English  |
| Quantity: | |
|---|---|
SQ6.3SA3
BOB-LIFT
The 6.3 Ton Telescopic Boom Truck Mounted Crane is designed from previous advanced analysis and research to provide a reliable and efficient machine.there are several reasons why you should purchase the crane. However, the two most important ones are that it is convenient, especially for small tasks requiring a flexible crane.
| Max Lifting Capacity | Ton | 6.3 |
| Max Lifting Moment | Ton.m | 16 |
| Recommend Power | KW | 20 |
| Hydraulic System Flow | L/min | 40 |
| Hydraulic System Pressure | MPa | 20 |
| Oil Tank Capacity | L | 100 |
| Installation Space | mm | 900 |
| Self Weight | kg | 2150 |
| Rotation angle | ° | 360 Continuous |
For starters, the crane has a two section telescopic cylinder design where one cylinder pushes the second large broom and the other pushes the telescopic broom through the wire rope and pulley block. This design provides a strong lifting capacity and protects the wire rope in the broom.
Additionally, the crane has a symmetrical center design with a hexagon and pentagon boom that prevents it from collapsing. The boom's interface is designed with a strong steel plate making it more resistant to collapse. Lastly, the lifting mechanism is reliable, efficient, and produces less noise when in use.
The 6.3 Ton Telescopic Boom Truck Mounted Crane is designed from previous advanced analysis and research to provide a reliable and efficient machine.there are several reasons why you should purchase the crane. However, the two most important ones are that it is convenient, especially for small tasks requiring a flexible crane.
| Max Lifting Capacity | Ton | 6.3 |
| Max Lifting Moment | Ton.m | 16 |
| Recommend Power | KW | 20 |
| Hydraulic System Flow | L/min | 40 |
| Hydraulic System Pressure | MPa | 20 |
| Oil Tank Capacity | L | 100 |
| Installation Space | mm | 900 |
| Self Weight | kg | 2150 |
| Rotation angle | ° | 360 Continuous |
For starters, the crane has a two section telescopic cylinder design where one cylinder pushes the second large broom and the other pushes the telescopic broom through the wire rope and pulley block. This design provides a strong lifting capacity and protects the wire rope in the broom.
Additionally, the crane has a symmetrical center design with a hexagon and pentagon boom that prevents it from collapsing. The boom's interface is designed with a strong steel plate making it more resistant to collapse. Lastly, the lifting mechanism is reliable, efficient, and produces less noise when in use.
