G-NSDOG2-003.

DOG2 MEMS-SERIES INCLINOMETER SPECIFICATIONS    FEATURES       8 to 30 VDC supply voltage Digital signal processing includes o filter (e.g. vibration damping) o temperature compensation 12 bit resolution 100 Hz refresh rate -40 °C to 85 °C temperature range Accuracy typically o 0.5° | -40 °C to 85 °C o 0.15° | 25 °C APPLICATIONS        Mobile and stationary cranes Lift platforms Building control Weighing systems Truck chassis leveling Vehicle applications Road construction machines SENSOR SOLUTIONS /// DOG2-SERIES INCLINOMETER Dual axis inclinometer Measurement ranges ±25°, ±45° and ±90° Voltage output The DOG2 MEMS-Series inclinometer dual axis is mainly developed with focus on platform leveling, dynamic engine management, tip-over protection and tilt alarm. A fast response time and good accuracy makes this device the ideal choice for mobile leveling applications. It features digital signal processing including temperature compensation. The integrated filter improves performance and allows using the sensor in many noisy environments (e.g. vibrations). The inclinometer includes a powerful digital signal processing that offers various filteralgorithms and allows customer specific OEM solutions. It is possible to adjust the sensor to different environments yielding an optimized performance. Customization can also be made in terms of angular range and connectivity, i.e. cable and connector. The PA6.6 housing is very compact in size and has compression limiter bushings for safe installation of the sensor. It is compatible with oil, grease and fuel also. Therefore it is frequently used for engine and vehicle applications. 01/2016 Page 1 DOG2-SERIES INCLINOMETER Dimensions [mm] Vector of gravity (zero position) SENSOR SOLUTIONS /// DOG2-SERIES INCLINOMETER 01/2016 Page 2 DOG2-SERIES INCLINOMETER PARAMETERS Parameter Value Range Accuracy, typ. Accuracy, typ. Resolution Refresh rate Startup time Supply/excitation voltage Supply current, typ. Output ±25°, ±45° or ±90° 0.5° 0.15° 12 bit 100 Hz