Single-Leg Wire Rope Sling, Eye Hook, 1,000 kg, 1 m

Single-Leg Wire Rope Sling – Heavy-Duty Lifting Sling for Reliability

A single-leg wire rope sling is the ideal solution for lifting non-sensitive loads safely and efficiently. It is commonly used in workshops, assembly operations, and transport processes, offering durability and ease of handling. With a WLL of 1000 kg, this wire rope assembly meets professional requirements for light to medium lifting tasks.

Benefits & Applications
• Universal use: Perfect for industrial and craft lifting operations.
• Time-saving anchoring: Pre-installed eye hook with safety latch ensures fast, secure load attachment.
• Durable design: Wire rope construction resists sharp edges far better than textile slings.
• Certified safety: Manufactured according to DIN EN 13414 for compliance and reliability.
• Space-efficient: Compact structure for use in tight spaces.
• Corrosion protection: Galvanized wire rope ensures longevity under standard outdoor conditions.
• Clear identification: WLL, production date, and CE marking are permanently applied.
• Service-friendly: Eye hook and components available as spare parts when needed.

Technical Details
• Product type: Wire rope assembly, single-leg
• Working Load Limit (WLL): 1000 kg
• Length: 1 m
• Rope diameter: 10 mm
• Weight: 1.34 kg
• Hook opening width: 22 mm
• Material: Galvanized wire rope
• Rope construction: 6 x 19 FC (fiber core)
• Rope grade: 1960 N/mm²
• End fittings: One master link (110 x 60 mm), one thimble with mounted eye hook and safety latch
• Standard: DIN EN 13414

FAQ
What are the advantages of a single-leg wire rope sling with an eye hook?
The pre-installed eye hook saves time and ensures secure attachment without the need for extra connectors like shackles.

What is the hook opening width of this single-leg wire rope sling?
The eye hook opening measures 22 mm, making it suitable for standardized lifting points.

The standard-compliant design and permanent identification ensure safe, professional use in all lifting processes.