Product Introduction
Advantages and features of telescopic arms:
1. Strong mobility: The wheeled chassis enables it to move quickly on various road surfaces, including urban roads, construction sites, etc., and switch between work sites rapidly, reducing the time for equipment transfer and transportation costs. For example, during the transfer between logistics warehouses and construction sites, it can reach different work locations efficiently.
2. Wide operating range: The telescopic arm can freely extend and retract within a certain range, thus enabling operations at long distances and high altitudes. For instance, in construction projects, it can carry materials on high-rise buildings. Or in logistics and warehousing, it can access goods on high shelves, greatly expanding the working coverage area of the equipment.
3. Strong power: The diesel engine provides a large torque and power, making it suitable for heavy-load operations. In scenarios such as handling heavy-duty components in industrial manufacturing and transporting large building materials in construction projects, the wheeled diesel telescopic arm can easily cope with the tasks.
4. Adaptable to a variety of attachments: It can be equipped with a variety of different attachments, such as forklift forks, hooks, grabs, etc. In agricultural production, installing a grab can be used for handling agricultural products or livestock manure. In municipal engineering, installing a hook can lift various engineering equipment and materials, achieving multiple functions and improving the versatility and utilization rate of the equipment.
5. Flexible operation: The movement of the telescopic arm is controlled by a hydraulic system, and the operation is relatively simple and flexible, enabling precise control of the loading, unloading and handling of goods. It can also operate flexibly in narrow spaces, such as warehouse aisles and the interiors of workshops.
6. Good stability: The wheeled structure combined with appropriate counterweights gives the equipment good stability during operation. Even on uneven ground, it can maintain a relatively stable working state, ensuring operational safety. For example, at construction sites, in the face of complex terrain conditions, it can still reliably complete the operation tasks.
7. High durability: The diesel engine and the overall mechanical structure design endow the equipment with high durability, enabling it to adapt to harsh working environments and frequent operation requirements. During long-term agricultural production operations, when facing environments such as dust and mud, the wheeled diesel telescopic arm can still operate stably, reducing the frequency of equipment failures and repairs.
Technical Parameters
Machine parameters (theoretical values) | Machine parameters | ||
project | parameter | project | parameter |
Minimum turning radius (MM) | 4800 | Body length (MM) | 5400 |
Theoretical climbing angle (°) | 15 | Body width (MM) | 1850 |
Maximum driving speed (KM) | 32 | Vehicle height (MM) | 2650 |
Minimum driving speed (KM) | 8 | Minimum ground clearance (MM) | 255 |
Retracted arm unloading height (MM) | 2700 | Wheelbase (MM) | 1500 |
Unloading height of boom (MM) | 3500 | Bucket length, depth and height (MM) | 1800.450.860 |
Maximum load capacity of retracted arm (KG) | 1500 | Bucket capacity (m³) | 0.7 |
Maximum load capacity of the boom (KG) | 600 | ||
Wheelbase (MM) | 2280 | ||
Retracted arm unloading distance (MM) | 1400 | ||
Discharge angle (°) | 32 |
Engine parameters | Transmission system parameters | ||
project | parameter | project | parameter |
factory | Yunnei Junior High School | Type | 265 dual high and low speed |
Rated power (KW) | 55KW | gear shift | 4 in front and 4 in back |
Rated speed (R/Min) | 2400 | Braking form | Air brake |
Number of cylinders | 4 | axle | Small wheel side |
Tire model | 23.5-70/16 | ||
Front wheel air pressure (Mpa) | 0.33 | ||
Rear wheel air pressure (Mpa) | 0.3 |
Steering system | Fuel capacity | ||
project | parameter | project | parameter |
Type | Full hydraulic steering | Fuel theoretical solvent (L) | 65.5 |
Steering angle (°) | 32.5 | Theoretical volume of hydraulic oil (L) | 65.5 |
System working pressure (MPa) | 16 | Single bridge (L) | 14 |
Engine oil (L) | 6.5 | ||
Transmission gear oil (L) | twenty four | ||
Braking system (L) | 3 |
Product Details