What describes High Line Tension Rigging?

What describes High Line Tension Rigging?

• A. A method used to position a load that is not accessible by a crane or overhead hoist or in a situations where hand chain or lever-operated hoist tension rigging cannot be used.
• B. A method used to lift loads with a crane in overhead fashion
• C. A technique for lifting loads using only hydraulic jacks
• D. A method used to secure loads on the ground with no lifting

Answer: (A)

High line tension rigging is used to position a load when you can’t reach it with a crane or overhead hoist, or when you can’t rely on hand chain or lever-operated tensioning. In this setup, a line is anchored at a high point and stretched across the work area. The load is attached to that line with appropriate rigging hardware, and controlled tension is applied with a tensioning device to pull the load along a planned path—often horizontally or diagonally—into its final position. A tag line is typically used to keep the load from swaying and to help steer it safely. This method provides a way to move and position loads in tight or obstructed spaces where vertical lifting isn’t feasible, or where overhead lifting equipment cannot be used. It’s essential to respect line strength and anchor capacity, control the pull gradually, and keep personnel clear of potential swing or snap hazards.

High line tension rigging is used to position a load when you can’t reach it with a crane or overhead hoist, or when you can’t rely on hand chain or lever-operated tensioning. In this setup, a line is anchored at a high point and stretched across the work area. The load is attached to that line with appropriate rigging hardware, and controlled tension is applied with a tensioning device to pull the load along a planned path—often horizontally or diagonally—into its final position. A tag line is typically used to keep the load from swaying and to help steer it safely. This method provides a way to move and position loads in tight or obstructed spaces where vertical lifting isn’t feasible, or where overhead lifting equipment cannot be used. It’s essential to respect line strength and anchor capacity, control the pull gradually, and keep personnel clear of potential swing or snap hazards.