This model is one of the most advanced MEMS digital inclinometer systems of the world. It uses Android mobile phone as a readout and data storage unit so that it is having the high computational power and high-resolution color display capabilities. This system is used to accurately measure horizontal movement including settlement and heave of storage tank, structures, landfills, etc.

​The horizontal inclinometer system provides significant quantitative data on the magnitude of settlement and its variation with time. It gives information on pattern of settlement and effectiveness of construction control measures.

This system consists of inclinometer casings with couplings, probe with operating cables and a mobile phone data logger. Accessories like a dummy probe and calibration jig are available on demand.

Note: For vertical inclinometer readings ‘Vertical Inclinometer’ unit is required.

This is an in-place 3D inclinometer with settlement (IPIS) system is used wherever lateral movement along with settlement/heave is to be monitored in a borewell or on a structure. It finds wide application in the measurement of lateral movement and settlement in soil, earthworks, slopes or structures like retaining/diaphragm walls, embankment, deep foundations or dams etc. It is also very useful in monitoring landslide areas.

IPIS is designed to provide significant quantitative data on the magnitude of lateral movement along with settlement or heave and its variations with time. It also provides the pattern of deformation, zones of potential danger and effectiveness of construction control measures undertaken. Its data logging and real-time monitoring feature help to provide early warning in case of failures.

​The IPIS system consists of a string of probes positioned inside the inclinometer casing in a continuous array to span the movement zone. Each probe basically comprises of a high accuracy biaxial MEMS sensor to monitor inclination or lateral movement (X-Y) and a contactless magnetic sensor to monitor settlement or heave (vertical movement-Z), housed in a waterproof stainless steel enclosure.

These sensors measure the tilt and settlement in successive segments to accurately monitor a change in the profile (x-y-z) of the inclinometer casing. The real advantage of IPIS is that it allows online monitoring of transverse movement as well as settlement using the same borehole/gauge well. This was not possible until now using presently available instruments.

This is high sensitivity liquid level settlement system is designed for remote measurement of minute differential settlement in tunnels, bridges and buildings, etc. with high precision. It consists of a low pressure, high sensitivity settlement sensors with digital output, connected in series to a reference reservoir and desiccant unit via fluid filled and air vent tubes respectively.

All interconnected settlement sensors are mounted at same elevation. They are connected in series by a fluid filled tube to a reference sensor mounted on stable ground, at same elevation. The settlement sensors and the reference sensor have a common fluid level initially. The fluid level in the reference reservoir is maintained almost constant. Settlement or heave of any sensor installed at settlement locations, causes difference in elevation between the sensor and reference reservoir, resulting in change in liquid head, which is read by the settlement transducer.

The settlement sensors are interconnected with an air vent tube terminated in a desiccant unit with a moisture trap. The common vent line being open to atmosphere results in settlement reading not being affected by local air current and changes in atmospheric pressure.

Data for remote online monitoring is retrieved from the sensors by a digital datalogger. With real-time data, authorities can monitor slightest changes taking place instantly. This allows taking of timely decisions resulting in increased safety, cost effectiveness and reduced project delays.