700kg Skid Steer Loader JC45 36.7Kw With Backhoe Arm Sale in Saudi
Arabia
As a kind of machine that can realize multiple functions by
switching attachments, the skid steer loader is favored by many
engineers. Backhoe arm, is a common skid steer attachment that
greatly expands the functionality of a skid steer by turning it
into a mini excavator.
Functional Roles:
- Excavation: This is the main function of the backhoe digging arm,
which is used for digging ditches, foundations, pits, etc.
- Loading: It can load the excavated materials into trucks or other
containers.
- Crushing: Combined with hydraulic crushing hammer, it can crush
rock, concrete and other hard materials.
- Cleaning: Can clean ditches, rivers, ponds, etc.
- Landscaping: Used for shaping terrain, planting trees, etc.
Advantages:
- Versatility: Turning a skid steer loader into a mini excavator
greatly expands its range of applications, allowing it to perform
more types of tasks.
- Cost Effectiveness: More affordable than purchasing a separate
excavator, especially for those who only need to do occasional
digging jobs.
- Maneuverability: Skid steers are inherently maneuverable and can
still operate in tight spaces even with a backhoe boom installed.
- Easy to Operate: The controls for the backhoe boom are usually
integrated into the joystick of the skid steer, making it easy to
learn and operate.
- Quick Change: The skid steer loader's quick attach system allows
for quick change of the backhoe boom and other attachments,
increasing work efficiency.
Parameters of the backhoe arm
Bucket width: 380mm
Bucket capacity: 0.06m3
Digging depth: 2000mm
Length: 1770mm
Width: 1170
Height: 740mm
Weight: 300kg
Operating pressure: 16MPa
Technical Parameters of JC45
| Model Number | JC45 |
| Performance parameter |
| Rated load (kg) | 700 |
| Maximum speed (KM/H) | 12 |
| Hydraulic flow (L/min) | 62.5 |
| Tire type | 10-16.5 |
| Rated Power (kW) | 37 |
| Fuel tank capacity (L) | 70 |
| Operating Weight (kg) | 2700 |
| Bucket Volume (m) | 0.4 |
| Dimension parameter |
| Maximum operating height (mm) | 3980 |
| Bucket pin height (mm) | 3080 |
| Cab Ceiling Height (mm) | 2140 |
| Bucket to its bottom maximum height (mm) | 2913 |
| No bucket total length (mm) | 2640 |
| Total length with bucket (mm) | 3420 |
| Maximum height unloading angle (mm) | 40 |
| Discharge Height (mm) | 2380 |
| Unloading Distance (mm) | 700 |
| Bucket reversal angle (mm) at ground level | 30 |
| Bucket tipping angle at maximum (mm) | 104 |
| Wheelbase (mm) | 991 |
| Ground Clearance (mm) | 180 |
| Angle of departure (°) | 20 |
| Turning radius (mm) without bucket | 1168 |
| Forward turning radius (mm) | 1958 |
| Rear turning radius (mm) | 1630 |
| Tail length (mm) | 1108 |
| Wheelbase (standard tire)(mm) | 1450 |
| Vehicle Width (standard tire)(mm) | 1720 |
| Standard bucket width (mm) | 1740 |
How to load skid steer loaders and attachments in a container?
1. Depending on the size specifications of the compact skid steer
loader, a 20ft container can generally hold two machines, while a 40ft
container can hold four machines. Due to the convenience and economy of this loading method, many
of our customers choose to purchase two or more machines at the
same time to ensure maximum utilization of the container's
capacity. For example, our Saudi Arabian customer purchased three
JC45 skid steer loaders in a single order to fully utilize the
capacity of a 40ft container, which not only reduces freight costs,
but also improves the efficiency of the equipment purchase.
2. In order to better protect the fixtures, to avoid the machine and
the fixtures collision caused by wear and tear and damage to the
paint surface, often take the fixtures individually mounted in a special iron frame to
fix. This not only effectively prevents the machine from being
jeopardized by external collisions, but also maintains the
attachments in good condition. In addition, when the attachment is
fixed in the container, it is necessary to ensure that it is firmly
fixed so that it will not be loosened or shifted during
transportation, so as to ensure the safety and stability of
transportation.
Through such careful fixation measures, the integrity of the
attachments can be safeguarded to avoid accidental damage caused by
vibration and bumps during transportation, and to provide
protection for the delivery and use of the machine.
