The LT-Inclibus gauge is able to monitor local tilting along a line, assuring the alignment, distance and measuring axis orientation between the gauges.
The standard segment is composed by a 2m fibre glass rod with two biaxial waterproof gauges, 1m spaced.
The chain of LT- Inclibus can be installed within a borehole, mounted to a surface of a structure, laid along a trench or buried in a concrete mass.
It is possible to have one or four gauges on the 2m rod upon request.
The rods are connected through mechanical joints, while the gauges are connected in a RS485 chain. The logger can read both the inclination of the two axis in engineering units and the internal sensor diagnostics for each measuring point (temperature, relative humidity and voltage supply).
Customers can use any electronic device compatible with RS485 and Modbus RTU protocol as a logger. The LT-Inclibus gives a complete and transparent array of data in engineering unit, as a result.
• Deck bridges deformation
• Unstable slopes
• LNG tanks
• Deep excavations
• Dam slope stability
FAQ#116 - How do I configure a WR-Log digital node to read RS485 Sisgeo TIMED sensors?
FAQ#110 - What's the purpose of the linear and polynomial factors written in the Calibration Reports?
FAQ#095 - How long does a chain of digital sensors take to be read?
FAQ#094 - Which are the available powering modes for SISGEO digital sensors?
FAQ#073 - Which is the maximum number of digitized sensors (RS-485, Modbus), the maximum number of chains and the maximum length of cable in a RS-485 network?
FAQ#077 - Which are the maximum cable lengths from instrument to datalogger?
FAQ#076 - Why it is necessary add a termination resistor to the last digitized sensor of each RS-485 chain?
FAQ#075 - Which parameters are save into SISGEO digitized sensors?