Its operating principle is as follows:
A hydraulic drive or motor drives the winch mechanism, which, through the pulley system, raises and lowers the pile vertically along the guide rail.
In soft soil, the pile can be quickly lowered to the desired depth, providing a stable support. In hard soil, vibration or pressure can be used to assist.
The pile is alternately raised and lowered, and combined with the propulsion system of the cutter suction equipment, the trolley moves in a step-by-step manner, ensuring stability during operation.
Sensors monitor the pile depth and pressure in real time, automatically adjusting the positioning position to prevent drift or tilt.
During offshore operations, the pile system can offset the effects of waves and tides, reduce vessel sway, and improve construction accuracy.
Product Features
High load capacity: Utilizing high-strength alloy steel piles and wear-resistant pulley systems, the pile can withstand loads of tens of tons and adapt to diverse geological conditions.
Precise positioning: Combined with a PLC or intelligent control system, the pile automatically adjusts to within centimeter accuracy. Fast Response: Hydraulic drive combined with an optimized pulley block design enables faster raising and lowering of the locating piles, improving construction efficiency.
Modular Design: Easily install, maintain, and replace, reducing equipment maintenance costs.
Adaptable: Available with vibration, press-in, or rotation mechanisms, it is suitable for a variety of geological environments, including soft soil, sandstone, and hard rock.
Technical Advantages
Improved Operational Stability: The locating pile system effectively reduces the shaking of the cutter suction equipment during operation, ensuring continuous and efficient construction.
Enhanced Wind and Wave Resistance: In marine engineering, locating piles can quickly stabilize the hull, reducing the impact of tides and waves.
Energy Saving and Efficiency: Optimized transmission structure reduces energy consumption and improves equipment operation efficiency.
Intelligent Control: Integration with a remote monitoring system allows real-time adjustment of positioning parameters, enhancing automation.