| Customization: | Available |
|---|---|
| Application Area: | Angle and Azimuth Measurement of Various Non-Magne |
| Data Transmission: | Wireless Inclination Sensor |
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In the complex realm of geotechnical engineering and mineral exploration, the JQX-2 Portable Digital Inclinometer System establishes an unprecedented standard for dependable subsurface intelligence. This sophisticated apparatus transcends the conventional definition of a mere measurement tool, emerging as a comprehensive diagnostic solution for the most demanding underground environments. Its operational philosophy is rooted in the seamless integration of advanced micro-electromechanical systems (MEMS) with robust, field-hardened construction, delivering a level of performance that consistently outperforms traditional mechanical and early-generation digital alternatives. The core of its design philosophy is an uncompromising commitment to data veracity and operational resilience, ensuring that every data point collected contributes to a perfectly accurate representation of the subterranean reality.
The instrument's exceptional capabilities are most evident in its dual-sensor measurement architecture, which operates on the fundamental principles of gravitational and geomagnetic field detection. For inclination measurement, the system employs high-stability, temperature-compensated accelerometers that capture the most minute deviations from the vertical plane with a remarkable resolution of 0.1 degrees. This sensitivity allows for the early detection of borehole drift, a critical factor in preventing costly misalignment issues in drilling operations and identifying initial signs of ground movement in slope stability projects. Simultaneously, a triaxial fluxgate magnetometer of exceptional precision ascertains the tool's azimuthal orientation relative to magnetic north. This sophisticated sensor is engineered with advanced signal processing algorithms that actively identify and negate the effects of local magnetic anomalies, a common source of error in environments rich in ferrous minerals or near steel infrastructure. The resulting azimuthal accuracy of ±4 minutes of arc (when the vertex angle exceeds 3 degrees) provides unparalleled directional certainty for well-path trajectory mapping and structural deformation analysis.
Beyond its sensing core, the JQX-2 is engineered for prolonged reliability in the world's most challenging conditions. The downhole probe is encased in a seamless, high-strength stainless steel tube rated to withstand external pressures of up to 5 Megapascals, equating to a deployment capability in water-filled boreholes exceeding 500 meters in depth. Its operational temperature envelope, spanning from 0°C to a demanding 80°C, guarantees consistent performance from frigid arctic sites to sun-scorched desert operations. The system's power design is a paradigm of flexibility, functioning with equal efficacy from a standard AC 220-volt mains supply or a mobile DC 12-volt battery source, thereby eliminating power-related downtime in remote locations. The surface readout unit, housed in a compact, impact-resistant casing, features an intuitive interface and a high-visibility display that remains perfectly legible under direct sunlight, facilitating straightforward operation and real-time data validation by field personnel.
JQX-2 Technical Performance Parameters
| Parameter | Specification | Performance Implication |
|---|---|---|
| Vertex Angle Measurement Range | 0 to 60 degrees | Covers the full spectrum of potential borehole deviations, from near-vertical to highly inclined. |
| Vertex Angle Measurement Accuracy | ≤ 0.1 degrees | Enables detection of subtle shifts and trends critical for early-warning monitoring systems. |
| Azimuth (Directional) Measurement Range | 0 to 360 degrees | Provides a complete, unambiguous circle of directional data for full 3D borehole trajectory modeling. |
| Azimuth Measurement Accuracy | ±4 minutes of arc (vertex ≥3°); ±6 minutes of arc (2°≤ vertex <3°) | Delivers high-precision orientation data essential for accurate directional drilling and geostructural analysis. |
| Operating Temperature Range | 0 °C to +85 °C | Ensures functional integrity and measurement stability across a vast spectrum of global climatic conditions. |
| Probe Physical Dimensions | Φ42 mm (Diameter) x 1000 mm (Length) | An optimally slim profile for compatibility with a wide range of standard borehole casings and drill holes. |
| Probe Unit Weight | 2.0 kilograms | A balanced weight for manageable deployment and stable, centralised positioning within the borehole. |
| Maximum Recommended Deployment Depth | ≤ 1000 meters | A substantial depth rating suitable for the majority of deep exploration and geotechnical monitoring applications. |
| Surface Unit Dimensions | 240 mm x 95 mm x 140 mm | A compact and portable form factor for easy transport and setup in confined field environments. |
| Surface Unit Weight | 0.8 kilograms | Extreme lightness for maximum portability without sacrificing display readability or interface functionality. |
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