The excavator pile driver is a type of pile driving machine that uses impact force to drive piles into the ground. It is widely used in many municipal engineering and construction projects.

Using mechanical assistance in construction work reduces operational pressure and ensures the economic viability of construction projects. To achieve higher economic benefits, it is essential to control the operation of the machine itself. The basic technical parameters of the pile driver include the weight of the impact part, impact energy, and impact frequency. It is more effective to specify relevant parameters using mechanical construction methods. How can we operate more reasonably and save fuel? Here is an analysis of the excavator pile driver:

1. Uniform Pressure: During the use of small pile drivers, the pressure range should be uniform and not too high. This can reduce oil consumption and protect related parts, thereby improving work efficiency.

2. Appropriate Tools for Different Conditions: Choosing the appropriate drill bit and small pile driver according to different construction conditions can effectively reduce oil consumption during the up-and-down pile driving process.

3. Proper Drill Bit Positioning: Before lifting the drill bit of a small pile driver, properly reposition the drill bit to reduce resistance, indirectly lowering oil consumption.

4. Avoid Ineffective Actions: Oil consumed by ineffective actions is completely wasted. Design construction methods according to the site conditions to minimize ineffective actions. The excavator pile driver should choose pile hammers according to different geological conditions, which can effectively reduce oil consumption during the raising and lowering of the pile hammer.

5. Optimal Use of Oil Wells: To fully utilize the performance of the pile driver and reduce oil consumption, use hydraulic oil with moderate viscosity and an oil viscosity index of no less than 90. Good hydraulic oil should have excellent chemical resistance and hydrolytic stability.