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AG08ALP Series Center Lift Pipe Sleeves


Build Your Own “Three-Lift-Point Spreader Beam” using AC25C End Caps, Pipe, and AG08ALP Center Lift Pipe Sleeves.

Build Your Own “Three-Lift-Point Spreader Beam” using AC25C End Caps, Pipe, and AG08ALP Center Lift Pipe Sleeves. Our Center Lift Point Pipe Sleeves further increase the versatility of our Build Your Own Spreader Beam product line by providing users with the option to safely add a third lifting point to their two-point spreader beam assembly.

Installation is very simple and similar to that of our Standard Pipe Sleeve: slide on the corresponding sized pipe, “through-pin” the pipe and sleeve with the attached sleeve-pin and secure with included cotter pin. Whenever using the Center Lift Pipe Sleeve, the user must use a 3-leg top sling (even when not using the bottom center lift point provided by the center lift pipe sleeve): with two of the top sling legs attaching to the top hole of the end cap at each end (as is typical with any of our end cap assemblies), and the third leg (center) attaching directly to the top connection point of the center lift pipe sleeve. This center leg in the top sling is required as the spreader is not designed to handle bending loads, which would result if picking up 3 bottom lift points with only a standard (outboard) two leg top sling.

*IMPORTANT User Notes:

  1. Unlike our Standard Pipe Sleeve, the Center Lift Pipe Sleeve must be located at the center of the spreader beam assembly and cannot be placed at different locations along the length of the beam.
  2. A 3-leg top sling must ALWAYS be used with the center lift pipe sleeve, regardless of the bottom configuration of the lift, whether a 2-point or 3-point lift.

Please inform your salesperson if your lifter is to be used in an underwater environment.

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Model Description Spreader Pipe Size Straight Pull WLL (LBS) Calculated Weight (LBS) Price Buy Online
AG08ALP-03X 3" Pipe Sleeve with Center Lift 3 in 28,000 17 -
AG08ALP-04X 4" Pipe Sleeve with Center Lift 4 in 52,000 36 -
AG08ALP-05X 5" Pipe Sleeve with Center Lift 5 in 52,000 45 -
AG08ALP-06X 6" Pipe Sleeve with Center Lift 6 in 93,650 83 -
AG08ALP-08X 8" Pipe Sleeve with Center Lift 8 in 93,650 130 -
AG08ALP-10X 10" Pipe Sleeve with Center Lift 10 in 130,000 311 -
AG08ALP-12X 12" Pipe Sleeve with Center Lift 12 in 130,000 415 -
AG08ALP-14X 14" Pipe Sleeve with Center Lift 14 in 170,000 820 -
AG08ALP-26X 26" Pipe Sleeve with Center Lift 26 in 500,000 1690 -
AG08ALP-32X 32" Pipe Sleeve with Center Lift 32 in 1,544,000 4500 -

Important Information

  • The end cap system (the pipe, the end caps, and the sleeve) is designed to carry compression forces only through the axis of the pipe. There is no design consideration or load testing for bending moments imparted by misaligned components or bottom sling angles other than 90° (+/- 5°).
  • A misaligned lift is likely to impart dangerous unintended loading in the end cap system.
  • A misaligned lift presents a significant risk of failure even at loads well below the WLL of the components.

Critical Requirements

  • Never perform a lift if the end caps, pipe, and center sleeve aren’t properly aligned. If they become misaligned at any time while taking up the load, stop the lift immediately and adjust rigging as needed to align the components.
  • Never use the center lift pipe sleeve without top rigging, even if no load is attached directly to the sleeve. A 3-leg top sling must always be used with the center lift pipe sleeve, regardless of the bottom configuration of the lift, whether a 2-point or 3-point lift.
  • Unlike our Standard Pipe Sleeve, the Center Lift Pipe Sleeve must be located at the center of the spreader beam assembly and cannot be placed at different locations along the length of the beam.

General Recommendations

  • Do not combine synthetic rigging with wire rope or chain. The different elongation rates may cause significant imbalance between the load carried by the center leg and the outer legs.
  • Use a turnbuckle or similar hardware to adjust the length of the center leg to achieve proper component alignment.