HWL600R
Support
1 Year
Pressure Pile Driver
Hydraulic Pile Driver
Drop Hammer
Diesel
44kw
With Noise
EPA, CE, ISO 9001:2000
New
Hwl600r
75/85/100 Optionaltmm
50-110L/Min
350-800BMP
75/85/100mm
6m
360degree
22MPa
40+40+25ml/R
3km/H
7800kg
85kw
2600r/Min
350mm
Hengwang
Containers
7760*1980*2375mm
Shandong, China
8430100000
Product Description
Revolutionizing Solar Installation with Hydraulic Photovoltaic Pile Machine
In the realm of renewable energy, the demand for efficient and reliable installation tools has never been greater. Enter the Hydraulic Photovoltaic Pile Machine, a cutting-edge innovation designed to streamline the deployment of solar panel arrays with unparalleled precision and speed.

-Key Features
The Hydraulic Photovoltaic Pile Machine boasts a versatile hydraulic hammer model, offering flexibility with drill rod diameters ranging from 75 to 100 mm. Its hydraulic system operates at a pressure of 22 MPa, ensuring robust performance in various soil conditions. With an impact frequency ranging from 350 to 800 bmp, it can effortlessly drive piles to a height of 6 meters, aided by a sliding guide frame with adjustable tilt angles.
-Versatility and Efficiency
This crawler-mounted powerhouse is not just a solar pile driver but also doubles up as a screw pile driver, thanks to its exceptional torque capabilities. With the optional Hydraulic Drilling Power Head, it can tackle a myriad of tasks, from driving standard piles to drilling holes for specialized applications. The machine's rack rotation angle of 360° facilitates precise positioning, while its driving speed of 3 km/h ensures swift maneuverability on the job site.
The Hydraulic Photovoltaic Pile Machine boasts a versatile hydraulic hammer model, offering flexibility with drill rod diameters ranging from 75 to 100 mm. Its hydraulic system operates at a pressure of 22 MPa, ensuring robust performance in various soil conditions. With an impact frequency ranging from 350 to 800 bmp, it can effortlessly drive piles to a height of 6 meters, aided by a sliding guide frame with adjustable tilt angles.
-Versatility and Efficiency
This crawler-mounted powerhouse is not just a solar pile driver but also doubles up as a screw pile driver, thanks to its exceptional torque capabilities. With the optional Hydraulic Drilling Power Head, it can tackle a myriad of tasks, from driving standard piles to drilling holes for specialized applications. The machine's rack rotation angle of 360° facilitates precise positioning, while its driving speed of 3 km/h ensures swift maneuverability on the job site.

Product number | HWL600R | |
Hydraulic hammer model | 75/85/100 optional | mm |
Hydraulic hammer flow | 50-110 | L/min |
Impact frequency | 350-800 | bmp |
Drill rod diameter | 75/85/100 | mm |
pile height | 6 | m |
Pile height sliding guide frame tilt angle | (Left)5(Right)5 | ° |
Rack rotation angle | 360 | ° |
Hydraulic system pressure | 22 | mpa |
Gear pump displacement | 40+40+25 | ml/r |
Driving speed | 3 | km/h |
Vehicle weight | 7800 | kg |
Engine power | 85 | kw |
Engine rated speed | 2600 | r/min |
Track shoe width | 350 | mm |
dimensions | L*W*H 2375*1980*7760mm(working status) L*W*H 7760*1980*2375mm(Shipping status(The transportation height is the height with the hydraulic hammer head/hydraulic power head removed) |
Certainly! Here are some selling points for the HWL600R Solar Farm Pile Driver:
-Versatility
Equipped with a range of drill rod diameters and optional hydraulic drilling power head, the HWL600R adapts to various pile driving and drilling tasks with ease.
-Efficiency
With a hydraulic hammer flow of 50-110 L/min and impact frequency of 350-800 bmp, this machine ensures rapid and precise pile installation, maximizing productivity on the job site.
-Customization
The HWL600R offers customizable options such as torque range (8000-12000 N•m) and maximum drilling diameters (130-500mm), allowing contractors to tailor the machine to specific project requirements.
-Maneuverability
Featuring a crawler design and driving speed of 3 km/h, this pile driver navigates challenging terrain with ease, ensuring access to even the most remote solar farm sites.




