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The inclination sensor is used for safe operation in coal washing and mining machinery.
By installing an LVG726T dynamic tilt sensor to measure the tilt angle of the chassis in all directions, the angle output signal is sent to the PLC to drive the hydraulic cylinder, thereby achieving the leveling of the chassis.
The research on the automatic driving navigation system for agricultural machinery mainly focuses on satellite navigation systems and inertial navigation systems. The inertial navigation system is mainly used to assist in determining the travel direction of agricultural machinery, and this system consists of accelerometers, gyroscopes, microprocessors, navigation algorithms, power supply systems, and more.
WL500M wireless tilt sensor, used for safety monitoring of warehouse shelves
Fix the tilt angle sensor at the top of the shelf to monitor the verticality of the shelf's columns. Once the tilt value exceeds the set threshold, an alarm will be triggered in a timely manner, allowing the shelf to be restored to a healthy state at the lowest cost. At the same time, it provides a solid data foundation for the warehouse's shelf layout, forklift KPI, shelf health prediction, and safety accident prevention.
The MK926 accelerometer is used for monitoring and analyzing the compaction of rollers.
MK926 uses the vibration frequency and amplitude of the accelerometer to monitor in real-time the rolling construction speed, velocity, and excitation force of the roller, checking whether the vibration meets the requirements and whether the vibration conforms to the design specifications. It can also calculate the current excitation force of the roller based on amplitude and vibration frequency.
Automated monitoring of the comprehensive utility tunnel on Jiangzhou Avenue and Tongjiang Avenue
The underground comprehensive utility tunnel is a type of shallow-buried structure that is easily affected by human and natural environments, leading to uneven settlement, tilting, or vibration damage, which can result in structural fatigue, cracking, water seepage, and other issues. Therefore, it is necessary to monitor the settlement, tilt angle, and vibration of the tunnel. Automated monitoring has advantages such as high frequency and saving time and effort, making it an important measure to ensure the structural safety of the tunnel.
Automatic monitoring of settlement and tilt of the Chongqing Qijiang bridge pier
In the new construction project of the S303 line from Sanjiang to Leishendian, the Huangjing Village highway bridge under the Yuguizhou Railway Baoziyan Qijiang double-line viaduct requires deformation monitoring of the existing Yuguizhou Railway Baoziyan Qijiang double-line viaduct's affected sections 3# and 4# piers during the construction of the Huangjing Village highway bridge. The monitoring aims to ensure the safety of train operations on the existing Yuguizhou Railway during construction and to guide the construction of the S303 line.
Msensor Sensor Chang Tianlong Ship Inclination Monitoring System Solution
The "Ship Inclination Monitoring System" can achieve real-time display of tilt angles, exceedance alarm reminders, data storage, and on-demand customization functions, making up for the shortcomings of the "Six-Point Draft Monitoring System" which only displays the ship's draft.
The verticality of the mast determines whether the drilled hole is qualified, especially for pile drivers, where verticality is an important indicator of the reliability of the building. Therefore, maintaining good verticality or drilling at a certain angle is a common issue encountered during construction. In the electric-hydraulic control system, a dual-axis tilt sensor can be directly installed on the mast to achieve this function. At the same time, operators can input tilt data through the PLC human-machine interface device, and the drilling machine will automatically drill at the set angle. Recommended configuration: (1) Dual-axis tilt sensor + tilt display instrument. Choose the HMI-336T dual-axis digital tilt sensor to monitor the current angle value in real-time. This is a dual-axis measuring horizontal sensor, paired with the DMI2500 tilt display instrument, which allows for an intuitive display of the vertical angle value on the screen. Figure 1.1 HMI-336T rotary drilling rig and pile driver mast verticality measurement and control system. This solution is the simplest and most cost-effective, and our company has provided this configuration to many enterprises. The instrument can be placed in the cab, can be hole-mounted, or directly fixed in a convenient position. The sensor is installed on the mast and connected to the instrument via a dedicated connection cable. Just connect the instrument to a 24V DC power supply. Connection cables are available in specifications of 2m, 5m, 10m, 12m, 15m, etc. Function description: 1. Absolute angle display (default screen) 2. Relative angle display (switch screens using up and down arrows) 3. Relative zero point reset (6-digit numeric keys to reset the zero point) 4. Alarm angle setting (switch to the alarm angle setting interface to set the alarm angle value).
Tilt sensor power tower, communication tower tilt safety monitoring
The intelligent monitoring system for transmission line towers consists of a front-end monitoring device and a back-end monitoring center. The front-end monitoring device is designed using high-precision dual-axis tilt sensors and microelectronic control technology. The dual-axis tilt sensor can measure the tilt angle of the tower in both the longitudinal and transverse directions in real-time, with the working mode and transmission method set by a microprocessor through program instructions, including zero point setting, transmission baud rate setting, and data encoding methods.
Inclination monitoring
X, Y axis, industrial design, small size, low power consumption
Compass heading
X, Y, Z three axis, attitude calculation measurement algorithm
Imu inertial sensor
Three-axis angle, angular velocity, acceleration, magnetic field measurement
Attitude heading reference system
Meet the static, dynamic, high and low temperature of a variety of complex environmental use
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