Digital Borehole Inclinometer
This instrument utilizes a high-precision gravity accelerator and a 3D magneto-resistance sensor to create its measurement system. It is sensitive, repeatable, and compact.
Technical Specifications
Overview
Advanced Digital Borehole Inclinometry
This digital inclinometer is a high-precision instrument engineered for measuring dip and azimuth angles in vertical or directional boreholes. It utilizes a high-precision gravity accelerator and a 3D magneto-resistance sensor, ensuring reliable, repeatable performance in mining, hydrology, and geological survey applications. Designed for durability and efficiency, the system features long-distance signal transmission and an anti-shaking probe design to maintain accuracy in challenging field conditions.
Measurement Capabilities
Dip Angle Performance
50 °
Range
0.2 °
Error
Azimuth Angle Accuracy
| Dip Angle Range | Error |
|---|---|
| 1° - 3° | ±5.0° |
| 3° - 50° | ±3.0° |
- Max Measurement Depth
- 1200 m
Technical Specifications
- Power Supply
- AC 220V±10%, 50 Hz
- Probe Dimensions
- Φ54 x 1345 mm
- Probe Weight
- 13.5 kg
- Control Unit Dimensions
- 270 x 220 x 155 mm
- Control Unit Weight
- 2.4 kg
Operating Environment
Probe Operating Conditions
- Temperature: 0℃ to 55℃
- Pressure Endurance: ≤15 MPa
Control Unit Operating Conditions
- Temperature: -10℃ to 50℃
- Relative Humidity: ≤85%
Features
- System Highlights
- Digital Signal ProcessingAnti-Shaking ProbeLong-Distance TransmissionManual Data RecordingUltra-Bright LCD
