Digital MEMS Inclinometer Spiral Sensor ICB0003J
The Digital MEMS Inclinometer Spiral Sensor is used to determine down-hole helical deformation of installed inclinometer casing.
Digital MEMS Inclinometer System ICB0021Q
With a new minimum negotiable casing radius of 1.93 m, RST's Digital MEMS Inclinometer can still traverse a smaller radius bend than all other inclinometers available in the industry. RST's Digital MEMS Inclinometer Probe has an industry leading system accuracy of ± 2 mm per 25 m.
The Digital Tilt Logger is a low cost, battery powered data logger and tilt meter in a single, compact unit. It measures tilt in either one or two perpendicular axes in the plane of the base.
Horizontal In-place MEMS Inclinometer ICB0032F
The In-place Horizontal MEMS Inclinometer is designed to remotely monitor, and continuously measure, underground vertical movement as a result of construction and excavation and any settlement that may occur around tunnels, dams, embankments and landfills.
Horizontal MEMS Inclinometer ICB0012P
The Horizontal MEMS Inclinometer from RST Instrument Ltd. measures settlement or heave under embankments, dams, roadways, storage tanks, and landfills.
Inclinalysis Software ICB0018I
RST Inclinalysis™ Software is a powerful companion to the RST Digital Inclinometer System. It allows the user to quickly and efficiently reduce large volumes of inclinometer data into a variety of formats suitable for analysis and presentation.
Inclinometer Casing - Anchor ICB0031B
Inclinometer Casing Anchor is affixed to the bottom of the inclinometer casing prior to inserting it into the drill-rod/borehole. As soon as the anchor exits the bottom opening of the drill-rod / borehole, the spring-loaded arms of the anchor are automatically extended to grip the borehole/duct wall.
Inclinometer Casing - Telescopic ICB0033F
Telescopic Inclinometer Casing is mainly used in embankments where the casing will be subject, either locally or along its full length, to large amounts of settlement, typically more than 1%.
Inclinometer Casing is suited to be installed in boreholes, piles, set into concrete or attached to structures. The casing serves as an access tube to guide a servo accelerometer based probe in the two orthogonal directions of measurement. Changes in the output of the probe caused by the deformation of the casing, is proportional to the sine of the angle of inclination of the long sensor axis from vertical.
In-place MEMS Tilt Meter ICB0010R
In-place MEMS Tilt Meters measure tilt in either one or two axial planes perpendicular to the surface of the base plate.
In-place MEMS Vertical Inclinometer ICB0009R
In-place Vertical MEMS
Inclinometer Systems are designed to measure lateral movement of soil and rock
or deflection of man made structures such as piles or retaining walls, when
remote and continuous monitoring are required.
MEMS Tilt Beam ICB0008M
MEMS Tilt Beams measure
differential movements in structures and consist of a MEMS sensor mounted on a
rigid, fiberglass beam. The beam is then mounted on anchor bolts set into the
structure.
Portable MEMS Tilt Meter ICB0004Q
MEMS Tilt Beams measure differential movements in structures and consist of a MEMS sensor mounted on a rigid, fiberglass beam. The beam is then mounted on anchor bolts set into the structure.
Probe Style In-place MEMS Inclinometer ICB0034A
Standard in-place inclinometers may not be able to track in casings deformed by active ground movement. The Probe Style In-place MEMS Digital Bus Inclinometer has tracking equal to the best standard probe inclinometers.
Profile Monitoring System for Tunnel Concrete Segments EXB0015E
The RST Profile Monitoring System for Tunnel Concrete
Segments is a series of tilt meters, fixed to the tunnel wall on each of the
precast concrete segments erected in place as tunnel lining by a Tunnel Boring
Machine (TBM).
Track Monitoring System ICB0036B
The Track Monitoring System is intended for monitoring settlement and twist of railroad tracks which may be affected by nearby construction activity, such as tunneling or adjacent excavation, or which are located near hazardous zones such as potential washout or landslide areas.