DBI Sala 6100400 LAD-SAF Flexible Cable Ladder Safety System Cable Guide
[6100400]

With DBI Sala's LAD-SAF Flexible Cable Ladder Safety Systems you are always assured of complete safety and security when climbing fixed ladders on poles, towers, tanks, etc. Every system is engineered to meet or exceed OSHA and ANSI Standards. The shock-absorbing top bracket and tension indicating bottom bracket serve as the anchors for the steel cable which runs the length of the climbing area. Non-metallic cable guides reduce cable wear, permitting you to ascend or descend unhindered. These economical, easy to use systems are available for straight or curved ladders and for connection to wood, concrete or steel structures. Available in 40' (P/N: LAD-SAF40) and 60' (P/N: LAD-SAF60) Cable Systems. For a complete fall arrest system add the DBI Sala LAD-SAF Safety Sleeve which is a 3/8" Wire Rope Grab with an Attached Carabiner (P/N: 6160030) which allows for locked on hands-free movement! The swiveling LAD-SAF Safety Sleeve, attached by carabiner to your harness, prevents falls by locking onto the cable. It is easily attached or removed anywhere along the cable and automatically follow as you climb or descend the LAD-SAF 40' or 60' Cable Systems. LAD-SAF Safety Sleeves and 40' and 60' LAD-SAF Systems sold separately. LAD-SAF Cable Guides sold each.

Features:

• The LAD-SAF's shock-absorbing design uses an elastomeric impact attenuator to reduce the forces imposed on the ladder structure
• The swiveling LAD-SAF Sleeve 3/8" Wire Rope Grab prevents falls by locking onto the cable, it is easily attached or removed anywhere along the cable and automatically follows as you climb or descend
• Easily install the LAD-SAF System with standard wrenches, the unique built-in tensioner tells you precisely when the system is at the proper tension
• The LAD-SAF is galvanized for a maintenance-free life
• Non-metallic cable guides reduce cable wear, permitting you to ascend or descend unhindered, they also protect both the LAD-SAF System and the climbing structure