+86-15829664021
liangma0318@gmail.com
- All
- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
loading
| Availability: | |
|---|---|
| Quantity: | |
The YSG(A) Mining Azimuthal Gamma Logging Tool While Drilling represents a highly specialized approach to underground geological exploration. Fundamentally, gamma logging is a nuclear logging technology based on detecting natural radioactivity in rock formations. By measuring the natural radiation emitted by surrounding strata, operators gain immediate insight into the lithology of the environment. To realize the identification of roof and floor while drilling during directional drilling, this specific gamma logging technology combined with other logging technologies such as acoustic wave logging, electromagnetic wave resistivity logging, etc. can achieve precise exploration of geological conditions in the borehole. The physical casing feels heavily reinforced, built to endure the aggressive vibrations and abrasive slurry encountered deep underground. This comprehensive data collection method provides safe and efficient mining geology for coal mines, significantly reducing operational uncertainties. Ensure technical support is provided to maximize the integration of this tool into your existing drilling infrastructure.
Model | YSG(A) |
Dimensions mm | Φ58×1067.4 |
Mass kg | 8.5 |
Rated operating voltage V | 15 |
Maximum operating current A | 0.2 |
Transfer method | digitally encoded carrier signal |
Transmission rate bps | 9600 |
Maximum transmission distance m | 500 |
At the heart of the YSG(A) instrument lies a profound integration of shielded crystal components and advanced attitude measurement technology. This synergy enables dynamic, multi-sector gamma-ray detection while the drilling operation is actively underway. Unlike conventional static sensors, this tool continuously maps the surrounding geological environment in real-time, orienting the radiation data to specific azimuthal sectors around the borehole. The heavily shielded crystal housing effectively isolates the sensor from unwanted background interference, ensuring that the detected natural radioactivity strictly correlates to the targeted formation. As the drill string rotates, the internal sensors capture distinct radiation signatures, translating the physical characteristics of the rock into actionable directional guidance. This dynamic mapping allows operators to maintain the drill bit within the optimal coal seam or mineral deposit, preventing unintentional deviation into barren rock.
When navigating complex underground strata, data integrity is paramount. The YSG(A) logging tool is engineered to maintain exceptional precision, keeping the sector gamma intensity measurement error strictly within a 5% margin. This rigorous accuracy ensures that the geological interpretations drawn from the tool are highly dependable. Furthermore, the internal electronics and digitally encoded carrier signal transmission are optimized to achieve an extremely low data loss rate, even when operating at the maximum transmission distance of 500 meters. Operators will notice a steady, uninterrupted flow of critical metrics delivered at 9600 bps, guaranteeing the continuity of geological data throughout the entire drilling cycle. This high-fidelity performance prevents the blind spots that often plague deeper drilling operations, giving project managers the confidence to make immediate steering decisions based on continuous, reliable feedback from the rock face.
The primary application of this azimuthal gamma logging tool is to provide comprehensive support for formation correlation and detailed lithology analysis. By continuously monitoring the borehole trajectory and assessing the relative position of different geological strata, the system serves as an essential navigational aid. It excels in the precise identification of the roof and floor boundaries within coal mines, offering targeted geo-steering capabilities. When the drill bit approaches the boundary of a coal seam, the sudden shift in natural gamma radiation is instantly detected, alerting the surface team to adjust the trajectory. This functionality is critical for maximizing resource extraction while avoiding the harder, non-productive rock layers that can cause severe wear on drilling equipment. The resulting data stream paints a clear picture of the underground architecture, transforming a previously opaque environment into a highly mapped, navigable workspace.
Modern drilling operations require a multifaceted approach to data collection, and the YSG(A) is built with extensive compatibility in mind. The tool architecture allows for the flawless integration of various attitude sensors and external logging systems:
Attitude Sensor Integration: Flawlessly incorporates high-precision accelerometers, fluxgates, and gyroscopes for a complete three-dimensional understanding of orientation and movement underground.
Acoustic Wave Logging: Operates synergistically with acoustic tools to cross-reference radiation data with rock density and porosity metrics.
Electromagnetic Wave Resistivity: Pairs perfectly with resistivity logging to form a highly detailed, multi-parameter geological model that detects fluid variations.
This collaborative operation means that operators can cross-reference multiple data streams, significantly enhancing the overall exploration strategy and ensuring precise navigation through complex geological faults.
Before any unit is deployed to a mining site, it undergoes an exhaustive series of quality control protocols. Each YSG(A) logging tool is subjected to rigorous testing on a semi-physical simulation platform, which accurately replicates the extreme pressures, heavy vibrations, and thermal fluctuations found in actual subterranean environments. Automated testing programs systematically evaluate the tool's dynamic response times and electronic stability under continuous stress. This uncompromising approach to quality assurance ensures that the instrument maintains ultimate stability when exposed to the harsh realities of complex downhole drilling. The physical construction features specialized sealing and shock-absorbing materials that dampen the intense acoustic noise and mechanical impacts of the drill bit, guaranteeing that the sensitive internal crystals and circuitry remain fully protected and functional throughout their operational lifespan.
The ultimate value of the YSG(A) logging tool lies in its ability to simultaneously elevate workplace safety and drive down operational expenses. By delivering high-precision, real-time geological exploration data, the system virtually eliminates the hazards associated with blind drilling. Operators are no longer guessing what lies ahead of the drill bit; instead, they are guided by empirical, continuously updated metrics. This proactive hazard avoidance significantly reduces the likelihood of catastrophic equipment failure or accidental breaches into unstable geological zones. Consequently, the reduction in blind drilling translates directly into substantial cost savings. Drill bits last longer, downtime is minimized, and the overall trajectory is optimized for maximum resource recovery. The integration of this advanced logging technology streamlines the entire mining process, delivering a measurable improvement in both extraction efficiency and site safety.
