Static level automatic static level parameters

Description :

　　The advantages of a static level are high measurement accuracy, strong stability, and not affected by low temperatures. The vertical settlement of the measured object is mainly determined by measuring the liquid level. Mainly used for settlement observation in subways, tunnels, bridges, building foundations, etc.

　　A static level is a precision instrument used to measure height differences and their variations. Mainly used for monitoring vertical displacement and inclination of pipe galleries, dams, nuclear power plants, high-rise buildings, foundation pits, tunnels, bridges, subways, etc.

　　Main purpose of railway settlement monitoring

　　1. Obtain observation data on the load and natural settlement of the newly built 200-350km/h ballastless track subgrade.

　　2. By monitoring, obtain the true situation and deformation trend of settlement and deformation of different structures in the project.

　　3. By monitoring and understanding the dynamic changes in settlement during the compaction process of the roadbed, timely and reliable information can be provided for the later settlement, in order to evaluate the safety of the ballastless track foundation under load and natural settlement.

　　4. Provide forecasts for potential safety hazards in engineering, in order to take effective measures and prevent accidents from occurring.

　　Principle of Layered Settlement Gauge

　　Inductive sensor is a type of variable reluctance sensor that utilizes the change in inductance of a coil to achieve non electric measurement. He can convert various mechanical and physical parameters such as displacement, vibration, pressure, strain, flow rate, and specific gravity into electrical output, enabling long-distance transmission, display, and control of information. A simple inductive sensor application consists of an iron core and a movable armature. There is an air gap between the armature and the iron core. When the armature moves, the magnetic resistance of the air gap in the magnetic circuit changes, causing a change in coil inductance. This change in inductance corresponds to the position of the armature, that is, the size of the air gap. Therefore, as long as the change in inductance can be measured, the magnitude of the displacement of the armature can be determined. Inductive sensors are made based on this principle.

AfterSalesService :

• Static level