Inclination sensor, also known as level sensor, level meter, inclinometer, is a kind of angle sensor, a kind of acceleration sensor using the principle of inertia, which can judge the tilt status of the equipment by detecting the tilt angle in the use environment, and when the angle deviation of the monitoring object occurs, the inclination sensor can communicate the abnormal data to the management personnel, so as to avoid the occurrence of serious events. It can be used in various scenarios that require angle measurement.
?Solar Energy Utilization: As a renewable and clean energy source, solar energy has unlimited potential to be developed by people, for example, solar power is a way to use solar energy, tilt sensor can help people to further determine the orientation and tilt angle of the solar cell, in order to give full play to the advantages of solar energy. ?Ancient Building Protection Monitoring: Ancient buildings can pass on civilization and are a carrier of civilization. Along with the passage of time, their life will be gradually shortened. In order to better maintain the ancient buildings, extend their existence life and monitor their safety performance, it is possible to apply high-precision inclination sensors, which can sense the pendulum, vibration, tilt and other small angular changes in the ancient buildings.
?Dam Monitoring: Dam collapse is prone to cause serious accidents, inclination sensors can be obtained in a timely manner for the dam and bedrock changes in the state and the role of the environment on the dam, to provide a variety of data based on the safety of people traveling in a timely manner for the issuance of early warning signals, so that people can better predict the service life of the dam, its timely improvement of the maintenance to ensure that the dam in the use of the safe operation of the period.
?Bridge Tower Inclination Measurement: After day after day use, coupled with the influence of the surrounding environment, the bridge will gradually tilt, and when it tilts to a certain angle, it will collapse and break with a bang. Inclination sensors can monitor the subtle changes of the bridge in real time, generate change trends, and assist people in analyzing the safety level of the road.
?Drilling Tilt Control: In drilling construction, in order to ensure fast and efficient construction quality, higher requirements are put on controlling the verticality of the drill pipe, especially when large drilling machinery is needed, the deeper the depth means higher vertical requirements for the drill pipe, and if there is a slight deviation on the way to drilling, quality problems will occur. High-precision inclination sensors can assist people in accurately measuring and converting the angular deviation of the tilt of the drill pipe, so as to avoid the situation where the drilling rig starts drilling skewed.
?Inclination Compensation of Weighing System: In the process of continuous weighing of materials, the change of inclination angle will affect the accuracy of the weighing system. For example, in the operation of electronic belt weighing, when there is a large range of changes in the inclination of the belt conveyor; the inherent position of the belt conveyor inclination is large and a certain range of changes in the inclination of the belt conveyor; the belt conveyor has high requirements for the measurement of accuracy and the inclination of the belt conveyor may be changed, it is necessary to compensate for the inclination changes of the belt conveyor inclination sensor.
Inclination Sensor is a standard industrial three-axis inclinometer, adopting Kalman filter algorithm to make the collected angle value more accurate and stable; it has a wide angle measurement range and good output signal linearity, which can meet the use of the vast majority of environments. It can be widely used in industrial inclination measurement and monitoring of dangerous houses, ancient building protection monitoring, bridge and bridge tower inclination measurement, tunnel monitoring, dam monitoring, weighing system tilt compensation, drilling tilt control and other industries, safe and reliable, beautiful appearance, wide measuring range, good linearity, easy to use, easy to install, and long transmission distance.
Installation Method: The default installation direction of the module is horizontal installation, when the module needs to be placed vertically, you can use the vertical installation settings. Vertical installation method: When installing vertically, rotate the module around the X-axis by 90°and place it vertically, and select "Vertical" in the "Installation Direction" option in the configuration column of the host computer. The module must be calibrated after the setup is completed before it can be used. When installing vertically, X-axis is horizontal to the left, Y-axis is perpendicular to the wall inward, and Z-axis is the counterclockwise rotation direction of the module.
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