| | | features ■ Available range: ±100 ■ DC...3 Hz sensing bandwidth (controlled frequency response) ■ Easy to use and design in ■ 0.0010 resolution analogue output ■ 0.20 accuracy ■ Dual axis inclination measurement ■ Advancedfailuredetection | | benefits ■ Excellent long term stability ■ Sensing element filtered high frequency vibration ■ Outstandingshockdurability applications ■ Platform tilt measurement ■ Equipment and instrument condition monitoring ■ Inclination based position measurement | | |
| | | Motel. Mote2. Mote 3. Mote 4. Mote 5. | | The measuring range is limited by sensitivity, offset and supply voltage rails ofthe device. Note 7. Offset specified as Voffset = Vout(@0 °) [V]. +15 V supply voltage used in calibration and testing. Offset calibration errorspecified as Offset_Calib_error = arcsin(Offset_Calib_error_in_g)[°], Note 8. Offset_Calib_error_in_g = {Vout(@0 °) - 2.5 V} / Vsens [g], Vsens=11.46 V/g. Offset temperature error specified as Note 9. Offset_Error_@_temp. = arcsin(Offset_Error_@_temp_in_g) [0 ], Offset_Error_@_tempJn_g = {Vout ® temp. - Vout ® room temp.} / Vsens [g], Vsens=11.46 V/g. Sensitivity target in calibration Vsens _nom11.46 V/g (-> 200 mV/°) Sensitivity specified as Vsens = {Vout(®+10 °) - Vout(@+lo °)}/(2*sin(10 °) g) [V/g]. | | Sensitivity calibration error specified as Sensitivity_calibr_error = {Vsens - Vsens_nom} / Vsens_nom x100 % [%], Vsens_nom = nominal sensitivity. Sensitivity temperature errorspecified as Sensitivity_temp_error = {Vsens @temp- Vsens ® room temp} / Vsens ® room temp} x 100 % [%]. rrom best fit sine-function to output through -100 and +10 °. | | |