Vertical In-Place Inclinometer

Vertical In-Place Inclinometer

The vertical in-place inclinometer is mainly used to measure the internal lateral movement of structures, such as landslides that may occur on unstable slopes or the lateral movement of surrounding earth in foundation pits, and is lateral deformation of dams, shafts, tunnel walls, caissons, piles and sheet piles, dams and roadway embankments. The inclinometer utilization of high-precision MEMS uniaxial/biaxial tilt sensor which adopts the principle of differential measurement, noise compensation technology and temperature compensation technology to ensure the high precision and resolution of the sensor.

Vertical In-Place Inclinometer

Digital MEMS Inclinometer System

Digital MEMS Inclinometer System

The model MCLI digital inclinometer system is an instrument used to manually detect the lateral deformation of structures like slopes, landslides, embankments etc,. The inclinometer can communicate with Android phones via Bluetooth. Through the mobile APP, it can realize various functions such as measurement, display, storage, analysis, import and export, etc. The inclinometer consists of an inclinometer probe, meter mark cable, winding reel, charger and supporting APP software. The trolley with integrated winding reel is convenient for customers to carry, saving time and labor costs. It is widely used to detect earthrock dams and embankments in the fields of water conservancy and hydropower, mining and metallurgy, construction, transportation and other fields, internal horizontal displacement changes in geotechnical engineering and infrastructure such as mountain slopes, buildings, foundation pits, bridges, roadbeds, etc. It is an indispensable precision measuring instrument for manual monitoring of deep horizontal displacement.

Digital MEMS Inclinometer System

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