Commissioning - Jung JLB 3 K Betriebsanleitung

Due to the uneven floor, however, up to two trolleys
(1), (3) may not carry any load, resulting in a load
of 3000 kg per trolley.
CAUTION
In the case of an uneven floor, the danger of a trolley
being free-wheeling is significantly higher if there are
four points of support. This results in the risk that a
trolley can be pulled from under the load; thus, the
load may fall and injuries may occur. Attach the load to
the trolleys in a suitable way, e.g. by means of lashing
straps. Always wear protective clothing.
© JUNG Hebe- und Transporttechnik GmbH
Transport trolleys series K / S / G / H

4.4 Commissioning

DANGER
The total weight of the transport load and the position
of the centre of gravity must be known before lifting
and transporting. The weight of the transport load must
not be greater than the permitted carrying capacity of
the trolleys. Otherwise, tipping or slipping can lead to
injuries or even to fatal accidents. Always determine the
centre of gravity before using JUNG trolleys.
For the determination of the centre of gravity, see „Cen-
tre of gravity determination and positioning of transport
trolley and jack", page 38.
WARNING
Always place the trolleys on a flat, firm, non-slip
surface. Observe the point load and ensure adequately
safe grounding.
DANGER
Operating personnel has to ensure that other uninvolved
persons keep a safety distance of at least 1.5 times the
height of the transport load on all sides of the transport
load. If there is a risk that uninvolved persons could
suddenly enter the danger area, the danger area must
be closed off appropriately. Failure to do so can result in
injury or even fatal accidents.
WARNING
If the height of the load exceeds the length of the side
to be lifted, appropriate safety precautions must be ta-
ken in order to prevent the load from toppling over. This
applies in particular to machines in which the centre of
gravity is located in the upper half of the load. Inform
yourself about the dimensions of the transport load and
determine the centre of gravity in order to avoid injuries
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