In-Place 3D Inclinometer Settlement (IPIS) System

1. In-Place 3D Inclinometer Settlement (IPIS) System

2. Overview • Introduction to In-place 3D Inclinometer System • Application- Where is it used? • Features – In-place 3D Inclinometer System • How it works -An Overview • How do you measure with the IPIS system?

3. Introduction to In-place 3D Inclinometer System Encardio Rite, we believe that the future of engineering lies in 3D measurement. Our new 3D inclinometer system (IPIS)isdesigned for measuring andmonitoring lateral movement along with settlement/heave in a borewell or on a structure. This makes it extremely useful for the measurement of settlement in soil, earthworks, structures retaining/diaphragm walls, foundations and dams etc. Itis also designedto provide information about the zones of potential danger, the pattern of deformation, and the effectuality of the construction control measures. The new innovative instrument also finds wide application in monitoring landslide areas. Along with the measurement, it is also employed for monitoring as its data logging, and real- time monitoring features allow early warnings of any potential threat or failure. or slopes embankment, including deep

4. Application- Where is it used? • The In-place inclinometer is a device that measures lateral movement, settlement/heave of embankment fills, and landslide areas above dams, highways, earthworks, structures, etc. • It's used to monitor the deformation of dams and retaining walls. It can also be applied in construction control and stability investigation. • It's also used to monitor ground movement caused by tunnel construction or any other excavation.

5. Features – In-place 3D Inclinometer System • The 3D(X-Y-Z) Profile is a reliable and accurate way to measure the complete 3D(X- Y-Z) profile of your borehole/gagewell. • This probe is designed with a rugged and robust construction that allows the probes to be removed, reconfigured, and reused with different boreholes or projects. • The probe provides excellent temperature stability, which allows easy connection to our data loggers with extremely simple and user-friendly configuration software.

6. How it works -An Overview • If you're looking for a way to monitor your facility's inclination and vertical movement, but don't want to sacrifice the aesthetics of your building, IPIS is the solution. IPIS is an embedded system that uses a series of ABS inclinometer access tubes attached with telescopic coupling installed in a borehole or embedded in earth/rockfill or concrete structure during construction or fixed to the vertical face of a completed structure. The ABS casing is fitted with special magnet rings at intervals. • The IPIS system is equipped with a series of probes that are placed in the inclinometer casing in a continuous array to measure the movement zone. Each probe contains a high-accuracy biaxial MEMS sensor to monitor inclination or lateral movement (X-Y). It also provides a contactless magnetic sensor which is employed to monitor settlement or heave (Vertical movement – Z) placed in a waterproof stainless steel enclosure.

7. How do you measure with the IPIS system? The inclinometer is a device that registers the tilt of an inclinometer. It works by using a magnetic probe to register the location of the magnet mounted on the casing. Once this is done, it can be adjusted with the help of threads over expandable gage tubes. This also depends on whether heave of settlementisneeded at the site. When there is a subsurface movement in the ground, it leads to displacement in the inclinometer casing. The displacement further causes a change in the tilt of the in-place tilt sensors. The output reflects that change, proportional to the tile i.e, the angle of inclinationfrom vertical.

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