Reduced price due to nearing 3 years old.
VOLT line: fall arrest and work positioning harnesses
These harnesses help provide fall protection for the worker and enable him to position himself at the work station, with a GRILLON lanyard,
for example. Additionally, they are specifically designed to facilitate vertical progression on rail or cable-based fall protection systems.
Optimal comfort in all work phases
Comfortable work positioning
The wide, semi-rigid waistbelt offers excellent lumbar support in work positioning situations.
Additionally, its lightweight, breathable construction maximizes air flow.
Comfortable for vertical progression with a rail or cable-based fall protection system
For vertical progression with a rail or cable-based fall protection system, the LADDER CLIMB attachment point allows for ventral attachment of
the trolley. It distributes the load on the waistbelt and thus ensures optimal comfort during progression.
In case of a fall, this attachment point automatically moves upward to a sternal position to ensure a vertical post-fall body position.
Quick and easy donning
The VOLT harnesses are quick-donning, thanks to a vest that helps them keep their shape.
They have FAST automatic buckles on the waistbelt and leg loops, making the harness very easy to don with both feet on the ground.
Ease of use
Ergonomic stowage of MGO connectors
The MGO connectors on ABSORBICA fall arrest lanyards can be stowed on each shoulder strap.
The user is thus unhindered by the lanyard, and the connectors stay within reach. In case of a fall,
a system releases the MGO connectors to allow the absorber to be deployed.
Folding side attachment points
Side attachment points can be folded down to prevent them snagging accidentally when not in use.
Choosing your VOLT harness
For work in position
-The VOLT harness has a wide waistbelt with equipment loops on the back for easy organization of work tools.
For work inside wind turbine towers
-The VOLT WIND harness has dorsal wear protectors, to reduce wear on the straps when moving about inside a wind turbine tower.
Conformance: EN361, EN358, EAC