Common Faults Of Hydraulic Impact Pile Hammer

Manufacturer hydraulic impact hammers hydraulic impact hammer pile driver utilizes high-frequency vibration to operate vibrating piles at high speeds. The vertical vibrations generated by the mechanical equipment are transmitted to the pile body, causing changes in the soil structure around the pile and reducing its compressive strength. The surrounding soil vaporizes, reducing frictional resistance between the pile and the farmland.

Manufacturer excavator impact hammers vibrating pile driver utilizes high-frequency vibration to operate vibrating piles at high speeds. The vertical vibrations generated by the mechanical equipment are transmitted to the pile body, causing changes in the soil structure around the pile and reducing its compressive strength. The surrounding soil vaporizes, reducing frictional resistance between the pile and the farmland. The pile then sinks into the soil through the vibration and its weight. When extracting piles, high-frequency vibration is used. If the soil is hard and the pile sinks too slowly during vibration, the rear arm can be used to pressurize and sink the pile, raising it 0.6-1.2 meters and then rapidly driving it down. The required vibration force for hydraulic hammer pile driver should be determined based on the on-site soil strata, soil moisture content, and pile structure. Generally, a vibration force of 150-350 kN is used, resulting in a high pile sinking rate.

The hydraulic impact pile hammer is a fully hydraulically driven, mechatronic product that facilitates automated control and monitoring of the operating process. Therefore, its operating parameters (impact stroke and impact frequency) are automatically adjusted based on the target (pile structure and geological conditions), achieving a precise impact process. Impact force and pile bearing capacity are monitored at all times, protecting piles from damage and ensuring that all incoming piles have similar bearing capacities, guaranteeing construction quality.