Technical data Pulper for vacuum batch operation:
Year of
construction 2016
Operating hours approx. 3,500 hours
Total
volume pulper 40 m³
Working volume pulper approx. 28
m³
Stock consistency < 15
Material conveying speed from TKF
0.4 m/second
Throughput rate up to 3.5 pulper batches per
hour
Drive power Pulper Hi-Torc drive 440 kW
Max. Rotor speed
3,000rpm.
Material types:
Leached labels from breweries
and mineral water bottling plants, wet-strength papers such as tissue
production waste, security papers, etc., moisture content approx. 35 -
50%.
Beverage carton and other film-coated papers, moisture
content approx. 22% on average
Kraft papers such as carrier bags,
six-pack, sack papers without foil liner, ambient moisture content
average 7%
Corrugated cardboard waste and clean paper waste,
ambient moisture average 7%
Throughput calculation example in
batch operation with leached labels, with 35% moisture
content:
Target paper input 4,200 kg x 100% + 35% residual
moisture : 100% = 5,670 kg quantity of paper to be conveyed with 35%
moisture content for one batch
Calculation example for the
required amount of filling water:
Working quantity 28,000 kg -
5,670 kg material input = 22,330 kg pulper filling
water
Trough chain conveyor after dosing drum (material
input):
Type TKF2 2200 - 23150, pos. 100
Centre distance
23,150 mm
1st horizontal section 4,000 mm
2nd horizontal
section 3,350 mm
Elevating section 15,800 mm
Useful O5151246
width 2,200 mm
Sidewall 800 mm
Incline 60°
Sheet
thickness frame 4 mm
Belt speed 0.4 m/second
Drive motors 2 x
15 kW
Chain type FV 140
Pusher height 250 mm
Moving end
pitch 250 mm
Condition of the plant:
The pulper was used
exclusively in test operation with pre-shredded paper fractions for
approx. 3,500 hours. After that, the project was discontinued and the
pulper was no longer needed.
Comments:
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.