Technical Specifications

Updated on Mar 4, 2026
Gyroscopes (Angular rate sensors)¹
Dynamicrange± 450 °/s
Bias stability2± 0.8 °/h
Angle Random Walk (ARW)20.06 °/√h
Scale factor0.05%

1Inertial measurement sensors are highly sensitive mechanical systems. Their performance and life span can be impacted by severe vibration or heavy knocks, and we can only guarantee the gyroscope and accelerometer specifications for a maximum of 2 years from the date of purchase.

Accelerometers¹
Dynamic range±10 g
Bias stability212 μg
Velocity Random Walk (VRW)20.025 (m/s)/√h
Scale factor0.1%
Linearity (% of full-scale range)0.1%

² 1- sigma i.e. 1 standard deviation.

Environmental and Physical
Voltage7 to 30 VDC
Operating temperature- 40 °Cto + 85 °C
UnitWeight160 g
IPratingIP65IP67 (with RLACS080 blanking plugs)
Dimensions60 x 76 x 29 mm
Shock survival1000 g (Half-sine, 0.5 m/sec)
Power consumption< 1 W
IMU05-S-Dimensions
Gyroscopes (Angular rate sensors)¹
Dynamicrange± 450 °/s
Bias stability2± 1.2 °/h
Angle Random Walk (ARW)20.08 °/√h
Scale factor0.05%

1 Inertial measurement sensors are highly sensitive mechanical systems. Their performance and life span can be impacted by severe vibration or heavy knocks, and we can only guarantee the gyroscope and accelerometer specifications for a maximum of 2 years from the date of purchase.

Accelerometers¹
Dynamic range± 4 g
Bias stability214 µg
Velocity Random Walk (VRW)20.02 (m/s)/√h
Scale factor0.1%
Linearity (% of full-scale range)0.1%

² 1- sigma i.e. 1 standard deviation

Environmental and Physical
Voltage7 to 30 VDC
Operating temperature- 40 °Cto + 85 °C
UnitWeight160 g
IPratingIP65IP67 (with RLACS080 blanking plugs)
Dimensions60 x 76 x 29 mm
Shock survival1000 g (Half-sine, 0.5 m/sec)
Power Consumption< 1 W
IMU05-Dimensions