04
SAMURAI 5 ME
Green & Compost
Suitable to process pruning with Ø 8-10 cm, green and biological wastes and different products for composting process
Model Hopper
volume m³
Pruning diameter cm Length
mm
Width
mm
Height
mm
Unladen
weight Kg
Power engine kW Output m³/hour
450/90-GC ME 9 8-10 5783 1744 2226 4400 30 25/30
500/110-GC ME 11 8-10 6087 1929 2223 5400 37 35/40
500/150-GC ME 15 8-10 6687 1960 2436 6200 55 40/45
600/170-GC ME 17 8-10 7105 2161 2536 7500 90 45/50
600/200-GC ME 20 8-10 7705 2161 2536 8300 90 55/60
600/230-GC ME 23 8-10 7784 2161 2536 8700 90 65/70
600/250-GC ME 25 8-10 8200 2450 3060 12500 132 75/80
700/300-GC ME 30 8-10 8988 2632 3169 14200 160 80/100
Available in 8 models with capacity from 9 to30 m³
Series 450:
9 m³
Series 500:
11 - 15 m³
Series 600:
17 - 20 - 23 m³
Series 650:
25 m³
Series 700:
30 m³
STANDARD EQUIPMENT
  • Stationary version, with elettric motor (ME)
  • With n° 2 chopping and mixing horizontal spiralled shafts in anti-wear steel
  • Bottom tube and lower lateral walls in anti-wear steel
  • Transmission trough electric motor and epicycloidal gear-box
  • Complete with electric motor
  • Without electric control board (see fittings)
  • Independent hydraulic installation with electro-valves and keyboard with cables for auxiliaries
  • Frame made of high strength steel
  • Turning chopping high strength steel star-shaped blades
  • Demountable and adjustable chopping dented counter-blades in anti-wear steel
  • Preparation for weighing system
  • Inspection access ladder

DISCHARGE FACILITIES:

  • 450 SERIES:
    Left chain conveyor, mm 900 x 800 (WxL), and preparation for the second discharge
  • 500-600-650 SERIES:
    Left, tilting chain conveyor, mm 900 x 2000 (WxL), with hydraulic lifting and preparation for the second discharge
  • 700 SERIES:
    Left, tilting chain conveyor mm 900 x 2000 (WxL), with hydraulic lifting and right direct discharge

Stationary version, with electric motor and hydrostatic drive by viscous joint (ME/HD)

This application permits the starting-up of the machine at “full load condition” by simply using the control board for the starting in “empty condition” (instead of the one for “full load “condition). In this way you can save on the price a lot, as well as on the energy consumption, because the viscous joint eliminates quite the peaks of absorption during the starting up phase.

Documentation

Technical chart

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