NWE560V 350kwh Electric Excavator
NWE560V 350kwh Electric Excavator
Product Description
NWE560V heavey duty 350kwh battery
Permanent magnet synchronous motor
Elelctric Crawler Hydraulic Excavator
| Electric Excavator NWE560V | ||
| Vehicle Spec. | Unit | NWE560V |
| Motor Type | / | Permanent magnet synchronous motor |
| Vehicle Weight | KG | 52500 |
| Bucket Capacity | m³ | 2.8 |
| Motor Type No. | / | YQW3-225D-17K-RA2 |
| Rated Power | Kw/R/Min | 280/1850 |
| Battery Capacity | Kwh | 350*2 |
| Rated Voltage | V | 576 |
| Walk Speed | km/h | 3.0/4.8 |
| Turning Circle Speed | r/min | 8.6 |
| Max Gradeability | Degree | 70 |
| Bucket Digging Power | KN | 298 |
| Ground pressure | kPa | 89 |
| Hydraulic Pump type | / | V90N230DP |
| Maximum discharge | L/min | 414x2 |
| Bucket Rod length | mm | 2550 |
| Swing Arm Length | mm | 6560 |
| A-Total Length | mm | 12190 |
| B-Total Width | mm | 3340 |
| C-Total Height(Swing Arm) | mm | 4050/4122 |
| D-Total Height(Cabin) | mm | 3280 |
| E-Ground Clearance | mm | 1300 |
| F-Ground Cleance | mm | 720 |
| G-Rear Tail Turning Radius | mm | 4440 |
| H-Crawler on ground length | mm | 4360 |
| J-Crawler Total Length | mm | 5390 |
| K-Rail Distance | mm | 2740 |
| L-Crawler Width | mm | 3340 |
| M-Crawler Plate Width | mm | 600 |
| N-Cabin Height | mm | 3316 |
| O-Max Digging Height | mm | 10000 |
| P-Max Dump Height | mm | 6760 |
| Q-Max Digging Depth | mm | 6260 |
| R-Max vertical Digging Depth | mm | 5620 |
| S-2.5m Digging Depth | mm | 6070 |
| T-Max Digging Distance | mm | 10580 |
| U-Max.digging distance on ground | mm | 10360 |
| V-Min Turn Radius | mm | 4825 |
| W-Max. height at min. turn radius | mm | 9250 |
| X-Distance rotation center to rear | mm | 4437.5 |
| Z-Counterweight Clearance | mm | 2623 |
| A1-On Ground Length | mm | 6520 |
The primary difference between electric excavatorand diesel excavator lies in their power source:
Electric Excavators:
Electric excavators are powered by electricity, typically obtained from the grid or an onboard battery. They use electric motors to drive the hydraulic systems responsible for the excavator's movement and operation. Electric excavators eliminate the need for on-site fuel storage and combustion, relying on electricity to power their operations.
Diesel Excavators:
Diesel excavators, on the other hand, are powered by diesel engines. These engines burn diesel fuel to generate the mechanical energy required for the excavator's operation. Diesel excavators have an onboard fuel tank to store diesel and rely on combustion engines to drive the hydraulic systems.
