Fiber Optic Gyro Inclinometer Borehole Trajectory Wireless Gyro Drilling Inclinometer Supplier North Seeking Fiber Optic Gyro Borehole Inclination Tester

• Customization: Available
• Application Area: Aerospace And Shipbuilding Industries, Construction And Engineering, Geological Prospecting
• Data Transmission: Wireless Inclination Sensor
• Model NO.: GBY-2W
• Measuring Range: Triaxial
• Type: Fiber Optic Gyro Inclinometer
• Working Principle: Fiber Optic Gyro
• Product Name: Optic Gyro Inclinometer
• Aother Name: Drilling Clinometer
• Features: Small Size and High Accuracy
• Application: All Drilling Trajectory Record
• Accuracy: 1mm
• Vertical Lines: 1
• Horizontal Line: 1
• After-Sales Service: Yes
• Warranty: 1 Year
• Transport Package: Wooden Case
• Specification: ISO9001: 2000
• Trademark: Gold
• Origin: Shandong
• HS Code: 9001401000
• Production Capacity: 50 Set/Month

Product Description

Fiber Optic Gyro Inclinometer Borehole trajectory Wireless Gyro Drilling Inclinometer Supplier North Seeking Fiber Optic Gyro Borehole Inclination Tester

Product Description

  The GBY-2GW wireless fiber north gyro inclinometer consists of two parts: a gyro probe and a wireless intelligent controller.

 The two devices communicate wirelessly via Bluetooth without cables. The probe is used to measure and collect the  inclination and orientation data of the borehole. The controller/data collector is used to set parameter and consult results. 

After the setting is completed by the controller, the probe automatically collects and saves data according to the preset parameters. After the logging is completed, the data inside the probe is read by the intelligent controller, and the measurement result can be directly read on the display screen.

 The GBY-2GW wireless fiber north gyro inclinometer uses a self-seeking method to measure the azimuth. Its working principle is to measure the very small earth's rotation speed (15°/hour) through a very high sensitivity and very low noise gyroscope. The latitude value of the region is calculated from the local earth's rotation component, so that the orientation of the instrument is measured without magnetic interference.

Specifications about  North Seeking Fiber Optic Gyro 

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

A precise path of the borehole (x-y-z trajectory) according to requirements is essential for the success of a drilling project. Exact borehole trajectories canbe required in the field of
• short anchoring - or injection wells
• longer horizontal or vertical freezing boreholes in subsurface excavations - and urban tunnel construction
• pilot holes for future mineshafts or deep wells in the field ofgeothermal or oil and gas production.
Magnetic borehole survey devices can be disturbed by magnetic interference
due to borehole casing, geology or nearby wells. Therefore, relies on based gyroscopes as a non-magnetic survey technology. Our stateof-the-art  Gyroscopes measure a position change based on the Coriolis force, independent of any magnetic or electromagnetically influences. For reporting, the measured data during the survey is processed and then transformed into a 3D coordinate system to visualize the borehole path
If interested in Fiber Optic Gyro Inclinometer Borehole trajectory Wireless Gyro Drilling Inclinometer Supplier North Seeking Fiber Optic Gyro Borehole Inclination Tester, please don't hesitate to contact us