Soll "Vi-Go" Wire Line Vertical Fall Arrest Cable Lifeline. The Vigo System can be installed by the end user!

Soll Vi-Go is a fall protection system that can be retrofitted onto existing climbing devices such as ladders or rungs used in wind turbine, power supply, telecommunication or other industry.

• It is basically made up of a steel rope or cable (three different types), fastening elements and a revolutionary guided-type fall arrester.
• We can provide this product for a competent user to install themselves, thus greatly reducing costs

Ease of use

• The user wears a full body harness (EN 361 compliant) and fastens the karabiner hook of the Vi-Go shuttle to the fall protection/fall arrest attachment ring of a harness.
• Users can start climbing or descending once the shuttle has been fixed to the rope.

Shuttle

• The ergonomic design of the new Vi-Go shuttles distinguishes them from their competitors. Handling them thus becomes very simple.
• The shuttle can be unlocked and fastened to or unfastened from the rope with a single hand.
• The dual locking mechanism renders the fall arrester particularly safe.
• The spring-activated securing mechanisms always move the device back to its initial position.
• Each fall arrester is equipped with a shock absorbing element made of stainless steel which is unique to Soll.
• This highly effective, durable absorber reduces the impact force to a minimum on a worker's body in the event of a fall.
• The value falls considerably below 6 KN which is stipulated in the EN 353-1 standard..

Extension Pole

• The Extension Pole Allows the User to be attached to the Lifeline right up until the user is stood on the top platform

Safety for all users

• Since each shuttle is equipped with a cushioning element instead of the cable, the load on the cable fixings is effectively reduced when there are several users.

Versatile system

• Very few system components are readily available in different models or materials, This makes the Vi-Go system especially versatile.
• Standard or flexible as Users can choose between prefabricated or flexible system components.
• A user can thus cut down on the costs for components by opting for standard installation.
• On the other hand, installation costs for complex assemblies can be reduced by using high-quality system components.
• Stainless steel or galvanized steel
• Furthermore, the selection of system components made of galvanized or stainless steel can help in cutting costs or adapting the system to severe environmental conditions.