In order to determine the load capacity required for the equipment, certain factors must be known: on the one hand, the weight of the equipment itself and the maximum weight of the applied load, and on the other hand, the number of wheels and castersto be used. In order to ensure that the casters can withstand the loads in the long term, the total number of casters assumed for the calculation is reduced by one. This takes into account that the weight of uneven floors is not always evenly distributed.
The load-bearing capacity of the individual casters and wheels is determined under ideal conditions, i.e. on level ground, at a specified temperature of approx. 15 to 28°C, moving straight ahead at walking speed. Since the actual conditions in use are usually different, an additional safety factor should be included in the calculation. The more the operating conditions differ from the test environment, the larger the safety factor needs to be.
Dynamic and static load capacity
A distinction is made between the dynamic and static load-bearing capacity. While the dynamic data describes the load a caster or wheel can bear when operating, the static value applies when stationary. The dynamic load capacity is therefore relevant for transport equipment, mobile machines and similar devices. However, if the wheels and casters are mainly exposed to static loads, this can be taken into account in the calculation. It can then be assumed that the actual load bearing capacity is higher than the dynamic specification.
We would be pleased to assist you with any questions you may have about the load-bearing capacity of sulu:link href="e97365b2-cdd7-489a-b0af-9e6e3c2b7c" provider="page" target="_self" title="Castors and wheels>castors and wheels . Please contact our experienced service team!
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