Crosby® S-1325A Grade 100 Chain Couplers Crosby® S-1325A Grade 100 Chain Couplers >.Crosby® A-1337 LOK-A-LOY® Grade 100 Connecting Links Crosby® A-1337 LOK-A-LOY® Grade 100 Connecting Links >.Crosby® S-249 Twin Clevis Links Crosby® S-249 Twin Clevis Links >.Crosby® S-247 Double Clevis Links Crosby® S-247 Double Clevis Links >.Crosby® A-336 LOK-A-LOY® Grade 60 Connecting Links Crosby® A-336 LOK-A-LOY® Grade 60 Connecting Links >.Crosby® 335 Galvanized “Missing Link” Replacement Links Crosby® 335 Galvanized “Missing Link” Replacement Links >.Crosby® 334 Galvanized Pear Shape “Missing Link” Replacement Links Crosby® 334 Galvanized Pear Shape “Missing Link” Replacement Links >.Crosby® Bullard® Alloy Grab Hook w/Latch.Crosby® A/H-331 Clevis Slip Hooks Crosby® A/H-331 Clevis Slip Hooks >.Crosby® A/H-330 Clevis Grab Hooks Crosby® A/H-330 Clevis Grab Hooks >.Crosby® A/H-323 Eye Grab Hooks Crosby® A/H-323 Eye Grab Hooks >.Crosby Trawlex® KDN Narrow Jaw Shackles.Crosby Trawlex® TXDR Double Nibbed Links.Crosby Trawlex® KHXS Self-Locking Hooks.Crosby Trawlex® KHXE Self-Locking Hooks.Crosby Trawlex® KHXC Self-Locking Hooks.Crosby Trawlex® TLN Component Connectors.Crosby Trawlex® TRAW-SL Short Link Chain.Crosby Trawlex® TRAW-LL Long Link Chain.Crosby Kuplex® KWLR Weldable Lifting Rings.Crosby Kuplex® TLN Component Connectors.Crosby® S-3316 Replacement Hooks Crosby® S-3316 Replacement Hooks >.Crosby® O-319 Crosby® Chain Nest Hooks Crosby® O-319 Crosby® Chain Nest Hooks >.Crosby® O-318 Chain Nest Hooks Crosby® O-318 Chain Nest Hooks >.Crosby® BL-O and BL-P Crosby®-Bullard® Link Chain Nest Hooks.Crosby® SPECTRUM 8® Alloy Chain Crosby® SPECTRUM 8® Alloy Chain >.Crosby® SPECTRUM 10® Alloy Chain Crosby® SPECTRUM 10® Alloy Chain >.A larger pin diameter would then be required. If the pin is made from steel with physical properties lower in value than the steel used for the rod, the pin may not develop the strength of the rod and either shear or bend. If inadequate, a larger diameter pin must be selected. The pin must be investigated for bending. Table III is provided for reference that indicates the maximum Grip, Pin & Tap sizes for each Clevis size.įor any combination of tap size and pin diameter shown, the pin in double shear will develop the strength of the rod if both the rod and pin are made from steel having the same physical properties. Use Table I to select the proper combination of tap size and pin diameter for any given size of clevis. The maximum tap size (U dimension) shown in Table II is for reference purposes only and should be used only to determine the largest tap diameter the clevis may accommodate without considering the pin diameter. Maximum working loads have been established with a design factor of 5:1 or 3:1 (AISC) using the maximum pin diameter, the resulting net area of the eye at the pin hole, and the expected ultimate tensile strength of C-1035 steel.
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