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| Working Dimension (L*W*H) (mm) |
3500*2200*5000 |
| Shipping status Dimension (L*W*H) (mm) |
6500*2200*2500 |
| Vehicle weight (kg) |
4500-5200 |
| Engine power (kw) |
170/97 |
| Maximum torque of walking motor (Nm) |
5700 |
| The pile-spinning machine has the maximum torque of the rotating motor (Nm) |
4000 |
| The auger has the maximum torque of the rotating motor (Nm) |
4000 |
| Maximum piling height (mm) |
6000 |
| Maximum height of rotary pile (mm) |
3500 |
| Drilling depth (mm) |
3500 |
| Pile depth (mm) |
3500 |
Spiral drilling diameter (mm)
|
0-300 |
| Drilling inclination (left/right) (°) |
30/10 |
| Drilling inclination (front/rear) (°) |
70/30 |
| Hydraulic system pressure (Mpa) |
16 |
| Total flow rate of hydraulic system (l/min) |
70 |
Rotating motor flow rate (l/min)
|
70 |
Walking speed (m/h)
|
0-3000 |
Steel track specifications (mm)
|
2550*1700*530 |
Steel track width (mm)
|
350 |
Track ground clearance (mm)
|
230 |
Climbing ability (°)
|
30 |
Steel track transmission ratio
|
1: 21.4 |
Working pressure difference of steel track (mpa)
|
13 |
1️⃣ Prepare the Construction Site: Clear the working area and check the ground conditions, access routes, and underground utilities before operation.
2️⃣ Position the Machine: Move the crawler pile driver to the designated piling location and make sure it is properly stabilized.
3️⃣ Inspect the Equipment: Check the hydraulic system, engine, crawler tracks, pile clamp, and other key components.
4️⃣ Load the Pile: Place the steel pile or foundation component into the holding mechanism and secure it properly.
5️⃣ Align the Pile: Adjust the mast and positioning system to ensure the pile matches the required project layout.
6️⃣ Drive the Pile: Operate the hydraulic piling system according to the soil conditions and equipment specifications until the required installation depth is reached.
7️⃣ Inspect the Foundation: Check the pile position, verticality, and installation depth before moving to the next location.
☆ Crawler Mobility: The tracked chassis provides good traction and helps the machine move across uneven construction sites.
☆ Stable Operation: A robust machine structure supports steady and controlled piling operations.
☆ Wide Applications: Suitable for foundation installation in various ground-mounted solar projects.
☆ Flexible Configuration: Optional piling and drilling attachments can accommodate different pile profiles and soil conditions.
☆ Higher Construction Efficiency: Mechanized piling reduces manual work and helps improve overall project productivity.
Q1: What types of piles can this machine install?
A: Depending on the machine configuration, it can handle various steel foundation piles, including C-shaped, U-shaped, H-shaped, and other compatible profiles.
Q2: Can a crawler solar pile driver work on uneven terrain?
A: Yes. Its crawler undercarriage provides good traction and mobility on uneven construction surfaces. However, the ground slope and stability must remain within the machine's operating limits.
Q3: Can the machine handle different soil conditions?
A: Yes. Different piling or drilling attachments can be selected based on the soil characteristics. Hard, rocky, or heavily compacted ground may require specialized attachments or pre-drilling.
Q4: What factors affect piling efficiency?
A: Working efficiency depends on several factors, including soil conditions, pile dimensions, required installation depth, machine power, and operator experience.