Tel.: +86-150 7112 0854 Email: abby@tensense-geotech.com
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Tel.: +86-150 7112 0854 Email: abby@tensense-geotech.com
Acoustic borehole logger is a tool used in geophysical exploration to assess properties of subsurface formations. It’s typically deployed down a borehole, and it measures various acoustic properties of the surrounding rock formations. These properties can include compressional wave velocity, shear wave velocity, porosity, density, and lithology. The logger usually consists of one or more transducers that emit acoustic signals into the formation, and receivers that pick up the signals after they have traveled through the rock. By analyzing the travel times and amplitudes of these signals, geoscientists can infer valuable information about the structure and composition of the subsurface, which is crucial for various applications such as oil and gas exploration, groundwater studies, and geotechnical engineering.
Advanced Cordless Technology
Employs state-of-the-art cordless technology, enabling unrestricted movement and data acquisition within boreholes without the need for complex cable connections. This design significantly enhances operational efficiency, reduces the complexity and potential risks associated with field operations, and offers greater flexibility and effectiveness in well logging processes
Exceptional Data Processing Capabilities
Equipped with highly sensitive probes and a powerful onboard memory card, the device is capable of real-time collection and storage of critical data such as sonic waveforms, wave trains, velocities, and amplitudes. Intelligent data processing algorithms automatically adjust the gain to ensure clarity of the first arrival wave, and a built-in high-performance microcontroller performs precise data analysis and interpretation, providing high-quality geological information
Durable Design and Prolonged Battery Life
Engineered with a robust stainless-steel probe that can withstand pressures up to 30MPa, adapting to various harsh underground environments. Additionally, the instrument’s built-in high-capacity lithium battery supports continuous operation for over 36 hours, ensuring reliable performance throughout extended field operations and providing steadfast technical support for geological exploration and engineering inspections
Main Applications:
Geological Exploration: The instrument is utilized for the investigation of geological formations to determine the wave velocity of rocks, which is crucial for understanding subsurface structures. This data is essential for identifying potential sites for oil and gas reserves, coal deposits, and various mineral resources.
Tunnel and Infrastructure Analysis: In the construction of tunnels and other subterranean infrastructure, the TS-C1202WD is employed to assess the rock mass quality and stability of the surrounding strata. By measuring the dynamic mechanical properties of rock masses, engineers can effectively classify tunnel surrounding rock and predict potential loosening zones, which is vital for ensuring the safety and integrity of the construction.
Structural Health Monitoring: The device is also applied in the monitoring of existing structures such as dams, bridges, and buildings. By conducting sonic well logging, it helps in evaluating the condition of the foundation and the integrity of the structural components, which is critical for maintenance planning and risk management.
Features:
Unparalleled Mobility and Flexibility: The cordless design of the TS-C1202WD provides unparalleled mobility during well logging operations. This eliminates the need for cumbersome cables, allowing for greater flexibility and ease of use in various drilling environments, both vertical and horizontal.
Advanced Data Integrity and Reliability: With its dual-receiver configuration and high-intensity probe, the instrument ensures the acquisition of clear and accurate first arrival waves. The intelligent gain adaptation feature maintains consistent signal quality, preventing signal saturation and ensuring reliable data collection at various depths and geological conditions.
Robust Construction and Durability: The TS-C1202WD is engineered with a robust stainless-steel casing that can withstand extreme pressures up to 30MPa, making it suitable for the most challenging subterranean conditions. Its high-capacity lithium battery supports extended field operations of over 36 hours without the need for frequent recharging or battery changes.
Efficient Data Management and Processing: The instrument’s onboard storage capabilities allow for real-time data collection and storage, which can be seamlessly transferred to a PC for further analysis. The integration of a high-performance microcontroller ensures efficient data processing, reducing the need for manual adjustments and streamlining the interpretation process.
User-Friendly Interface and Operation: The TS-C1202WD features a user-friendly interface with a touchscreen display and guided operational procedures, making it accessible to a broad range of users. The intuitive design minimizes the learning curve and enhances the overall user experience, even for complex well logging tasks.
Technical Introduction:
Main Unit Specifications:
Probe Specifications:
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Advanced Cordless Technology
Employs state-of-the-art cordless technology, enabling unrestricted movement and data acquisition within boreholes without the need for complex cable connections. This design significantly enhances operational efficiency, reduces the complexity and potential risks associated with field operations, and offers greater flexibility and effectiveness in well logging processes
Exceptional Data Processing Capabilities
Equipped with highly sensitive probes and a powerful onboard memory card, the device is capable of real-time collection and storage of critical data such as sonic waveforms, wave trains, velocities, and amplitudes. Intelligent data processing algorithms automatically adjust the gain to ensure clarity of the first arrival wave, and a built-in high-performance microcontroller performs precise data analysis and interpretation, providing high-quality geological information
Durable Design and Prolonged Battery Life
Engineered with a robust stainless-steel probe that can withstand pressures up to 30MPa, adapting to various harsh underground environments. Additionally, the instrument’s built-in high-capacity lithium battery supports continuous operation for over 36 hours, ensuring reliable performance throughout extended field operations and providing steadfast technical support for geological exploration and engineering inspections
Main Applications:
Geological Exploration: The instrument is utilized for the investigation of geological formations to determine the wave velocity of rocks, which is crucial for understanding subsurface structures. This data is essential for identifying potential sites for oil and gas reserves, coal deposits, and various mineral resources.
Tunnel and Infrastructure Analysis: In the construction of tunnels and other subterranean infrastructure, the TS-C1202WD is employed to assess the rock mass quality and stability of the surrounding strata. By measuring the dynamic mechanical properties of rock masses, engineers can effectively classify tunnel surrounding rock and predict potential loosening zones, which is vital for ensuring the safety and integrity of the construction.
Structural Health Monitoring: The device is also applied in the monitoring of existing structures such as dams, bridges, and buildings. By conducting sonic well logging, it helps in evaluating the condition of the foundation and the integrity of the structural components, which is critical for maintenance planning and risk management.
Features:
Unparalleled Mobility and Flexibility: The cordless design of the TS-C1202WD provides unparalleled mobility during well logging operations. This eliminates the need for cumbersome cables, allowing for greater flexibility and ease of use in various drilling environments, both vertical and horizontal.
Advanced Data Integrity and Reliability: With its dual-receiver configuration and high-intensity probe, the instrument ensures the acquisition of clear and accurate first arrival waves. The intelligent gain adaptation feature maintains consistent signal quality, preventing signal saturation and ensuring reliable data collection at various depths and geological conditions.
Robust Construction and Durability: The TS-C1202WD is engineered with a robust stainless-steel casing that can withstand extreme pressures up to 30MPa, making it suitable for the most challenging subterranean conditions. Its high-capacity lithium battery supports extended field operations of over 36 hours without the need for frequent recharging or battery changes.
Efficient Data Management and Processing: The instrument’s onboard storage capabilities allow for real-time data collection and storage, which can be seamlessly transferred to a PC for further analysis. The integration of a high-performance microcontroller ensures efficient data processing, reducing the need for manual adjustments and streamlining the interpretation process.
User-Friendly Interface and Operation: The TS-C1202WD features a user-friendly interface with a touchscreen display and guided operational procedures, making it accessible to a broad range of users. The intuitive design minimizes the learning curve and enhances the overall user experience, even for complex well logging tasks.
Technical Introduction:
Main Unit :
Probe:
Uploading…
