SMX.igs-a Inclination and Gyro Sensor

IMU and Inclination Sensors

The rugged SMX.igs-a series inclination sensors offer users full IMU functionality with functional safety and are available in PL b and SIL2 / PL d versions.

ABOUT SMX.igs-a Inclination and Gyro Sensor ()

With the SMX.igs-a acceleration, rotation rate and inclination values are measured and output in all three spatial axes.

Various configurable filter algorithms are available to improve measurement stability, depending on the sensor type, including low-pass filters such as Butterworth and critically damped, which are particularly suitable for dynamic applications such as mobile machinery. In addition, the Kalman filter can be activated for dynamic applications (PL b variant).

The measured values are output via a CAN, CANopen or SAE J1939 interface (PL b variant); for SIL2 / PL d variants, the output is via a CANopen safety interface. The measuring range is freely selectable.

In addition, STW’s open source software platform openSYDE is supported, allowing the sensor to be quickly and easily integrated into existing and new applications. Preconfigured projects and dashboards help to get the SMX.igs-a sensors up and running quickly and easily. The rugged zinc die-cast housing with an M12 connector/socket combination completes the sensor.

 

SIL 2/PL d variant:

Inertial measurement unit (IMU)
Functional safe measurement of acceleration in 3 axes
Functional safe measurement of angular velocity in 3 axes
Functional safe measurement of the inclination of up to 3 axes
Internal adjustable digital signal fiters
Active temperature compensation available
Looped-through CAN bus
Compact and robust design for use in harsh environments
Integrated into STW's openSYDE software platform
With ECE type approval

SIL 2/PL d variant:

Acceleration measurement range ±3 g
Gyroscope measurement range 125°/s ... 4000°/s
Configurable inclination measurement range
Temperature range -40 °C to +85 °C
CAN protocol: CANopen safety
Status LED
Protection class IP6K5/IPX7

Get a quote