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RREDUCE THE INCLINATION OF THE UPRIGHT IN THE EVENT OF SINGLE SIDED USE
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THE ROSSS PATENT
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THE ROSSS PATENT
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REDUCE THE PRESSURE ON THE ARM LOCK The arm lock is the element on which sizable forces, determined by loads placed on the brackets of the installation, are discharged. Consequently, this element plays a critical role as far as safety is concerned. |
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THE ROSSS PATENT
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THE ROSSS INNOVATION
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STRONGER BASE LThe base of the cantilever is the element on which the vertical forces of the entire system are discharged. This is, therefore, an essential element for safety purpose. |
THE ROSSS STURDY STRUCTURE Sequoia Rosss bases aree produced with a thickness of 6 mm. (exept for the plates welded onto the AR series upright).
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ELIMINATION OF THE RISK OF CONTACT BETWEEN THE BASE AND THE PARTS BEING MANEUVERED Since the area is used for storing goods, the base may come into contact with moving parts such as, for example, the prongs of a fork lift truck. Any projections on the base could become points of contact which may constitute a danger to the integrity of the base itself as well as the safety of the operators. |
THE ROSSS INNOVATION The upright and all the other elements of the system are held together by special bay cross bracings and traverses, which play a very important role in the stability of the entire structure. |
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With
cantilever installations, in the event of single sided use, the
geatest part of the deflection occurs on the upright, resulting in an
inclination which is actually visible, a phenomenon which could be
potentially hazardous. 
A
double series of holes on the plate welded to the upright and on the
base reinforcement plates. this feature makes it possible
to adopt a variable angle of assembly which permits the antideflection
of the upright in the event of single sided use or, if preferred, the
upright can be fixed at the traditional 90° angle in the event of
double sided use.
The
Sequoia arm lock has an innovative profile, designed to obtain a wider
surface on which to discharge the forces on the section of the upright
hole and, above all, to direct these same forces on the surface in a
lateral direction.
The
material used to create this element, using a forging process, S375
(exFe510) steel, is of top quality and certified for structural
applications.
The
diagonal and horizontal bracing members of Sequoia Rosss are made using a
tube with a diameter of 42 mm, compared to smaller tubes or other types of
open sections.