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KH Twin Ram Fully Automatic Horizontal Waste Baler

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The Kenburn Select twin ram fully automatic horizontal baler handles high volumes of a range of materials including cardboard, plastic bottles, UBC cans, paper trim, foam scraps, polythene sheeting and textiles and can produce bales weighing up to 700kg. The baler is fed through a top feed hopper by means of an infeed conveyor (950 x 1200mm hopper).

Four models available

There are four models within the range, all with a fully automatic wire tying system:

KH TR70-22
KH TR70-30
KH TR115-44
KH TR115-60

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QUICK SPECS

Bale Dimensions H x W x D (mm) 1150 x 780 x 1200
Bale weight cardboard approx. (kg) 400-600
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FINANCE OPTIONS

  • Purchase
  • Rent

CONDITION

  • New
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Technical Info

Key Features of the Wire Tying System

The Accent 470 wire tying system is an industry standard for twin ram wire tying systems. It can be programmed to put as many ties around the bale as required dependant on the material being baled.

  • Pivot out spreader bar for servicing wear parts
  • Four-wheel drive design
  • Cycle time of under 3 seconds
  • Tilt up knotter cover for daily maintenance
  • All proximity switches
  • Four twist knotter joint for added strength
  • Multiple sides on cutter inserts

Technical Summary

Model TR 70-22
Main ram pressure (tonnes) 70
Hopper opening 1200 x 1500 x 950
Main drive motor (kw) 22
Wire tie motor (kw) 7.5
Main ram cycle time – without material (secs) 18
Approx Bale size (mm) 1150 x 780 x 1200
Production rate (max rate bales / hour) up to 10 Bales
Bale weight cardboard (approx kg) 400
Bale weight polythene (approx kg) 600
Bale weight plastic bottles (approx kg) 350
Fed through top feed hopper via infeed conveyor 950 x 1200
Model TR 115-44
Main ram pressure (tonnes) 115
Hopper opening 1500 x 1800 x 950
Main drive motor (kw) 44 (2 x 22)
Wire tie motor (kw) 7.5
Main ram cycle time – without material (secs) 19
Approx Bale size (mm) 1150 x 780 x 1200
Production rate (max rate bales / hour) up to 15 Bales
Bale weight cardboard (approx kg) 600
Bale weight polythene sheeting (approx kg) 700
Bale weight plastic bottles (approx kg) 500
Fed through top feed hopper via infeed conveyor 950 x 1500
Model TR 115-60
Main ram pressure (tonnes) 115
Hopper opening 1500 x 1800 x 950
Main drive motor (kw) 60
Wire tie motor (kw) 7.5
Main ram cycle time – without material (secs) 15
Approx Bale size (mm) 1150 x 780 x 1200
Production rate (max rate bales / hour) up to 20 Bales
Bale weight cardboard (approx kg) 600
Bale weight polythene sheeting (approx kg) 700
Bale weight plastic bottles (approx kg) 500
Fed through top feed hopper via infeed conveyor 950 x 1500 /1800
Model TR 70-30
Main ram pressure (tonnes) 70
Hopper opening 1500 x 1800 x 950
Main drive motor (kw) 30
Wire tie motor (kw) 7.5
Main ram cycle time – without material (secs) 18
Approx Bale size (mm) 1150 x 780 x 1200
Production rate (max rate bales / hour) up to 13 Bales
Bale weight cardboard (approx kg) 400
Bale weight polythene sheeting (approx kg) 600
Bale weight plastic bottles (approx kg) 350
Fed through top feed hopper via infeed conveyor 950 x 1500

Additional Info

Colour Touchscreen

These fully automatic balers are controlled via a large colour touchscreen. It’s easy to control and make adjustments such as:

  • Number of wires / straps per bale
  • Position of wires / straps
  • Main ram pressure
  • Auto / manual operation
  • Start / Stop feed conveyor
  • Bale counter

The main motor capacity, hopper size, ram pressure and bale size can be changed to suit customer requirements.

An infeed conveyor can be designed and manufactured to suit the layout of the machinery and customer requirements.

Hardox wear plates for the press and eject chambers are fitted on all models.

Six large retaining clappers within the baling chamber increase the hopper fill between ram pushed thus increasing the capacity of the waste baler machines.

The number of wires can be selected to suit materials being processed.

NB. Production rates vary depending on the loose density of materials and the speed of operators. Bale weights are approximate and vary according to materials and material density.

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