| Customization: | Available |
|---|---|
| Accuracy: | <1mm |
| Horizontal Line: | 1 |
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The wireless fiber-optic north-seeking gyro inclinometer consists of two parts: a gyro probe and a wireless intelligent controller. The two devices communicate wirelessly via Bluetooth without the need for cables. The probe is used to measure and collect borehole inclination and azimuth data, and the intelligent controller is used to set measurement parameters and view measurement results. After the setting is completed through the controller, the probe automatically collects and saves data according to the preset parameters. After the well logging is completed, the data inside the probe is read through the intelligent controller, and the measurement results can be read directly on the display. The XBY-2GW wireless fiber-optic north-seeking gyro inclinometer uses a self-seeking north method to measure azimuth. Its working principle is to measure the very small earth rotation speed (15°/hour) through a gyroscope with extremely high sensitivity and extremely low noise, and calculate the local earth rotation component by combining the latitude values of different regions, so as to measure the direction indicated by the instrument without magnetic interference.
1. Our cutting-edge JTG-1 Fiber Optic North-finder Gyro Inclinometer features an innovative fiber optic design that provides a compact structure, superior sensitivity, minimal zero drift, and eliminates rotating parts, resulting in an all-solid-state construction.
2. Our inclinometer system adopts a two-point alignment method to achieve self-alignment, significantly improving the system alignment accuracy, while seamlessly realizing the automatic north-seeking function.
3. Our products are designed for optimal stability and reliability, are not affected by electromagnetic interference and vibration, and meet and exceed typical transportation requirements.
4. Our fiber optic gyro inclinometers are widely used in various industries and represent a breakthrough transformation, completely replacing the traditional mechanical gyro inclinometers with their excellent performance and reliability.
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Measuring range of inclination |
0~45° , error ≤ 0.2° |
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Measuring range of azimuth |
0~360° , error ≤ 4° (1° ≤ inclination ≤ 45°) |
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Static drift |
≤ 2° |
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drifting nonlinearity |
≤ 1° |
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Measuring mode |
point measurement (frequency: 1 time / 140 s) |
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Service life of the gyro |
> 1800 h |
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Probe outer diameter of downhole instrument |
φ40mm |
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Measured depth |
≤ 2000m |
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Resistance to pressure of the probe |
≤ 200kg/cm2 |
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Working power of the instrument |
AC220V±10% 50Hz±10% |
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Working environment |
Temperature:-10°~60° Humidity:90% (40ºC) |
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Probe overall dimension |
φ40×2100mm |
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Weight |
3kg |
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S/N |
Description |
QTY |
|
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1 |
Ground instrument |
1 |
|
|
2 |
Downhole instrument |
1 |
|
|
3 |
Attachment |
Connecting lead of the winch |
1 |
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Power cable |
1 |
||
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Depth line |
1 |
||
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Hook wrench |
1 |
||
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Blue tape |
2 |
||
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Silicone grease |
1 |
||
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Backpack for instrument |
1 |
||
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Operation Instructions |
1 book |
||
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4 |
Certificate of Quality |
1 copy |
|
|
5 |
Warranty Card |
1 copy |
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