- Structural Design：
1.Compact and lightweight: The overall size is compact and the weight is relatively light, usually within a few tens of kilograms. It is convenient for single-person carrying and transportation, and can easily reach various construction sites, especially in areas with narrow spaces or difficult access, such as small courtyards, narrow streets, etc.
2.Ergonomic design: It is equipped with ergonomic handrails, which are comfortable to hold and easy to operate, reducing the fatigue of the operator during the operation process and also facilitating the operator to better control the direction and force of the pile driver.
3.Sturdy and durable: The shell is usually made of high-strength materials, with good wear resistance and impact resistance, and can maintain a stable working state in harsh working environments, extending the service life of the equipment.
- Working principle
1.The motor transmits power to the transmission mechanism through a reducer. The transmission mechanism then passes the power to the driving mechanism, usually by the up-and-down movement of the hammer head to transfer the power to the pile, causing the pile to gradually be driven into the ground. At the same time, by controlling the speed and torque of the motor, precise control over the depth and force of the pile driving can be achieved.
- Performance Characteristics
1.Powerful: Equipped with an efficient motor, it can provide strong power, capable of penetrating various types of soil, including soft soil, hard soil, and even some strata containing a small amount of rocks. It meets the needs of different construction scenarios.
2.Environmentally friendly and energy-saving: Using an electric drive method, compared to traditional fuel-powered pile drivers, it has the advantages of no pollution and low noise. It does not produce harmful gases and is friendly to the environment, especially suitable for use in residential areas, commercial areas, or areas with high environmental requirements.
3.Precise control: By adjusting the motor’s speed and torque, the depth, speed, and force of the pile driving can be precisely controlled, ensuring the accuracy and quality of the pile driving and meeting the construction requirements of different projects.
- Application fields
1.Construction work: In small-scale construction projects, such as residential construction and small commercial buildings, it is used to drive foundation piles and column piles, providing stable support for the buildings.
2.Municipal engineering: It can be used for the foundation construction in municipal projects such as urban roads, bridges, and drainage pipelines. For example, it can be used for the setting of support piles during the laying of underground pipelines and the construction of fixed piles for road guardrails.
3.Power Communication: In the construction of power tower foundations and the establishment of communication base stations, these foundation piles are used to erect fixed towers and base stations, ensuring the stability and safety of power and communication facilities.
4.Agricultural field: In the construction of irrigation systems for farmland, orchards, tea gardens, vineyards, etc. in agricultural production, it can be used to set up irrigation pipeline support piles, greenhouse support piles, fence piles, etc., helping to improve agricultural production efficiency and the stability of facilities.
- Operation and Maintenance
1.Operation is simple: The operation panel is designed in a clear and concise manner. Usually, only a few simple buttons or knobs are needed to complete operations such as starting, stopping, and speed adjustment. Even beginners without prior experience can quickly get the hang of it after a brief training.
2.Maintenance convenience: The structure is relatively simple, and the components are easy to disassemble and replace. Daily maintenance mainly includes checking whether the connections of each component of the equipment are firm, the lubrication status of the motor and transmission components, and cleaning the dust and debris on the surface of the equipment, which reduces maintenance costs and difficulty.
- Product parameters
