vs.

      Grove S4000 vs. Kato NK250E-V

      3 reasons to buy Grove S4000:

      Carrying part engine

      Power measured at 3600 rev / min and 2200 rev / min 39 % more or 1400 rev
      Torque measured at 2200 rev / min and 1400 rev / min 36 % more or 800 rev

      Booms

      Minimum height at maximum lifting angle 2.4 m and 12 m 80 % less or 9.6 m

      9 reasons to buy Kato NK250E-V:

      Operation

      Haul truck fuel volume 200 l. and 51 l. 74 % more or 149 l.

      Gear box

      Maximum forward speed 65 km/h and 9.7 km/h 85 % more or 55.3 km/h

      Carrying part engine

      Maximum torque 764 Nm and 43 Nm 94 % more or 721 Nm
      Full power 165 kW and 13.4 kW 92 % more or 151.6 kW

      Booms

      Maximum lifting capacity 25000 kg and 1814.4 kg 93 % more or 23185.6 kg
      Maximum working radius 29.3 m and 3 m 90 % more or 26.3 m
      Sections number 4 and 3 25 % more or 1
      Max. height at max. lifting angle without boom 33 m and 5.5 m 83 % more or 27.5 m
      Maximum angle of ascent 80 degrees and 60 degrees 25 % more or 20 degrees

      Neutral reasons:

      Sizes

      Transport length 3327 mm and 11930 mm
      Transport width 1219 mm and 2500 mm
      Transport height 1778 mm and 3300 mm

      Operation

      Operating voltage 12 V and 24 V
      Tyre size (F) 7.5X10-10PR (R) 6.9X9-6PR and 11.00-20-14PR
      Working weight 2549.2 kg and 24600 kg

      Gear box

      Transmission type Hydro-Static Transmission and Combined full mesh and synchronizer

      Carrying part engine

      Manufacturer Onan NHC and Mitsubishi
      Model P218G and 6D22-1A

      Images

      Sizes

      2. Transport width 1219 mm 2. Transport width 2500 mm
      3. Transport height 1778 mm 3. Transport height 3300 mm
      1. Transport length 3327 mm 1. Transport length 11930 mm

      Booms

      9. Minimum height at maximum lifting angle 2.4 m 9. Minimum height at maximum lifting angle 12 m
      10. Max. height at max. lifting angle without boom 5.5 m 10. Max. height at max. lifting angle without boom 33 m
      11. Minimum operating radius 0.61 m 11. Minimum operating radius 2.5 m
      12. Maximum working radius 3 m 12. Maximum working radius 29.3 m
      13. Maximum angle of ascent 60 degrees 13. Maximum angle of ascent 80 degrees