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- Link-Belt HTC8675 vs. Terex AT20
Link-Belt HTC8675 vs. Terex AT20
11 reasons to buy Link-Belt HTC8675:
Operation
| Haul truck hydraulic system fluid volume | 545.1 l. and 255 l. | 53 % more or 290.1 l. |
| Axels number | 4 and 2 | 50 % more or 2 |
| Haul truck fuel volume | 359.6 l. and 290 l. | 19 % more or 69.6 l. |
Gear box
| Forward gears number | 12 and 6 | 50 % more or 6 |
| Maximum forward speed | 101.2 km/h and 85 km/h | 16 % more or 16.2 km/h |
Carrying part engine
| Maximum torque | 2101.5 Nm and 1100 Nm | 48 % more or 1001.5 Nm |
| Torque measured at | 1200 rev / min and 1000 rev / min | 17 % more or 200 rev |
| Full power | 331.8 kW and 205.1 kW | 38 % more or 126.7 kW |
Booms
| Maximum angle of ascent | 80 degrees and 60 degrees | 25 % more or 20 degrees |
| Maximum lifting capacity | 56653.7 kg and 20000 kg | 65 % more or 36653.7 kg |
| Maximum working radius | 35.1 m and 15.8 m | 55 % more or 19.3 m |
3 reasons to buy Terex AT20:
Sizes
| Clearance | 400 mm and 280 mm | 30 % more or 120 mm |
Carrying part engine
| Power measured at | 2800 rev / min and 1800 rev / min | 36 % more or 1000 rev |
Booms
| Minimum operating radius | 1.4 m and 3 m | 53 % less or 1.6 m |
Neutral reasons:
Sizes
| Transport length | 14800 mm and 9670 mm |
| Transport width | 2600 mm and 2490 mm |
| Transport height | 3580 mm and 3070 mm |
| Hauler length | 11460 mm and 6615 mm |
Operation
| Tyre size | Front 445/65R22.5, Rear 12R22.5 and 12.00 x 20 x 18 PR |
Gear box
| Transmission type | mechanical transmission and Allison Fully automatic |
Carrying part engine
| Manufacturer | Caterpillar and Mercedes-Benz |
| Model | C13 and OM 906 LA |
Booms
| Sections number | 4 and 4 |
Images
Sizes
| 1. Transport length | 14800 mm | 1. Transport length | 9670 mm |
| 2. Transport width | 2600 mm | 2. Transport width | 2490 mm |
| 3. Transport height | 3580 mm | 3. Transport height | 3070 mm |
| 5. Clearance | 280 mm | 5. Clearance | 400 mm |
| 7. Hauler length | 11460 mm | 7. Hauler length | 6615 mm |
Booms
| 13. Maximum angle of ascent | 80 degrees | 13. Maximum angle of ascent | 60 degrees |
| 11. Minimum operating radius | 3 m | 11. Minimum operating radius | 1.4 m |
| 12. Maximum working radius | 35.1 m | 12. Maximum working radius | 15.8 m |