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New D Series Tilt Sensor for Improved Cost-Performance
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The D
Series is more accurate
than traditional fluid level tilt sensors but less expensive than high
accuracy servo units. |
Measurement Specialties is pleased to introduce the new D Series Inclinometer with high resolution at very low cost. With resolution of 0.001 degrees, the D Series is much more accurate than traditional fluid level tilt sensors but much less expensive than high accuracy servo units.
The D Series inclination
sensors operate on a proprietary capacitive technology using electrolytic
fluid. This technology enables higher resolution than conventional fluid
tilt devices while featuring the lower cost structure of a MEMS-based
device.
The D Series Inclinometer can be used for any leveling application, including mobile and stationary cranes, lifting platforms, mobile weighing systems and outdoor equipment. This CE-approved tilt sensor is housed in a rugged aluminum package to protect the electronics from the elements. The D Series is rated IP67 for use in the harshest environmental conditions.
Features include:
- IP67 rating for total protection against dust and immersion in up to 1 meter of water
- Robust technology that withstands shock and vibration
- .001 degree resolution
- Inclinometer programmable
- High accuracy over wide temperature range due to internal compensation
- Meets EMC-Standard EN 61000-6-2,4
- High reliability and repeatability
- Easy to use; ready for installation via connector
- Excellent cost-performance ratio
The D Series Inclinometer is available in 3 measurement ranges: +/- 5º, +/- 15º
or +/- 30º. Outputs are available as analog (0.5 to 4.5 VDC or 4-20 mA),
PMW (1kHz, 20...80%), digital (RS232) or switching output signals (.1 degree step).
Tilt and Position Products Contact: John Matlack, (757) 766-4348 or
john.matlack@meas-spec.com
Converting Among Acceleration, Displacement, Velocity and Frequency
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| Accelerometers such as the Model 62 help engineers measure velocity and displacement during crash tests. |
As accelerometers measure acceleration, how do end users calculate such things as displacement and velocity?
Acceleration, displacement and velocity are mathematically related to each other as a function of frequency. If two values are known, the other two can be calculated using simple formulas.
Click here
for the rest of the story. |
