ISSO-IPI borehole inclinometers

ISSO-IPI borehole inclinometers

Downhole inclinometersIPI are designed to measure the angle of deviation of the borehole section plane relative to the horizon. The main application is the monitoring of landslide processes and the control of horizontal and vertical ground movements. Principle of operation: the angle of inclination is measured using a micromechanical MEMS sensor oriented relative to the gravity vector.

Defines the maximum tilt angle that the sensor can register, usually expressed in degrees (for example, ±90°).

Reflects the minimum error when taking readings, usually indicated in degrees or fractions of a degree (for example, ±0,1°).

Ensures the operation of the sensor in conditions of high humidity and IP68 dust and moisture protection, which is important for operation in wells and difficult natural conditions.

The main characteristics of the ISSO-IPI downhole inclinometer

Parameter Meaning
Model range The Xaxis The Yaxis
Tilt angle measurement range:
– ISSO-IPIA-1.1, ISSO-IPIB-2.1
– ISSO-IPIA-1.2
– ISSO-IPIAD-1.1-1M, ISSO-IPIAD-1.1-2M,ISSO-IPIAD-1.1-3M
– ISSO-IPIAD-1.2-1M, ISSO-IPIAD-1.2-2M, ISSO-IPIAD-1.2-3M
±10°
±10°
±10°
±10°

±10° 

±10°
Limits of the permissible accuracy of tilt angle measurements reduced to the full measurement range, % ±0,1
Supply voltage, V 11,5 – 12,5
Dimensions (diameter × length), mm, max.: 32×215
Weight, kg 0,25
Operating conditions: operating temperature range, °C from -45 to +80

ISSO-IPI downhole inclinometers are used in systems

Design of automated geotechnical monitoring systems
Design of automated geotechnical monitoring systems
Technical inspection of facilities
Technical inspection of facilities
Scientific and technical support for the system design
Scientific and technical support for the system design
Design of Structural Health Monitoring Systems (SHMS)
Design of Structural Health Monitoring Systems (SHMS)
Design of intelligent transportation systems
Design of intelligent transportation systems

Software

KSM.Bridge

KSM.Bridge

System for monitoring engineering structures/facilities

Read more
KSM.Flow

KSM.Flow

Automated Traffic Control System

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In which projects was it used?

Automated Traffic Control System, Toll Collection System, Transportation Safety System of Kazan – Yekaterinburg route
Automated Traffic Control System, Toll Collection System, Transportation Safety System of Kazan – Yekaterinburg route
Front end engineering design for the construction of the Kazan – Yekaterinburg Highway
Automated Traffic Control System, Road integrated communication system, Startseva St. – Oktyabryat Avenue – Tselinnaya St. crossing
Automated Traffic Control System, Road integrated communication system, Startseva St. – Oktyabryat Avenue – Tselinnaya St. crossing
Design of Automated Traffic Control System and a road integrated communication system on “Startseva St. - Oktyabryat Avenue - Tselinnaya St. crossing” Highway under construction
Automated Traffic Control System, Toll Collection System, Structural Health Monitoring System of the bridge over the Lena River, Yakutsk
Automated Traffic Control System, Toll Collection System, Structural Health Monitoring System of the bridge over the Lena River, Yakutsk
Design of a bridge crossing over the Lena River near the city of Yakutsk