Crosby 1" S-13326AH Shur-Loc Grade 100 Self-Closing Swivel Handle Hook - 59700 lbs WLL

Crosby S-13326AH SHUR-LOC® Handle Swivel Hook – Rotates Under Load. Locks Automatically. OSHA Approved.

The S-1316AH fixes the point. The S-13326AH frees it. Where a fixed eye hook holds position, the Crosby S-13326AH SHUR-LOC® Handle Swivel Hook introduces a critical operational advantage — an internal anti-friction bearing that allows smooth, free rotation under load. For precision lifts, rotation-intensive operations, and personnel lifting scenarios where load alignment and repositioning mid-lift are genuine requirements, the S-13326AH is the correct tool.

Bearing-Rated Rotation. No Twisting. No Binding.

The internal anti-friction bearing isn't a passive swivel — it's an engineered, load-rated rotation system that allows the hook to turn freely under full working load without binding, twisting the rigging assembly, or transferring torsional stress to the connected chain or wire rope. For operations where loads naturally want to rotate during the lift, the S-13326AH absorbs that movement cleanly — protecting the rigging system and keeping the load under control throughout.

SHUR-LOC® Safety — Automatic Engagement. One-Hand Release.

The self-locking SHUR-LOC® latch engages automatically the moment load is applied — no manual intervention, no forgotten lock-off. The recessed secondary trigger prevents accidental release from incidental gloved contact, while the replaceable pull trigger ensures the hook remains serviceable over its full working life without requiring full replacement. The wide ergonomic handle is designed for confident, controlled operation in gloves, at height, and under pressure — exactly the conditions where hook handling matters most.

Compliant with OSHA 1926.1431(g)(1)(i)(A) for personnel lifting when properly installed and locked, fatigue rated to 20,000 cycles at 1.5× WLL, proof tested to 2.5× WLL, and rated for both wire rope and Grade 100 alloy chain across a WLL range of 22,600 to 59,700 lbs — all to a 4:1 design factor.