Tilt angle sensor ISSO-TILTG-1.2 RS-485

Tilt angle sensor ISSO-TILTG-1.2 RS-485

The ISSO TILTG-1.2 RS-485 tilt angle sensors are used to measure the angle of inclination of various objects relative to the Earth’s gravitational field.

The sensor uses MEMS technology (microelectromechanical systems), which makes it possible to measure the angle of inclination with high accuracy. The output signal of the sensors is represented as a digital signal using the Modbus RTU protocol via converters to RS-485.

One device can be used in different fields, ensuring reliability and safety of operation.

Full dustproof and resistant to water jets from different angles.

The measurement error is ± 0.5%.

Main characteristics of the ISSO-TILTG-1.2 RS-485 tilt angle sensor

Parameter Value
Measuring range, ° ±15 (vertical)/±15 (horizontal)
Sensitivity threshold, <10 arc seconds
Measurement accuracy, % of the range ±0,5%
Dust and moisture protection, IP Not below 65
Operating temperature range, °C from -45 to +80
Input voltage, V 12 DC
Dimensions, mm Ø34 x 215

The ISSO-TILTG-1.2 RS-485 tilt angle sensor is used in systems

Design of Structural Health Monitoring Systems (SHMS)
Design of Structural Health Monitoring Systems (SHMS)
Design of automated geotechnical monitoring systems
Design of automated geotechnical monitoring systems
Design of intelligent transportation systems
Design of intelligent transportation systems
Design of transportation safety systems
Design of transportation safety systems

Software

KSM.Bridge

KSM.Bridge

System for monitoring engineering structures/facilities

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KSM.Flow

KSM.Flow

Automated Traffic Control System

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In which projects was it used

Automated Traffic Control System of the tramline, Samara
Automated Traffic Control System of the tramline, Samara
Design of Automated Traffic Control System for the reconstruction of the tramline in Samara
Structural Health Monitoring System of the “Peter the Great and Catherine the Great” residential estate, Saint-Petersburg
Structural Health Monitoring System of the “Peter the Great and Catherine the Great” residential estate, Saint-Petersburg
Design of a system for continuous monitoring the “Peter the Great and Catherine the Great” high-rise residential estate in Saint-Petersburg
Modernization of the Structural Health Monitoring System of the bridge across the Golden Horn Bay, Vladivostok
Modernization of the Structural Health Monitoring System of the bridge across the Golden Horn Bay, Vladivostok
Inspection and modernization of a previously installed system for continuous monitoring of the condition of the bridge across the Golden Horn Bay in Vladivostok