Deformation of the orbit, measurement of structural displacement! Automatic correction necessary for precise surveying is also performed.
"HyPoS" is a system that performs matrix-type automatic displacement measurement by combining with a total station (TS). It has the capability to supply power to the TS and perform matrix calculations, allowing for high-precision automatic displacement measurement of measurement points located 100 meters away in three dimensions. It comes standard with sensors for measuring meteorological data (atmospheric pressure, temperature, humidity), an accelerometer for detecting vibrations, and a raindrop sensor, automatically performing the necessary corrections for precise surveying. [Features] - Capable of supplying power to the TS and performing matrix calculations - Can automatically measure displacements with high precision in three dimensions at measurement points located 100 meters away - Comes standard with sensors for measuring meteorological data (atmospheric pressure, temperature, humidity), an accelerometer for detecting vibrations, and a raindrop sensor, automatically performing the necessary corrections for precise surveying *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Configuration of HyPoS】 ■TS (1-second reading automatic tracking TS): 1 unit (Using Leica TCA2003) ■TS Controller (TMS-1): 1 unit ■Computer (for data collection): 1 unit *For more details, please refer to the PDF document or feel free to contact us.
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【Purpose】 ■Measurement of track deformation and structural displacement *For more details, please refer to the PDF document or feel free to contact us.*
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We are professionals in "measuring," engaged in everything from sensor design and manufacturing to measurement services. We are a sensor manufacturer established in 1976, used to detect various behaviors such as rock mass movements, strain and internal stress within concrete, and the settlement and tilting of existing structures near construction sites, to ensure safety during construction and stability after completion when creating large structures like dams, tunnels, bridges, and skyscrapers. Our various sensors provide data confirming safety for Japan's representative structures, such as the Yokohama Bay Bridge, Landmark Tower, and Kansai International Airport, as well as urban underground infrastructure like subways and water supply and drainage systems, and hydropower plants, radioactive waste facilities, and underground storage facilities located hundreds of meters underground.