City exploration land geophone string
Urban exploration land seismic arrays are important equipment used in fields such as urban geological exploration.
Keywords：
- Product Description
-
Urban exploration land geophone arrays are important equipment used in urban geological exploration and other fields. The following is a relevant introduction:
Features and Advantages
High sensitivity: It can accurately capture weak seismic wave signals underground, such as detecting minute vibrations caused by underground cavities and stratum changes. For example, the DT-SOLO single-point high-precision geophone array, with a 10Hz/5Hz core, has high sensitivity.
Good environmental adaptability:Temperature: It can operate in environments from -40℃ to +80℃, suitable for various land environments, including cold and hot regions.
Waterproof performance: It reaches IP68 protection level, effectively preventing water ingress, and can operate normally even in humid environments or light rain.
Robust and durable: The casing uses high-strength, low-water absorption materials, can withstand a certain amount of impact and pressure, and is suitable for the complex construction environment of cities.
Easy construction and maintenance:
Lightweight construction: Convenient for field transportation and construction, reducing labor costs. For example, using lightweight materials makes it easy for workers to carry and install.
Easy to maintain: Compared with conventional geophone arrays, it is easier to find faults, making maintenance and upkeep easier and improving work efficiency.
Working principle
Each geophone in the geophone array uses the piezoelectric effect, electromagnetic induction, and other principles to convert the received seismic wave vibrations into electrical signals. Multiple geophones are connected in series via cables to simultaneously collect seismic signals from different locations. These signals are then transmitted to the acquisition system for processing and analysis, thereby obtaining information about the underground geological structure.
Application scenarios
Urban underground cavity detection: Used to detect possible caves, goafs, and other cavities that may exist underground in cities, providing safety assurance for urban construction.
Stratum structure survey: Understand the distribution and changes of urban strata, providing geological basis for building foundation design, subway line planning, etc.
Geological disaster monitoring: Monitor seismic activity in mountainous areas or geologically unstable areas around cities, and promptly discover potential geological disaster hazards.
Product Inquiry
Note: Please leave your email address, and our professionals will contact you as soon as possible!