Tel.: +86-150 7112 0854 Email: abby@tensense-geotech.com
The TS-ABC602 Nondestructive Detector is a specialized instrument engineered for the precise evaluation of anchor rods and cables. It facilitates accurate length measurement of anchoring systems, assesses the integrity of grouting materials, and detects potential anchoring defects with precision. This device is particularly tailored for nondestructive inspection of extended free-end anchor rods in rock-anchored beams, ensuring the structural integrity and reliability of critical components
The versatile TS-ABC602 Nondestructive Detector is engineered to accommodate the inspection needs of both anchor bolts and cables, offering superior cost-effectiveness through its dual functionality
Advanced analytical software suite
The integrated analysis software features advanced digital filtering capabilities, including high-pass, low-pass, and band-pass filters, alongside spectral analysis tools. It also incorporates phase analysis, reflection extraction, signal correlation algorithms, and an automated module for calculating anchorage compactness indices
The device operates on a DC 12V lithium-ion battery power source, designed for optimal energy efficiency, enabling uninterrupted operation for up to 36 hours on a single charge.
Main Applications:
Length and Grouting Density Testing: The instrument is used to nondestructively test the length of anchor bolts and cables, as well as to assess the density of the grout that surrounds them. This ensures that the anchoring system is properly installed and can withstand the intended loads.
Anchoring Defects Detection: It is capable of detecting defects within the anchoring system, which could include voids, cracks, or other imperfections that might compromise the structural integrity of the anchors.
Rock-Anchored Beam Inspection: Specifically, the device is employed to test the anchor bolts at the long free end of rock-anchored beams and other critical positions. This is crucial for maintaining the stability of structures that rely on rock anchors for support.
Highway Guardrail Evaluation: The TS-ABC602 is also used to nondestructively test the upright length and buried depth of steel guardrails along expressways. This helps to ensure that safety barriers meet the required standards and are properly secured.
Features:
Versatile Functionality: The instrument is designed to test various anchor systems, including bolts, cables, and guardrails, offering a high cost-performance ratio due to its multi-purpose use.
Dual-Channel Collection: Equipped with the capability to collect data through two parallel channels, the TS-ABC602 provides a broad application range and robust functionality for comprehensive testing.
High-Resolution Detection: Utilizing a 24-bit 500kHz analog-to-digital conversion unit, the device delivers super high detection ability and precision for weak signals, ensuring accurate and reliable test results.
User-Friendly Interface: The embedded operating system features a Chinese interface that is elegant, simple, and efficient, making it easy for users to navigate and operate the device.
Low Power Consumption: The host is powered by DC6V with low power dissipation, and the internal high-energy Ni-MH battery allows for continuous operation for more than 10 hours after each charge.
Flexible Excitation Options: The system can be excited using either a small hammer or a supermagnetic acoustic source, offering convenience and adaptability to various testing conditions.
Convenient Data Transfer: The USB2.0 data interface facilitates straightforward data transfer, and the built-in FAT32 and 8G memory allow for direct data file copying and pasting under common Windows operating systems.
Durable and Portable Design: The main instrument’s shell is molded, providing water and dust resistance with an IP67 protection level, ensuring safety, aesthetics, and portability.
Advanced Analysis Software: The analysis software includes digital filtering (high pass, low pass, band pass), spectral analysis, phase analysis, reflectance extraction, and automatic calculation related to signals and anchoring compactness, aiding in the precise judgment of anchor bolt bottom and defect positions, as well as the assessment of anchoring levels.
Standard Configuration: The product comes with a comprehensive standard configuration that includes the host, acceleration sensor, anchor bolt vibration hammer, data transmission line, charger, aluminum box, software on a U disk, and certifications, ensuring that users have everything needed for immediate deployment.
Technical Introduction:
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The versatile TS-ABC602 Nondestructive Detector is engineered to accommodate the inspection needs of both anchor bolts and cables, offering superior cost-effectiveness through its dual functionality
Dual-channel synchronous data acquisition with enhanced precision for accurate signal processing and analysis
The device is equipped with a 24-bit, 500 kHz Analog-to-Digital Converter (ADC) for high-resolution signal digitization and data fidelity
Advanced analytical software suite
The integrated analysis software features advanced digital filtering capabilities, including high-pass, low-pass, and band-pass filters, alongside spectral analysis tools. It also incorporates phase analysis, reflection extraction, signal correlation algorithms, and an automated module for calculating anchorage compactness indices
The device operates on a DC 12V lithium-ion battery power source, designed for optimal energy efficiency, enabling uninterrupted operation for up to 36 hours on a single charge.
Main Applications:
The device facilitates nondestructive measurement of anchor bolt lengths, evaluates the integrity and density of grout materials, and identifies anchoring defects with precision.
It performs nondestructive assessment of anchor cable lengths, determines the securement extent of anchorages, and uncovers any potential anchoring irregularities.
The system is capable of conducting nondestructive inspections on extended free-end anchor bolts within rock-anchored beams and other critical structural elements, ensuring their reliability and structural soundness.
Features:
Technical Introduction:
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