Static level gauge, regular static level gauge processing

Description :

　　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.

　　Principle of static level

　　In the system of static level, the vertical displacement of all measuring points is relative to one of the reference points, and the vertical displacement of that point is relatively constant or can be accurately determined in other ways, so as to calculate the settlement change of each measuring point in the static level system. Features: Linear measurement, position output, non-contact continuous measurement, wear and tear, protection level IP65. The sensor does not require recalibration or regular maintenance. It has multiple input/output options, including voltage and current analog signal output, as well as RS485 digital signal output. Compared with other level transmitters and level gauges, it has obvious advantages in simple and convenient installation.

　　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.

　　The differential pressure static level is composed of a reservoir, an ultra high precision core, a customized circuit module, a protective cover, and other components. The settlement system consists of multiple sensors of the same model, and the storage tanks are connected by ventilation pipes and liquid pipes. The reference point is placed at a stable horizontal base point. When the measuring point rises or falls relative to the reference point, it will cause changes in pressure at each point. By measuring the changes in sensor pressure, the rise and fall of each measuring point relative to the horizontal reference point can be calculated.

AfterSalesService :

• Static level