Value Brand Rigging and Climbing Rope 5/8 in 150 ft
Static rigging and climbing rope with 8,100 lbf breaking strength and 1,620 lb working load limit
- Reliable heavy lifts with 1,620 lb working load limit
- 8,100 lbf breaking strength handles extreme tension
- 150 ft length suits long-distance rigging jobs
- 5/8 in twisted polyester resists abrasion and UV
- Hollow-core 3-strand design keeps weight manageable
Rigging and Climbing Rope — 5/8 in Diameter.
This static twisted rope is built for lifting and pulling tasks with a working load limit of 1,620 lb. The hollow-core polyester construction suits rigging professionals and outdoor users who need reliable strength without stretch.
Working Load and Breaking Strength Limits
The rope carries a working load limit of 1,620 lb and a minimum breaking strength of 8,100 lbf. Static construction means elongation at low loads is not applicable, so it should not be used where dynamic energy absorption is required.
Installation Notes and Common Issues
Supplied in a hank format with plain ends, the rope is ready to splice or knot for attachment. The twisted 3-strand design can unlay under load if not seized, and the hollow core prevents use with mechanical ascenders that require a solid core.
How it compares
Measured against everything we stock in Lifting & Material Handling, at today’s prices. Recalculated every night.
- Price $106.99
- Pricier than about 80% of the 1,558 comparable items (median $34.99).
Specifications
| Product | |
|---|---|
| Brand name | Zoro Select |
Questions about this item
Should I choose the 150 ft length or a shorter option for general rigging?
The 150 ft hank provides ample reach for most lifting and pulling tasks; cut to length if a shorter rope is needed.
What does the 8,100 lbf breaking strength mean when I am actually lifting a load?
The safe working load limit is 1,620 lb, so never exceed that weight during lifting operations.
How does the twisted 3-strand polyester construction affect stretch under load?
The static rope design and hollow core keep elongation minimal, making it suitable for controlled lifting rather than dynamic climbing falls.
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