- Home/
- Comparison/
- Hydraulic Autocrane/
- Kato NK1600 vs. Broderson IC20G
Kato NK1600 vs. Broderson IC20G
11 reasons to buy Kato NK1600:
Operation
Axels number | 7 and 2 | 71 % more or 5 |
Haul truck fuel volume | 400 l. and 51.1 l. | 87 % more or 348.9 l. |
Gear box
Maximum forward speed | 77 km/h and 8.9 km/h | 88 % more or 68.1 km/h |
Carrying part engine
Full power | 322.1 kW and 38 kW | 88 % more or 284.1 kW |
Maximum torque | 1575 Nm and 142.4 Nm | 91 % more or 1432.6 Nm |
Displacement | 16 l. and 2 l. | 87 % more or 14 l. |
Booms
Max. height at max. lifting angle without boom | 54 m and 6.4 m | 88 % more or 47.6 m |
Maximum angle of ascent | 82 degrees and 75 degrees | 9 % more or 7 degrees |
Sections number | 5 and 3 | 40 % more or 2 |
Maximum lifting capacity | 160000 kg and 2268 kg | 99 % more or 157732 kg |
Maximum working radius | 47 m and 6.7 m | 86 % more or 40.3 m |
3 reasons to buy Broderson IC20G:
Sizes
Upperstructure rear swing radius | 752.9 mm and 4330 mm | 83 % less or 3577.1 mm |
Booms
Minimum height at maximum lifting angle | 3.8 m and 18 m | 79 % less or 14.2 m |
Minimum operating radius | 1.2 m and 3.2 m | 62 % less or 2.0 m |
Neutral reasons:
Sizes
Transport length | 16540 mm and 2767.6 mm |
Transport width | 3000 mm and 1219.2 mm |
Transport height | 4000 mm and 1676.4 mm |
Operation
Tyre size | 14.00-24-24PR and 7.5x10 |
Operating voltage | 24 V and 12 V |
Working weight | 84000 kg and 2803.2 kg |
Carrying part engine
Manufacturer | Mitsubishi and Nissan |
Model | 8DC9-TL and H20 |
Images
Sizes
8. Upperstructure rear swing radius | 4330 mm | 8. Upperstructure rear swing radius | 752.9 mm |
1. Transport length | 16540 mm | 1. Transport length | 2767.6 mm |
2. Transport width | 3000 mm | 2. Transport width | 1219.2 mm |
3. Transport height | 4000 mm | 3. Transport height | 1676.4 mm |
Booms
9. Minimum height at maximum lifting angle | 18 m | 9. Minimum height at maximum lifting angle | 3.8 m |
10. Max. height at max. lifting angle without boom | 54 m | 10. Max. height at max. lifting angle without boom | 6.4 m |
11. Minimum operating radius | 3.2 m | 11. Minimum operating radius | 1.2 m |
12. Maximum working radius | 47 m | 12. Maximum working radius | 6.7 m |
13. Maximum angle of ascent | 82 degrees | 13. Maximum angle of ascent | 75 degrees |