PV Pile Driving Machine

YGR-400

1. High-frequency hydraulic hammer: Impact frequency of 350–800 blows/min; hydraulic flow rate of 50–110 L/min; highly adaptable to various ground conditions, capable of handling both hard soil and weathered rock.
2. Dual-purpose functionality: Supports drilling diameters of 150–500 mm (optional); can be switched to an auger bit, enabling both pile driving and drilling operations.
3. Off-road crawler undercarriage: Features 350 mm wide track shoes with 42 links per side; travel speed of 3 km/h; low ground pressure ensures excellent traction on sandy or mountainous terrain.
4. Powerful performance: Equipped with a Yuchai engine (rated speed: 2600 r/min), offering stable power, high durability, and ease of maintenance.

Product Description
Product Features
Product Specifications
Application Scenarios

Product Description:
The YGR-400 PV Pile Driving Machine is a multifunctional, crawler-mounted piece of equipment specifically developed for pile foundation construction in photovoltaic (PV) power plants. Integrating both hydraulic pile driving and drilling capabilities, this single machine addresses a wide range of piling requirements—including those for PV mounting structures, perimeter fencing, and building foundations. It features a crawler-type undercarriage with 350mm-wide track shoes (42 links per side), offering low ground pressure and superior traction. This allows the machine to easily navigate and operate across complex terrains often encountered in PV projects, such as mountainous areas, hills, sandy ground, and saline-alkali soil.

PV Pile Driving Machine

Product Features:
1. Versatile functionality, reduced equipment investment: Seamlessly switch between pile-driving and drilling modes. One machine does the work of two, significantly cutting procurement and maintenance costs.
2. Off-road capability for complex terrain: Equipped with a crawler undercarriage and a high-torque drive system, it operates efficiently across mountainous, sloped, or sandy terrain, expanding the range of potential project sites.
3. Precise, multi-angle pile driving: Features 360° rotation combined with an adjustable-tilt guide rail. Achieve vertical pile installation even on slopes or inclines; also supports angled pile driving with flexible, accurate positioning.
4. High-frequency, high-efficiency performance: With an impact frequency of 350–800 blows per minute, it ensures rapid operation—ideal for large-scale, high-volume pile driving in photovoltaic (PV) power plant projects.
5. Compact and lightweight for easy transport: Weighing only 6 tons with a compact footprint, the unit can be transported on a standard flatbed truck, making relocation between job sites quick and hassle-free.
6. Rugged, durable, and low-maintenance: Powered by a Yuchai engine and a proven hydraulic system, the machine uses readily available parts and is simple to maintain, ensuring long-term, worry-free operation.

PV Pile Driving Machine

Product Specifications:
YGR-400 PV Pile Driving Machine

Item

Value

Unit

Dimensions (L×W×H)

5800 × 2200 × 2800

mm

Hydraulic Hammer Flow

50–110

L/min

Impact Frequency

350–800

bpm

Drilling Diameter

150-500 (optional)

mm

Max Torque of Travel Motor

11500

N·m

Max Pile Height

Based on slide rail

mm

Slide Guide Rail Tilt Angle

Left 5, Right 5

°

Frame Rotation Angle

360

°

Hydraulic System Pressure

22

Mpa

Gear Pump Displacement

40 + 40 + 25

ml/r

Travel Speed

3

km/h

Total Weight

6000

kg

Engine Power

Yuchai

-

Engine Rated Speed

2600

r/min

Track Plate Width

350

mm

Track Per Side

42

Links

Total Displacement of Travel Motor

53

ml/r

Rated Pressure of Travel Motor

30

Mpa

Reduction Ratio of Travel Motor

1:54.4

-

Pile Length

4.2

m

Application Scenarios:
1. Large-scale ground-mounted photovoltaic (PV) power plants: This is the primary application, involving the driving of foundation piles for large-scale PV arrays. High-frequency hydraulic hammers (operating at 350–800 blows per minute) are well-suited for the rapid, high-volume installation of piles at standardized intervals.
2. Mountainous/hilly PV projects: Equipped with a crawler undercarriage, these machines offer low ground pressure and high-torque propulsion, enabling them to climb slopes and navigate uneven terrain—capabilities essential for pile driving in steep, hilly, or mountainous areas. This provides a distinct advantage, as such terrain is often inaccessible to conventional wheeled machinery.
3. Small-scale building foundation piles: Used for driving foundation piles for smaller structures, such as self-built rural homes, temporary facilities, perimeter fencing, and billboards.

PV Pile Driving Machine

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