Classification Based On The Structure Of Hydraulic Impact Pile Hammers

hydraulic impact hammer can be used for hoisting fixed pile frames or cranes, and can be adjusted accordingly based on the main unit owned by the customer. hydraulic impact hammer pile driver can utilize the built-in power of the pile driver or be equipped with a power station; a range of matching power stations are available for customer selection. All circuits and hydraulic systems can be operated via the control panel or controller. The entire machine uses a closed-loop hydraulic system. By adjusting the speed and hydraulic pressure, the equipment is reliable, environmentally friendly, efficient, and safe.

excavator impact hammer belongs to the impact pile hammer category, which can be divided into single-acting and double-acting hammers based on its structure and working principle. A single-acting hammer refers to the impact hammer core being rapidly released to a predetermined height via a hydraulic device, allowing it to fall freely. A double-acting hammer refers to the impact hammer core being raised to a predetermined height via a hydraulic device, accelerating energy from the hydraulic system to increase the impact speed and drive the pile. This also corresponds to two different pile theories. The single-acting hydraulic hammer pile driver corresponds to the heavy hammer theory, and is characterized by a large hammer core weight, low impact velocity, and long hammering time. hydraulic impact pile hammer's hammer has a large penetration with each impact. It is suitable for various shapes and materials. It has a low pile damage rate and is very suitable for concrete.