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A simple option to activate and collect data from self contained RPX Insite Temperature Loggers. Used as part of a Bulk Temperature monitoring or Concrete Maturity process.
A simple option to activate and collect data from self contained RPX Insite Temperature Loggers. Used as part of a Bulk Temperature monitoring or Concrete Maturity process.
The Water Level Indicators (Electric Contact Meters) are easily transported, user-friendly and reliable instruments used for measuring water level and total depth in boreholes, wells, observation pipes, reservoirs. They are also used to control pumping tests.
MEMS Tilt Beams are designed for attachment to structures, on either a vertical or horizontal surface, for the measurement of tilt or differential settlement. Typically used in tunnels, bridge or masonry structures where differential settlement is typical.
Geosense's Portable MEMS Inclinometer systems use an Android App to send tilt data generated by the probe directly via FTP, API, email or other communication platforms. Available configured for Vertical, Inclined or Horizontal applications.
The CorroRisk probe has been developed for corrosion monitoring on existing concrete structures. The retrofit probe design press fits black steel anodes to precise bore holes, along with a reference electrode and noble metal cathode for electrochemical monitoring.
The ERE 20 is a true, long life Reference Electrode, which can be cast into the cover concrete to monitor cathodic protection, electrochemical corrosion monitoring probes or the corrosion of steel inside concrete.
The CorroWatch acts as an early warning system to predict the initial stages of corrosion in concrete structures. It is cast into the cover concrete, normally in newly cast concrete structures. The sensor can measure most of the relevant corrosion parameters.
The Camur system is created for permanent and automatic monitoring of corrosion in concrete, with remote data retrieval and control. Camur Nodes record sensitive Electrochemical values close to the measurement location, with a digital bus to a controller / data logger.
The VWS-2020 series vibrating wire strain gauges are designed primarily to measure strains on the surface of steel structures but may also be used on other types of material.
The VWS-2100 series vibrating wire embedment strain gauges are designed for direct embedment in concrete.
The VWS-2000 series vibrating wire surface mount strain gauges are designed for the long term monitoring of steel or concrete structures. Gauges may be attached to steel structures by arc welding or, using alternative end blocks, bonded or grouted into concrete.
VWCM-4000 crack meters are used to measure movement across surface cracks and joints in concrete, rock, soil and structures.
The VWP-3000 Series of Vibrating Wire piezometers use the well-proven method of converting fluid pressures on a sensitive diaphragm into a frequency signal.
The GEO-XM settlement system is a magnet extensometer system used typically to monitor settlement and heave in foundations, excavations and embankments.
The VWLC 5000 series Vibrating Wire Anchor Load Cells consist of a cylinder of high strength steel with 3 to 6 vibrating wire strain sensors (depending on capacity) mounted parallel to the longitudinal axis arranged equidistant around the circumference which measure the compression of the cylinder under load.
A unique battery-powered instrument for measuring low corrosion current values for CorroRisk and CorroWatch probes. Able to measure to 6 individual carbon steel electrodes.
The Vibrating Wire Hydrostatic Profiler is used for the measurement of subsurface settlement. The sensor measures the hydrostatic head of liquid between the sensor and the reservoir locations.
The VWS-4000 series vibrating wire Sister Bars and Rebar Strain Meters are designed to be embedded in concrete to measure strains due to imposed loads.
The MEMS In-Place Tilt Meter measures uniaxial or biaxial tilt, which is measured from the plane perpendicular to the base.
GeoLogger Linx™ are a range of low-cost battery powered data loggers for stand-alone monitoring which can be used with all types of vibrating wire sensors such as piezometers, load cells, crack meters, joint meters, strain gauges, pressure cells, weir monitors and extensometers, together with their associated thermistors.
INSITE delivers critical concrete data so you can make better decisions. INSITE loggers record concrete temperature and calculate on site concrete strength using maturity. The concrete maturity method is a proven early age strength estimation technique (ASTM C 1074) that accounts for the effects of time and temperature on the strength development of in-place concrete.
The IPI-X is designed to be installed in inclinometer casing to automatically measure settlement or heave, together with tilt for full 3D borehole profiling.
