✨ New Arrivals Just Dropped!Explore
Petzl Jag Traxion Double Pulley
HomeStore

Petzl Jag Traxion Double Pulley

Petzl Jag Traxion Double Pulley

$36.52

Original: $121.72

-70%
Petzl Jag Traxion Double Pulley

$121.72

$36.52

The Story

The JAG TRAXION double progress capture pulley is designed for use with the JAG pulley to make a 4:1 haul system. Sheaves are mounted on sealed ball bearings for excellent efficiency.


Designed for use with the JAG double pulley to make a 4:1 haul system Toothed cam with a self-cleaning slot optimizes performance under any conditions (frozen or muddy ropes...). Sheave mounted on sealed ball bearings for excellent efficiency.


Specifications

  • Weight:   145 g
    • Certification(s):   CE EN 567, NFPA 1983 Technical Use
      • Material(s):   aluminium, nylon
        • Min. rope diameter:   8 mm
        • Max. rope diameter:   11 mm
        • Sheave type:   sealed ball bearings
        • Sheave diameter:   25 mm
        • Maximum working load:   2 × 1,5 kN × 2 = 6 kN
        • Breaking strength:   2 × 4 kN × 2 = 16 kN
        • Efficiency:   91 %

          Description

          The JAG TRAXION double progress capture pulley is designed for use with the JAG pulley to make a 4:1 haul system. Sheaves are mounted on sealed ball bearings for excellent efficiency.


          Designed for use with the JAG double pulley to make a 4:1 haul system Toothed cam with a self-cleaning slot optimizes performance under any conditions (frozen or muddy ropes...). Sheave mounted on sealed ball bearings for excellent efficiency.


          Specifications

          • Weight:   145 g
            • Certification(s):   CE EN 567, NFPA 1983 Technical Use
              • Material(s):   aluminium, nylon
                • Min. rope diameter:   8 mm
                • Max. rope diameter:   11 mm
                • Sheave type:   sealed ball bearings
                • Sheave diameter:   25 mm
                • Maximum working load:   2 × 1,5 kN × 2 = 6 kN
                • Breaking strength:   2 × 4 kN × 2 = 16 kN
                • Efficiency:   91 %