3-Axis Accelerometer, order code 3D-BTA, $99
Specifications and User Guide
-Primary Test: Make sure that the line marked by the arrow on the label of the sensor is positioned properly to measure the desired acceleration.
-Secondary Test: Position the sensor to read gravity effect and confirm that the reading is sufficiently precise.
RELATED TIL ENTRIES
-TIL 677: What is the difference between your accelerometers?
-TIL 1854: My accelerometer shows up as a Current Probe on LabQuest.
-TIL 418: How do you calibrate an accelerometer?
-TIL 4102: What are the dimensions of the mounting holes on the accelerometer?
-new order code: 3D-BTA
-old order code: 3D-DIN (ULI only)
-Power: 30 mA @ 5VDC
-For each axis: Range: +/-50 m/s^2 (+/-5g); Accuracy: +/-0.5 m/s^2 (+/- 0.05g); Frequency Response: 0 to 100 Hz
-Calibrate? Usually, no. The sensor is individually calibrated before shipping.
-For some experiments, you may use the stored calibration and zero the sensor before collecting data.
-If you wish to calibrate the sensor for acceleration in the horizontal direction, you will conduct a two-point calibration. First point: position the sensor with the arrow pointing down and define this reading as -9.8 m/s^2 or -1 g. Second point: rotate the sensor so that the arrow points up and define this reading as +9.8 m/s^2 or +1 g.
-If you wish to calibrate the sensor for acceleration in the vertical direction, you will follow the same process as for the horizontal direction, but you will define the first point as 0 m/s^2 or 0 g and the second point as 19.6 m/s^2 or 2 g.
RELATED VERNIER PRODUCTS
Data Vest, order code DV, $54
25-g Accelerometer, order code ACC-BTA, $92
Low-g Accelerometer, order code LGA-BTA, $89