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Chongqing Gold M& E Equipment Co., Ltd.
Address:  9F/10,Jintai Building, Nanping, 400060,Chongqing,China

Contact person:Michelle Li
Tel: 0086-023-62794421
Fax: 0086-023-62940030
Mobile/Whatsapp: 0086 15922636015
E-mail: master@hy-industry.com
Skype: oilpurifier2010

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Digital Borehole Probe Inclinometer Data Logger Deep Well Inclinometer

Digital inclinometer is an instrument used for measuring angles of slope, elevation, or depression of an object with respect to gravity's direction
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Product Description

The Next-Generation Standard in Geotechnical Instrumentation


The evolution of subsurface investigation demands tools that are not only accurate but also intelligent, adaptable, and seamlessly integrated into the digital project lifecycle. The JQX-2 Portable Digital Inclinometer System is conceived to meet this exacting demand, positioning itself as the new benchmark for modern borehole surveying. It represents a significant leap forward from legacy technologies, replacing their inherent limitations with a suite of smart features, resilient engineering, and data-centric functionalities. This instrument is engineered for the forward-thinking organization that views precise geotechnical data not as a mere compliance requirement, but as a strategic asset for mitigating risk, optimizing designs, and enhancing operational efficiency across the entire project portfolio.

JQX-2 (1)


At the heart of its next-generation status is a proactive system health and data integrity framework. Unlike conventional inclinometers that simply record measurements, the JQX-2 incorporates continuous diagnostic monitoring of its internal sensor states, power levels, and signal quality. This proactive approach can flag potential issues, such as degraded signal integrity or the onset of magnetic interference, before they can compromise a entire survey dataset. Furthermore, the system's design addresses the pervasive challenge of sensor calibration drift. Through the use of high-grade, thermally stable components and factory-loaded compensation curves, the instrument maintains its specified accuracy over extended periods and through wide temperature swings, drastically reducing the frequency and associated costs of field recalibrations and ensuring that data collected today is directly comparable with data collected months or even years later.


JQX-2 (2)


The system's physical design is a testament to purpose-driven innovation. The probe's optimized 42-millimeter diameter represents the ideal balance, being sufficiently robust to house the advanced electronics while remaining slim enough for deployment in a vast array of existing and new borehole casings, thereby maximizing its utility and application scope. The lightweight yet incredibly tough anodized aluminum alloy construction of the surface unit makes it a truly portable partner for field crews, capable of enduring the bumps, vibrations, and occasional rough handling synonymous with construction and exploration sites. Ultimately, the JQX-2 delivers a powerful return on investment that is measured not just in the instrument's purchase price, but in the significant savings achieved through reduced survey time, the elimination of costly drilling errors, and the invaluable prevention of geotechnical failures through early and accurate detection of subsurface movements.


JQX-2



JQX-2 Next-Generation Advantage Matrix


Advantage Pillar Technological Implementation Tangible Project Benefit
Measurement Intelligence Onboard processing with dynamic error checking and environmental compensation algorithms. Higher-quality, more reliable data that can be trusted for critical engineering decisions and long-term trend analysis.
Operational Resilience Extended temperature operation, high-pressure rating, and robust connector design. Reduced downtime and equipment failure rates, leading to higher productivity and lower lifetime operating costs.
Deployment Versatility Slim probe design, dual power source compatibility, and clear depth-marked cable. One-system solution for a wide array of applications, from shallow geotechnical site investigations to deep mineral exploration holes.
Data Integrity and Traceability Automated data logging with depth-stamping and potential for metadata inclusion (e.g., operator ID, project name). Streamlined quality assurance/quality control (QA/QC) processes and defensible data for regulatory submissions and forensic engineering.
Workflow Efficiency Intuitive user interface, rapid setup, and direct data export capabilities for common analysis software. Faster project turnaround times and a reduced burden on field personnel, allowing them to focus on analysis rather than instrument operation.

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