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| Working Dimension (L*W*H) (mm) |
3085*2735*6000 |
| Shipping status Dimension (L*W*H) (mm) |
3740*2150*2550 |
| Vehicle weight (kg) |
6000 |
| Engine (kw) |
Cummins Engine 97 /53.7 |
| Drilling depth (standard) (mm) |
3500 |
| Drilling diameter (impact drilling) (mm) |
50-300max |
| Left and right sliding stroke (maximum value) (mm) |
500 |
| Front and rear sliding stroke (maximum value) (mm) |
150 |
| Chassis length (mm) |
2500 |
| Chassis height (mm) |
620 |
| Supine angle of movement mechanism (°) |
8° outside and 60° inside |
Front and rear inclination of the motion mechanism (°)
|
20° |
| Hammer impact energy (J) |
1250 (85) 1450 (100) |
Maximum pile height (mm)
|
6000 |
| Hydraulic system pressure (maximum value) (Mpa) |
20 |
| Total flow of hydraulic system (L/min) |
90 |
Maximum travel speed (km/h)
|
2.5 |
Effective volume of hydraulic oil cabinet (L)
|
118 |
Effective capacity of diesel engine fuel tank (L)
|
118 |
One-touch straightening system, remote control
|
Equipped |
GPS system
|
Optional |
1️⃣ Prepare the Construction Site: Clear the working area and check the soil conditions, access routes, and underground utilities.
2️⃣ Position the Machine: Move the pile driver to the designated installation point and make sure it is properly stabilized.
3️⃣ Inspect the Equipment: Check the engine, hydraulic system, tracks, piling mast, and attachments before starting work.
4️⃣ Load the Foundation Pile: Place the selected steel pile into the pile clamp or designated holding mechanism.
5️⃣ Align the Pile: Adjust the mast and positioning system to ensure the pile is correctly aligned with the project layout.
6️⃣ Drive the Pile: Operate the hydraulic piling system according to the equipment instructions and required installation depth.
7️⃣ Check the Result: Inspect the pile position, verticality, and installation depth before moving to the next location.
☆ Flexible Configuration: Different chassis types and attachments can be selected to suit specific project requirements.
☆ Multiple Pile Types: Supports various steel pile profiles commonly used in photovoltaic mounting structures.
☆ Adaptable to Different Sites: Can be configured for different construction environments and soil conditions.
☆ Reduced Labor Requirements: Mechanized piling reduces manual work and helps improve overall construction efficiency.
☆ Consistent Installation: Helps maintain accurate pile positioning and more uniform foundation construction.
Q1: What types of piles can the machine install?
A: Depending on the machine configuration, it can install C-shaped, U-shaped, H-shaped, and other compatible steel foundation piles.
Q2: Can a solar pile driver machine work in different soil conditions?
A: Yes. Different piling methods and drilling attachments can be selected according to the soil conditions. Hard or rocky ground may require pre-drilling or specialized tools.
Q3: How do I choose the right solar pile driver machine?
A: Consider the soil conditions, pile type and dimensions, required installation depth, project size, and expected daily output. These factors will help determine the appropriate machine model.
Q4: What information is needed for a quotation?
A: Please provide the pile profile and dimensions, required installation depth, soil conditions, project scale, and expected working capacity. This information will help the supplier recommend a suitable machine configuration.