Product Description
Mining Wellbore Gyro Survey Tool Magnetic Borehole Survey North Seeking Deviation Gyro Instrument
North deviation gyroscopes are mainly used in drilling operations in underground mines, especially during the exploration of oil, gas and mineral resources. By accurately determining the direction and location of the borehole, they help geological engineers assess resource reserves and optimize drilling programs. In addition, gyroscopes can be used for maintenance and rehabilitation of old mines to ensure operational safety.
In practice, borehole gyroscopes are usually applied in real time during drilling to obtain continuous position information. By reading the data from the instrument, technicians are able to monitor changes in the direction and angle of the borehole in real time and then make the necessary adjustments. This real-time response mechanism greatly improves the efficiency and safety of drilling operations.
A north deviation gyroscope device usually consists of a gyroscope sensor, an electronic data acquisition unit and a display interface. The gyro sensor captures the angular velocity changes and the electronic data acquisition unit transmits the data to the display interface, allowing the operator to visualize the measurement results. In addition, some modern devices are equipped with wireless transmission for remote monitoring and data analysis.
| 1.Inclination Range 0° - 50°(Resolution 0.01°) Accuracy ±0.1° |
| 2.Azimuth Range 0° - 360°(Resolution 0.1°) Accuracy ±2°(@Inclination>4°) |
| 3.Pressure Normal: 20MPa |
| 4.Dimenisions Ø40mm×1400mm Weight about 7.5Kg |
| 5.Temperature Normal:-10°C - 70°C With thermal shield: -10°C- 120°C |
| 6.Power (Probe) 7.4V Rechargeable Battery Endurance about 20 hours (Fully charged) |
| 7.Power (Controller) 2600 mAh Polymer Battery |
| 8.Self test time 30 seconds (For better accuracy, warm up the probe for at least 5 minutes) |
| 9.Survey time less than 2 minutes (must be in a static environment) |
| 10.Depth 2000m |
| 11.Storage 8GB ROM |
Detailed Photos
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