Left-hand 65° LBS Lebus Drum for Φ8.7mm Wire Rope, Welded Lebus Groove Winch Drum

1.Product Description

This welded Lebus drum is professionally designed with left-hand 65° LBS rope groove, specially matched for 8.7 mm steel wire rope. It adopts welded integral structure, with 14 grooves and 5 layers of winding capacity, the rope capacity is over 40 meters.
The Lebus segmented groove design guides the wire rope to arrange neatly and cross-wind orderly, effectively avoid rope stacking, extrusion, kinking and abrasion during multi-layer winding. It is machined strictly per drawing, with precise pitch and groove profile, and finished with epoxy zinc-rich primer anti-corrosion coating, suitable for hydraulic winch and lifting hoist systems.

2.Product Parameter

3.Product Advantage

1. Standard 65° left-hand Lebus groove, orderly multi-layer spooling, prevent rope overlapping and biting, extend wire rope service life greatly.
2. Welded robust structure, high rigidity, shock resistance for continuous lifting & rope retrieving.
3. Precisely machined groove profile with uniform pitch, even force distribution on wire rope.
4. Custom left-hand design, stable rope feeding to match corresponding winch system.
5. Epoxy zinc-rich primer anti-corrosion coating, works well in outdoor and humid offshore environment.
6. Large rope capacity in compact dimension, 5 layers winding, save installation space of winch.
7. Strict tolerance control, accurate keyway & mounting holes for easy assembly.

4.Product Application

This left-hand 65° LBS Lebus winch drum for Φ8.7mm wire rope is widely equipped on hydraulic winches and lifting hoisting equipment. It is suitable for offshore engineering, marine deck lifting, small crane hoisting, port cargo handling, construction hoisting and mobile lifting machinery.

With reliable multi-layer orderly rope spooling performance, it can undertake frequent rope winding and retrieving operations under heavy load. Its anti-corrosion coating adapts to humid, salt-spray offshore and outdoor working conditions. It serves for stable lifting, pulling and positioning of loads, effectively reducing wire rope damage and lowering maintenance frequency. It is an essential core component for safe and long-term operation of winch lifting systems.