20 - 100m Bore Depth Hydraulic Solar Pile Driver 84KW Turbocharges Engine

Product Description

The RC260Y hydraulic solar pile hammer is an advanced equipment specially designed for the construction of photovoltaic power stations. What is unique from traditional pile hammers is that it uses imported original accessories to ensure optimal performance and stability. Its construction technology and climbing mechanism design allow for flexible adjustment according to slope height, making it excellent in the construction of photovoltaic projects with slopes up to 45 degrees. The pile hammer can be flexibly used in various photovoltaic construction technologies, including helical pile drilling, helical hole drilling, rock DTH hammer and pile driving, etc., and can cover boreholes with diameters ranging from 100 - 400 mm and depths of 20 - 100 meters.

In addition to its advantages of high efficiency, wide application and excellent stability, RC260Y ’ s biggest differentiating feature is its powerful hydraulic system, which can quickly install a large number of solar panels and remain stable and stable even on slopes and uneven ground. In addition, its simple design, convenient operation and low maintenance cost ensure the continuous and efficient operation of the equipment, making it an indispensable tool in the construction of photovoltaic power stations.

Product Specifications

Product Features

The RC260Y hydraulic solar pile hammer has excellent performance and reliability. The combination of its 84kW turbocharged engine, new traveling motor and reducer ensures long - term and efficient operation of the equipment. In particular, the gearbox design of the hydraulic oil pump adopts oil pump isolation, which not only achieves sufficient and reasonable power distribution, but also simplifies the maintenance process and reduces costs. The machine has a compact structure, and the mast has a telescopic compensation function and is supported by the ground during operation, which greatly improves the stability of drilling.

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