Our PETZL® VOLT Wind International Version is certified to U.S. and European standards
Fall arrest and work positioning harness for the wind power industry with reinforced and durable back, ANSI, CSA. It has wear protectors on the waist-belt and dorsal point to prevent strap wear and provide optimal comfort when moving about inside the wind turbine tower
Quick and easy donning:
Waist-belt and leg loops equipped with FAST LT PLUS buckles for quick and easy fastening and unfastening without loss of adjustment, even while wearing gloves; these buckles allow the harness to be donned very easily, with both feet on the ground
DOUBLEBACK self-locking buckles on waist-belt and shoulder straps for precise adjustment
Leg loop foam position can be adjusted for ideal positioning
Comfortable throughout the workday:
Wide, semi-rigid waist belt and leg loops for excellent support and lightweight, breathable construction to maximize air flow
Padded shoulder straps are widely spaced to reduce neck chafing and help distribute the load over the shoulders when the waist-belt is loaded
Textile dorsal attachment point for connecting a self-retracting fall-arrest system
Easy to use:
Side attachment points can be folded down to prevent accidental snagging when not in use
Stowing system for the MGO connectors on fall-arrest lanyards are located on each shoulder strap; in the event of a fall, the system releases the MGO connectors and allows the absorber to be deployed
Equipment loops, as well as slots for CARITOOL tool holder and TOOLBAG tool pouch make it easy to organize work tools
Side attachment points: For attaching a positioning lanyard for use in double mode
Sternal attachment point: For attaching a fall-arrest system
Metal dorsal attachment point:For attaching a fall-arrest system
Textile dorsal attachment point: For attaching a self-retracting fall-arrest system
Rear waist-belt attachment point: For attaching a restraint lanyard
Material(s):Nylon, polyester, aluminum, steel
Certification(s): ANSI Z359.11, CSA Z259.10, CE EN 361, CE EN 358, UKCA, JSFAD
