Track-mounted stacker MBT 20i

MBT 20i Track-mounted stacker

8.400

mm

450

t/h

850

Properties

The mobile stackers MOBIBELT MBT 20(i)/MBT 24(i) are used for efficient logistics processes on work sites. They flexibly extend the operating range of mobile crushing and screening plants and guarantee larger stockpiles, improved work site logistics and all this combined with simple operation.

  • Generously dimensioned feed hopper
  • Diesel-hydraulic drive concept H-DRIVE, external power supply (optional)
  • Simple operation thanks to SPECTIVE operating position and local control elements
  • Hydraulically adjustable feeding and discharge height
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Highlights

Larger stockpiles, improved work site logistics and all this combined with simple operation.

Environment
construction site logistics
Highlights

Technical specifications

Feed capacity up to approx.
Max. feed size
Hopper volume
Feed capacity up to approx.
450 t/h
Max. feed size
200 mm
Hopper volume
1,25 m³
Discharge height
Belt spec
Belt drive, hydraulic
Width x length
Stockpile volume
Troughing angle
Discharge height
8.400 mm
Belt spec
EP400/3 +1,5
Belt drive, hydraulic
630 cm³
Width x length
1,000 x 19,400 mm
Stockpile volume
850 m³
Troughing angle
45 °
Width x length
Height
Transport width
Transport length
Transport height max.
Transport weight of basic plant approx.
Width x length
2,295 x 19,060 mm
Height
8.630 mm
Transport width
2.295 mm
Transport length
11.920 mm
Transport height max.
2.550 mm
Transport weight of basic plant approx.
11.200 kg
Power supply unit output
Diesel tank capacity
Power pack manufacturer (Stage V)
Power pack manufacturer (Tier 4/ Stage IV)
Drive concept
Power supply unit output
48 kW
Diesel tank capacity
220 l
Power pack manufacturer (Stage V)
John Deere
Power pack manufacturer (Tier 4/ Stage IV)
John Deere
Drive concept
H-DRIVE (Diesel-hydraulic)

All details, illustrations and texts are non-binding and may include special equipment. We reserve the right to make technical changes without prior notice. Performance data are dependent upon actual operational conditions.