Parallel Seismic Analysis Equipment Measure Piles and Retaining Walls Length

• Customization: Available
• After-sales Service: Yes
• Warranty: 1 Year
• Model NO.: GD
• Transport Package: Export Case
• Specification: 1 pc
• Trademark: Gold
• Origin: China

Product Description

Product Description

Parallel Seismic Analysis Equipment Measure Piles And Retaining Walls Length

In the field of civil engineering, length measurement of pile foundations and retaining walls is an important part of ensuring project safety and structural stability. In recent years, parallel seismic analysis equipment has gradually become a core tool in this field due to its efficient and accurate measurement capability.

Parallel seismic analysis utilizes the propagation characteristics of seismic waves as they pass through different media, and is able to effectively obtain geometric information about underground structures. When the seismic wave encounters a pile foundation or a retaining wall, its propagation velocity and reflection characteristics will change, and the equipment analyzes these changes to determine the length of the structure and its integrity. Compared to traditional methods, parallel seismic analysis has the advantage of non-destructive measurements and reduces interference with the structure itself.

In addition, the application of the equipment greatly improves work efficiency. While traditional measurement methods often require a lot of labor and time, parallel seismic analysis not only reduces labor costs, but also can complete measurements at multiple measurement points in a short period of time, ensuring comprehensive and timely data collection.

Main control unit	Low Power Embedded Industrial Computer
Display screen	12.1 inch true color LCD display (high brightness) 1024X 768
Storage	8G
Power supply	Built-in high-performance rechargeable lithium battery ≥ 6 hours
Operation method	touch screen
Data transmission	USB2.0
Sampling interval	5μ s~ 65535μ s
Record length	512~4096 points, four gears adjustable
Sampling resolution	16-bit AD