Brief: Experience a brief tour of features designed to deliver dependable outcomes. In this video, you'll see the VIBRA pile driver in action on a real job site, demonstrating its installation process and performance capabilities for concrete and steel posts. Watch as we showcase how this hydraulic vibratory hammer efficiently drives and extracts piles using high-frequency vibration technology.
Related Product Features:
Utilizes high-frequency vibration to liquefy soil particles, reducing friction for efficient pile driving and extraction.
Powered by a robust hydraulic system operating at 32 Mpa for reliable and consistent performance.
Compatible with excavators ranging from 20T to 60T, offering versatile application across job sites.
Performs dual-function operation for both driving piles into ground and extracting them when needed.
Built with heavy-duty materials to withstand demanding construction environments and rigorous use.
Minimizes soil disturbance and vibration transfer to surrounding structures compared to impact driving.
Dynamically adjusts excitation power based on real-time soil conditions, pile type, and moisture content.
Faqs:
What is the working principle of this vibratory pile driver?
It uses high-frequency vertical vibrations transmitted through the pile, causing soil particles to temporarily liquefy and drastically reduce frictional resistance, allowing easy driving or extraction with the excavator's force.
Can this machine be used to extract piles?
Yes, the vibratory hammer is highly effective for pile extraction. By activating vibration and using the excavator's lifting power, piles can be pulled out of the ground efficiently.
How do I choose the right model for my project?
Selection depends on project requirements including pile length and type, soil conditions, and excavator size. Refer to the technical parameter table for specific model compatibility with excavators ranging from 20T to 60T.
What factors affect the pile driver's performance?
Performance is primarily influenced by on-site conditions including soil type, soil density and compaction, moisture content, and the specific type and length of pile being used.