Petzl

Petzl Spin L1

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  • Regular price $274.95
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PETZL Spin L1 – Very High Efficiency Single Pulley with Swivel

Designed for maximum simplicity and exceptional efficiency: The Petzl Spin L1 is a single pulley that combines a large diameter sheave mounted on sealed ball bearings with a swivel feature, making it ideal for hauling, load deviation systems, and tyroleans in work at height, rescue operations, and tree care.

Key Features

  • Openable while attached to anchor: The pulley can be quickly and easily opened thanks to triple-action side plate unlocking, even when connected to the anchor and while wearing gloves.
  • Visual safety indicator: A red mark alerts users if the moving side plate is not properly locked.
  • Rope protection: Specially designed side plates safeguard the rope path, extending rope life and maintaining system safety.
  • Exceptional efficiency: Large 38 mm diameter sheave running on sealed ball bearings ensures 95% efficiency.
  • Swivel function: Allows the pulley to orient under load, accepts up to three carabiners, and permits direct connection of ropes or slings to facilitate rigging and maneuverability.

Technical Specifications

  • Weight: 290 g
  • Materials: Aluminum, stainless steel, nylon
  • Rope compatibility: Minimum diameter 7 mm, maximum diameter 13 mm
  • Sheave type: Sealed ball bearings
  • Sheave diameter: 38 mm
  • Maximum working load: 8 kN (4 x 2)
  • Breaking strength: 36 kN
  • Certifications: CE EN 12278, NFPA 1983 Pulley General Use, UIAA
  • Efficiency rating: 95%

Applications

The Petzl Spin L1 is perfectly suited for professional use in rigging systems where efficiency and ease of operation are critical. It excels in scenarios involving:

  • Hauling and lifting systems
  • Load deviation and redirecting rope paths
  • Tyrolean traverses and tensioning lines
  • Rescue situations and tree care work

Its compact design, combined with the swivel feature, reduces rigging length and unwanted movement, providing a safer, more efficient setup especially in confined spaces or complex systems.