2015 Divers OTHERS
Hrs.
3,500
2015 Divers OTHERS
Year
2015
Hrs.
3,500
Condition
Used
1
of
24
2015 Divers OTHERS
1
of
24
Overview
Description
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 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.
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 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.
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 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.
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