Do not use the overload device of the lifting equipment to determine whether the load can be
lifted. Overload devices, such as the slipping clutch, are not accurate enough to determine
whether a load can be lifted. A load which does not trigger the overload device may still be
heavier than the maximum permitted load.
WARNING! FALLING LOAD HAZARD
Lifting a load that weighs more than the maximum permitted load of the equipment and
its accessories can cause the device to fail. If the device fails, the load can fall and
cause death or serious injury.
Never attempt to lift a load that is heavier than the rated capacity of the lifting devices.
Never use an overload device to determine whether the load can be lifted.
Balancing the load
An unbalanced load is likely to drop or damage the lifting equipment. Position the hook, slings,
and harnesses so that the pulling force of the product lies on the center of gravity of the load.
Also make sure that the load is balanced. When you begin to lift a load, check that it is properly
balanced before lifting it high off the ground. If the load is not balanced, lower the load down and
adjust the lifting point.
Lifting centrally balanced loads
The center of gravity is usually in line with the center of the load. As long as the contents of the
container cannot move around, the balance of the load stays the same.
Lifting off-center-balanced loads
The center of gravity of an off-center-balanced load is usually towards the heavier end of the
load. As long as the contents of the container cannot move around, the balance of the load
stays the same.
6 OPERATION
This document and the information contained herein, is the exclusive property of Verlinde S.A.S and represents a non-
public, confidential and proprietary trade secret that may not be reproduced, disclosed to third parties, altered or
otherwise employed in any manner whatsoever without the express written consent of Verlinde S.A.S. Copyright 2020
© Verlinde S.A.S. All rights reserved.
6/2020
