Vertical Fall Arrest Systems

Vertical fall arrest systems have two primary components, a vertical track, rail or line and a travelling device that the user connects to that follows them as they climb and locks onto the line if they should fall. Vertical fall arrest systems provide a permanently installed solution that is ready for use whenever it is needed, negating the need to use twin tailed lanyards or a 'first man up' device to establish a means of fall protection before work can commence. The guided type fall arrester or travelling device is removed from the system when not in use. Track or rail systems generally require that the travelling device is slid onto the system either at the bottom or top of the system and end stops fitted to ensure that the travelling device cannot accidentally run off the system. Special entry / exit gates can be built into these systems if the user needs to leave the system part way up the structure. Vertical fall arrest systems that utilise a wire rope have the advantage that the travelling device can be removed from and refitted to the system at any point.

CSS Worksafe design, install, inspect and re-certify a range of vertical fall arrest systems that utilise tensioned wire rope, closed track or rigid profiled rail.

The Arresta Rail vertical fall arrest system by Unistrut is designed to arrest falls when ascending or descending vertical or near vertical access routes.
 
Available as standard in either hot-dipped galvanised steel...

Provides a kit form solution to safe access on fixed ladders, poles, lighting towers, chimneys and other vertical structures.

The Railok™90 Vertical Rail Fall Arrest System provides simultaneous fall protection for up to four users. Utilising a unique metal energy absorber, the travelling device delivers greatly reduced loads and shorter than normal fall distances,...
The Ladsaf™ Vertical Fall Arrest System has been has been available for more than 30 years and is globally certified to ANSI, CE and CSA standards, so it can be used anywhere in the world without the requirement for different components for...