3/8" Dia × 5" Long, Pack of 5 1968863 (50) 15 in W xLock the ends of clevis pins and shafts to keep components in place. Slide these cotter pins into a hole and then bend the prongs outward with pliers to secure. Also known as split pins, one prong is slightly longer than the other for easy opening once inserted. Repeated bending will weaken the pin, so they should not be reused. Zinc Plated Carbon Steel These pins withstand occasional exposure to moisture. However, since friction from moving parts can