Technical data PaperSpike 2 G:
Manufacturer Grumbach und
Petermann GmbH
Type 2500
Year of construction
2019
Dimensions accelerator belt 3,000 x 2,980 x 600 mm (l x w x
h)
Weight 1,100 kg
Dimensions PaperSpike sorting unit 2,480 x
2,982 x 1,805 mm (l x w x h)
Weight 3,100 kg
Dimensions
PaperSpike 2G complete 5,450 x 3,480 x 1,805 mm (l x w x h)
Weight
4,600 kg
Dimensions paper discharge conveyor 3,400 x 1,200 x 650
mm (l x w x h)
Weight 400 kg
Electrical equipment of the
entire system:
Voltage 380 - 420 V
Connected load 9.5
kW
Current consumption 20.34 A
Operating
principle:
The material is fed in as dry and thin a layer as
possible, preferably a monolayer, evenly over the entire width on the
accelerator belt.
The sorting roller with the spikes pulls the
mixed paper from the chute, while cardboard boxes are impaled and held
by the spikes. Material (paper) with low stiffness (newspapers,
magazines, brochures, etc.) is not held by the spikes and falls into a
paper bunker or onto a discharge conveyor after the chute. The
spiked
cardboard boxes are knocked off the sorting roller by the
knock-off shaft and then fall onto the cardboard removal belt or into
a separate bunker.
Throughput capacity:
Depending on
pre-sorting, the nature of the feed material and machine settings,
between 10 and 12 tonnes per line, per hour can be
processed.
Scope of delivery:
2 pieces PaperSpike 2G
incl. 2 geared motors
2 pieces accelerator belt O5751246 incl.
gear motor
2 pieces paper discharge belt incl. gear motor (The
cardboard discharge belt is not for sale and is therefore not included
in the delivery!
There are two lines available for sale. Depending
on the customer)s request, either one unit or both units together are
sold. The sales price always applies to one
unit.
Comments:
The plants are expected to be dismantled
by the end of October and will then be ready for loading. The
documentation (Manual, CE-declaration, electr./hydr.-drawings), are
completely available. Inspections are possible after agreement. We
will not assume liability for the given technical data and possible
errors.