Conveying with ease For more efficient conveying of heavy-duty loads
Conveying with ease For more efficient conveying of heavy-duty loads
Conveying with ease For more efficient conveying of heavy-duty loads
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<strong>Conveying</strong> <strong>with</strong> <strong>ease</strong><br />
denirug ® <strong>heavy</strong>-<strong>duty</strong> support<br />
<strong>For</strong> <strong>more</strong> effi cient <strong>conveying</strong> <strong>of</strong> <strong>heavy</strong>-<strong>duty</strong> <strong>loads</strong><br />
product <strong>of</strong> the fair<br />
TAROPAK 2010 POZAN
denirug ® <strong>heavy</strong>-<strong>duty</strong> supports<br />
Energy consumption and wear and tear in modular belt<br />
and standard belt conveyors incr<strong>ease</strong> substantially<br />
when <strong>loads</strong> are heavier. denirug ® <strong>heavy</strong>-<strong>duty</strong> supports<br />
replace wasteful sliding friction between belt and<br />
support <strong>with</strong> rolling friction. As a result, they cut energy<br />
consumption drastically, incr<strong>ease</strong> reliability and tap into<br />
new areas for <strong>heavy</strong>-<strong>duty</strong> <strong>conveying</strong>.<br />
The benefi ts <strong>of</strong> denirug ® <strong>heavy</strong>-<strong>duty</strong> supports:<br />
– much lower energy costs<br />
– less wear and tear<br />
– <strong>more</strong> reliable operation and no maintenance<br />
– greater <strong>conveying</strong> speed<br />
– fewer transfer points and drive stations<br />
– very low angles <strong>of</strong> inclination in gravity conveyors<br />
– virtually any sizes <strong>of</strong> conveyor belt and low conveyor<br />
heights at the same time<br />
<strong>with</strong>out denirug ®<br />
µ = 0.2 – 0.3<br />
<strong>with</strong> denirug ®<br />
µ = 0.02 – 0.03<br />
An experimental setup at TU Chemnitz produced<br />
clear results: Using a denirug@ <strong>heavy</strong>-<strong>duty</strong> support<br />
reduces the friction coeffi cient µ by around 90 %.<br />
F R<br />
F R<br />
The denirug ® principle<br />
Similarly to linear guidance systems, denirug ®<br />
<strong>heavy</strong>-<strong>duty</strong> supports operate <strong>with</strong> axle-free continuous<br />
rollers. Because the rollers are very strong and the pitch<br />
between them small, the extremely smooth-running<br />
system can <strong>with</strong>stand very <strong>heavy</strong> <strong>loads</strong>.<br />
60<br />
[Nm]<br />
Drive torque<br />
0<br />
Drive torques in <strong>heavy</strong>-<strong>duty</strong> range<br />
Conventional technology<br />
(Sliding strips, laminar<br />
removal devices)<br />
denirug ® <strong>heavy</strong>-<strong>duty</strong> support<br />
0 Load<br />
[N] 6000
The basic denirug ® elements<br />
Basic denirug ® elements are roller bearings ready to fi t<br />
that can be combined to make rolling supports in virtually<br />
any length and width. Integration into existing conveyors<br />
is easy.<br />
The basic denirug ® elements:<br />
– are simply placed behind or next to one another on an<br />
even surface and clamped, screwed or glued or affi xed<br />
in other ways in the position required;<br />
– Replace slider beds and sliding strips as supports for<br />
modular and standard belt conveyors;<br />
– Directly support <strong>heavy</strong>-<strong>duty</strong> <strong>loads</strong>.<br />
An example <strong>of</strong> a confi guration:<br />
The denirug ® modules<br />
denirug ® modules are ready-for-use modular belt sections<br />
<strong>with</strong> integrated basic denirug ® elements. Users can<br />
combine them very easily to produce smooth-running<br />
sections in almost any length and width.<br />
The denirug ® modules:<br />
– are affi xed behind or next to one another <strong>with</strong> special<br />
adhesive tape or screws;<br />
– can be combined to make closed surfaces which can<br />
be walked on;<br />
– <strong>of</strong>fer <strong>heavy</strong>-<strong>duty</strong> <strong>loads</strong> full support;<br />
– are <strong>of</strong>ten an alternative to live rollers;<br />
– can reliably absorb high levels <strong>of</strong> transverse force.<br />
An example <strong>of</strong> a confi guration:
Denipro AG, Weinfelden/TG, Switzerland<br />
WRH, Ferag AG, WRH Marketing AG, Hinwil/ZH, Switzerland<br />
Company pr<strong>of</strong>i le<br />
Denipro AG whose headquarters are in Weinfelden (Switzerland),<br />
produces well-engineered <strong>conveying</strong> technology which<br />
sets the standard in integrated production logistics. The<br />
manufacturing company specialises in the mass production<br />
<strong>of</strong> chains and grippers and their assembly. Denipro AG also<br />
uses effi cient processes, matched perfectly to the customer’s<br />
requirement pr<strong>of</strong>i les, to manufacture components and subassemblies<br />
for Ferag AG in Hinwil, Switzerland.<br />
Using this know-how as a basis, Denipro AG develops and<br />
constructs mass production components and modules for<br />
the <strong>conveying</strong> technology industry. The <strong>conveying</strong> technology<br />
used in new applications for rolling principles means that<br />
friction resistances are being eliminated in many instances.<br />
This opens up other sectors or industry outside the graphics<br />
sector for the company.<br />
WRH Walter Reist Holding AG is the owner <strong>of</strong> Denipro AG.<br />
The company also owns Ferag AG and WRH Marketing AG<br />
in Hinwil, Switzerland.<br />
Denipro AG<br />
Tannenwiesenstrasse 5<br />
CH-8570 Weinfelden<br />
Phone +41 71 626 47 47<br />
Fax +41 71 626 48 48<br />
info@denipro.com<br />
www.denipro.com<br />
DG_leafl et_EN_0010_09.10