What happens to the load center as a suspended load is moved?

As a suspended load is moved, the load center can shift due to changes in the position of the load relative to the telehandler. The load center refers to the point where the total weight of the load is effectively concentrated. When a load is lifted and then moved, several factors can influence this point: the height of the lift, the direction in which the load is moved, and how the load is balanced.

When moving the load, especially at height, the center of gravity can effectively change as the horizontal component of the lift interacts with the vertical component. If the suspended load swings or shifts due to momentum or external forces like wind, the load center will also shift. It's critical for operators to understand this behavior to maintain stability and control during operation.

Maintaining awareness of how the load center shifts is essential in ensuring the safety and effectiveness of telehandler operations since it helps in preventing tipping or loss of control.