| Customization: | Available |
|---|---|
| After-sales Service: | Supply |
| Warranty: | 1 Years |
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| Vertex coverage | 0~60° |
| Vertex accuracy | Less than 0.1° |
| Azimuth coverage | 0~360° |
| Azimuth accuracy | ±4° (Vertex ≥ 3°), ±6° (2° ≤ Vertex ≤ 3°) |
| Working temperature | 0~85°C |
| Probe outline dimension | φ42×1000 mm |
| Ground instrument dimension | 240*95*140mm |
| Probe weight | 2kg(weighing bar 5kg) |
| Probe down-hole length | ≤1000m |
1.High-precision measurement: In-depth explanation of the high-precision advantages of vertex and azimuth measurement, emphasizing that it can provide accurate data support for geological exploration, engineering construction, etc., and reduce the risks caused by errors.
2.Easy operation: Describe the simplicity of the operation process, such as one-button start, digital display, simple menu operation, etc., to reduce the skill threshold of operators and improve work efficiency.
3.Wide range of applications: Explain that it can work stably under different geological conditions and climatic environments, and can be applied to a variety of industries, such as geological exploration, mining, tunnel construction, dam monitoring, etc., to broaden the market audience of products.
4.Stable and reliable performance: Introduce the durability of the product, such as using high-quality materials, undergoing strict quality testing, and being able to adapt to long-term stable operation in harsh working environments, reducing the cost of fault repairs.
Internal sensors sense the gravity field and geomagnetic field to measure the top angle and azimuth of the borehole, helping buyers understand how the product achieves accurate measurement.
Operation steps:
(Cautions: these sensors inside the probe are accurate devices, which are forbidden to crash down and
destroy or else you will take accountable for them.)
Interior of the probe these are two linear inclination sensors, by whose output signals you can count out the vertex angle.
Measurement of magnetic field consists of three sensors that are perpendicular to each other. Each sensor direction will record its corresponding magnetic strengthens and its sensibility is match with the dimension of this direction. Influence in the axis direction, where the sensor can tell from each other in a resolution of 1mG, is little. So two dimensions determine the azimuth.
We use a sturdy instrument box to ensure effective protection of the inclinometer during transportation.
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