The application of rope displacement sensors in bridge pushing equipment is mainly reflected in monitoring and controlling the displacement and position of the bridge.
The rope displacement sensor, also known as the rope sensor, rope electronic ruler, and rope encoder, is a sophisticated structure of linear displacement sensors that fully combines the advantages of angle sensors and linear displacement sensors. It has the characteristics of small installation size, compact structure, large measurement stroke, and high accuracy. The measurement stroke can range from a few hundred millimeters to several tens of meters.
In bridge pushing equipment, the important function of the rope displacement sensor is to timely sense the deformation of the bridge or tunnel structure, and convert the signal into visual results through the signal processing unit inside the sensor, providing accurate monitoring data for the bridge Z family and engineers, helping them to discover and handle structural safety issues in a timely manner.
These pieces of information are crucial for the control and monitoring of bridge launching equipment. By real-time monitoring and analysis of displacement data, operators can understand the motion status of the bridge, adjust the operating parameters of the equipment in a timely manner, and ensure the safety and stability of the bridge. Meanwhile, these data can also be used for equipment fault diagnosis and preventive maintenance, improving the service life and reliability of the equipment.
Overall, the application of rope displacement sensors in bridge pushing equipment provides an effective means for displacement monitoring and control of bridges, ensuring the safety and stability of bridge construction and operation. 
