Page 11 - Escavator_ed

Entwicklungen für die Zukunft

Storage Systems

Feed Unit for Longitudinal System

Feed Unit for Longitudinal System Turnable Belt Platform Round System
It consists of a combination of travelling It is used to feed round Stores with the pivo-
belts which is arranged on lengthwise rail ting point in the building centre und turning
beams above the material boxes. The com- gear at the circumference ofthe building.
bination is made up of a reversible longitu- Feeding is effected via a mobile discharge
dinal belt, the ends of which are each belt integrated into the platform. The design
mounted on a mobile carriage with drive. is similartothat ofthe mobile beltcarriage.
Integrated into the carriages are the
discharge belts. The discharge distances Travelling Gear for Excavator
may be varied through the frequency-con- Used äs a mobile carrying structure fort-
trolled, infinitely variable belt speed. The ransverse excavator and transverse
resulting distribution in the filling pattern discharge belt. Executed as welded solid-
brings on an uniform fill-up ofthe boxes and wall beam construction with: portal-typet-
improved mixing even with materials of dif- win beam,transverse belt beam, running
ferent properties. wheel beam with travelling gear, drive with
pole-changing gear motors, walkwaywith
Feed Unit for Transverse System railing and grid cover.
Two mobile belt platforms are arranged in
front and behind the excavator platform on Turning Geqrfor Excavator
common rails. Used äs a turnable carriage structure for
When using onlyone mobile belt platform it sectional round excavator and radial
will be installed on a separate rail above the discharge belt. Executed in welded solid-
excavator. With lateral material feed along wall beam design.
the bay, a stationary rubber belt is mounted
on the platform feeding the mobile and
reversible discharge belt at the platform
centre. When feeding the material at the
centre, the material is directly conveyed
from the mobile and reversible feed belt in
the roof structure to the discharge belt. The
beam structure and the travelling gear
design correspond basically to that of the
excavator platform.

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