Views: 5 Author: Site Editor Publish Time: 2024-03-20 Origin: Site
An important instrument for
engineering survey --Do you know about the clinometer?
In the field of engineering surveying, it is crucial for staff to have a thorough understanding of the correct use of inclioometer and work with a professional attitude. Inclmeter is widely used in various kinds of water conservancy and hydropower, mining and metallurgy, transportation, urban construction and other geotechnical engineering fields. It is an instrument used for measuring the vertical and horizontal Angle of engineering structures (such as drilling, foundation pit, foundation, wall, dam slope, etc.).
A agometer is an instrument that judges the change of the horizontal displacement of the ground by measuring the change perpendicular to the horizontal direction. The inclinometer consists of an inclination sensor and a digital display, where the inclination sensor detects the oblique angle through an internal miniature accelerometer and transforms the data into digital signals, which is sent to the digital display for display.
The inclination sensor works in a similar principle to the gravity sensor, where the location is inferred by detecting the absolute value of the accelerometer. In the inclinometer, the number and direction of the accelerometer will vary according to the measurement needs. Generally, it is necessary to use a three-axis sensor to measure the rotation Angle around the X axis, Y axis and Z axis respectively, and then get the oblique Angle relative to the horizontal plane through calculation.
Inclinometer is a common monitoring tool used to measure the inclination angle and deformation of soil and rock mass. The inometer is widely used in rock dam, face dam, rock slope, embankment, foundation pit and other engineering. Here are the specific applications:
In short, the goniometer is an important underground engineering measuring instrument, which is widely used in rock dam, face dam, rock slope, embankment, foundation pit and other engineering, can find problems in time, to ensure the safety and stability of the project. At the same time, when using the oblique instrument, we also need to need to carefully debug the instrument to ensure the measurement accuracy. At the same time, we should pay attention to the use environment and operation specifications to avoid damage or error.