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Crosby · Bolt-on lifting points

HR-1200 UNC Side Pull Hoist Rings

Screwed into a tapped hole or through-bolted. The common case, and the one where thread engagement and tightening torque decide whether it holds.

15 part numbers

Crosby · Hoist rings

A lifting point is a rated component. We inspect them too.

HR-1200 UNC Side Pull Hoist Rings

Crosby

HR-1200 UNC Side Pull Hoist Rings

Weight Each (lb)Working Load Limit (lb)Stock No.Hoist Ring Bolt Torque (ft-lb)Bolt Size A (in)Eff. Thread Proj. (in) BC (in)D (in)E (in)F (in)Dia. G (in)H (in)I (in)Shackles 209, 210, 213, 215, 2130, 2150 Nominal Size (in)Shackles 209, 210, 213, 215, 2130, 2150 WLL (t)Web Shackles S-281 Web Size (in)Replacement Bolt Kit Stock No.
.35650106770075/16-18x1.50.591.93.721.001.56.80.851.431/2, 5/82, 3-1/421015502
.368001067704123/8-16x1.50.591.93.721.001.56.80.851.431/2, 5/82, 3-1/421015533
1.420001067708281/2-13x2.00.712.97.972.002.13.931.071.795/8, 3/43-1/4, 4-3/42, 1-1/21015566
1.420001067712281/2-13x2.501.212.97.972.002.13.931.071.795/8, 3/43-1/4, 4-3/42, 1-1/21015575
1.530001067716605/8-11x2.00.712.97.972.002.13.931.071.795/8, 3/43-1/4, 4-3/42, 1-1/21015599
1.530001067720605/8-11x2.751.462.97.972.002.13.931.071.795/8, 3/43-1/4, 4-3/42, 1-1/21015610
4.5500010677241003/4-10x2.75.904.321.343.003.001.071.352.427/86-1/221015646
4.6500010677281003/4-10x3.501.654.321.343.003.001.071.352.427/86-1/221015676
4.6650010677321607/8-9x2.75.904.321.343.003.001.071.352.427/86-1/221015698
4.8650010677361607/8-9x3.501.654.321.343.003.001.071.352.427/86-1/221015707
4.8800010677402301 -8x3.001.154.321.343.003.001.071.352.427/86-1/221015731
5.0800010677442301 -8x4.002.154.321.343.003.001.071.352.427/86-1/221015740
10.21400010677484701-1/4-7x4.52.225.591.573.753.911.471.923.421, 1-1/8, 1-1/48-1/2, 9-1/2, 1231015762
23.51720010677568001-1/2-6x6.52.987.312.064.755.192.112.414.291-3/8, 1-1/2, 1-3/413-1/2, 17, 25--
25.329000106776411002 -4.5x6.52.987.312.064.755.192.112.414.291-3/8, 1-1/2, 1-3/413-1/2, 17, 25--
  • 5:1 Design Factor.

Not sure which point the job wants?

Send us the load, the material it bolts or welds to, and the angle it will be pulled at. Getting the lifting point wrong is the most common reason a lift goes sideways.