JTL-40GX Fiber-Optic Gyroscopes(FOG) Inclinometer Logging Borehole Testing Instrument Geophysical Water Well Logging System Winch
Description
Through our analysis of the advantages of fiber-optic gyroscopes (FOGs) in deviation logging, we have developed and researched an advanced FOG-based inclinometer for well logging. Specifically tailored for directional drilling, this innovative device has seen significant commercial success, with hundreds of units sold and extensive field application.
Our FOG inclinometer stands out for its:
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Accurate and Reliable Performance: Delivering precise measurements and dependable data.
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All-Solid-State Construction: A robust design with no moving components ensures longevity and reliability.
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Low Power Consumption: Optimized for energy efficiency.
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Extended Operational Life: Characterized by a long mean time between failures (MTBF).
Detailed Advantages
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High Precision: Achieves accurate measurement results.
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Data Integrity: Ensures data with a high degree of confidence.
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Durability: Utilizes a solid-state structure that enhances reliability and reduces maintenance needs.
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Efficiency: Consumes minimal power, making it suitable for extended operations.
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Reliability: Designed for prolonged operational life with infrequent failures.
Parameter
1. Instrument power supply:DC200V±20%,Electricity≤40mA
2. Azimuth Sensor: Fiber-optic Gyroscope
3. Azimuth Measuring Range:0°~360°
Azimuth Measurement Accuracy:vertex angle≥1°,Better then ±2° (Latitude:0°~±45°)
4. vertex angle Measuring Range:0°~50°
Vertex angle Measurement Accuracy:±1°.
6.Measurement method: Spot Measurement
7.Sef-finding north system time:2mins
5.Environmental: Temperature<=160ºC;Pressure≤50MPa
Parameters of Borehole Geophysics Logging
Water Well Logging Equipment, Geo Logging Equipment
| 12bit A/D Conversion, Program-Controlled Magnification |
K=0.5~128 |
| Counting Channel |
f≤500KHz |
| Digital Signal Transmission Frequency |
9600bit/s |
| Power Supply Cycle |
400ms |
| Current |
2mA~500 mA Optional |
| Signal Input Range |
≤±10V |
| Continuous Working Time |
≤24 hr |
| Power Consumption |
<200W |
| Volume |
420×260×210mm |
| Weight |
<7Kg |
| Working Temperature Range |
-10ºC~ +50ºC |
| Working Power Supply |
AC220V±10% 50Hz ±5% |
| Logging Speed |
0~30 m/min Adjustable (as per sampling interval) |
System Composition of Borehole Geophysics Logging
Water Well Logging Equipment, Geo Logging Equipment
| No. |
Name |
Qty |
| 1 |
GDQ-2D Logging System Box |
1 |
| 2 |
Well Logging Probe |
1 |
| 3 |
Logging Winch and Logging Cable |
1 |
| 4 |
Drilling Mouth Pulley |
1 |
| 5 |
Depth Encoder |
1 |
| 6 |
Laptop (Optional) Printer (Optional) |
1 |
The probes of Borehole Logging Downhole Caliper Logging Groundwater Logging Borehole Gamma Logger Water Well Logging System
| Model/ Name |
Parameter to measure |
| JDX-2Dr Resistivity & Gamma probe |
SP, Apparent resistivity, natural gamma |
| JDX-3Dr Combined probe |
16"/64"resistivity, SP, natural gamma, temperature, SPR |
| JJH-2 Res/IP probe |
16"/64"resistivity, SP, IP |
| JCX3-GMD Laterology & Gamma |
Laterology-3 resistivity, natural gamma, SP |
| JCC-2A Three-component magnetometer |
Magnetic Tri-component |
| JCH-2 Magnetic susceptibility probe |
Susceptibility |
| JWY-1 Temperature & Fluid resistivity |
Temperature, fluid resistivity |
| JWL-2W Flow Combined probe |
Temperature, water level, flow |
| JJX-3DA High precision inclination probe |
Vertex angle, azimuth |
| JJY-3D Three-arm caliper |
Diameter, liquid level |
| JSS-3 Sonic probe |
Travel-time, Equation of time, Amplitude1, Amplitude2 |
| JMZD-2D Combined density probe |
Density, laterology,resisitivity, natural gamma, SP, caliper |
| JZZ-3 Neutron & gamma probe |
Natural gamma, porosity |
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