VEGA CONTROLS says the VEGAPULS 64 80 GHz contactless radar level transmitter now has increased its accuracy down to 1mm as standard, at no extra cost and this means, whether in storage or processing, customers will get the best repeatability and
accuracy of measurement on ranges up to 30m.
Accuracy of measurement equipment allows for more efficient test; with wider margins, reliable results, and less maintenance over time.
In an industry handling a high-value product such as oil and gas, the
accuracy of measurement equipment is crucial for correctness and profitability.
Users worldwide rely on the perfectly matched components of the measurement chain that guarantees maximum
accuracy of measurement results and enables optimization of the complete product life cycle, from the development through the testing stages, as well as in manufacturing and production.
This newly developed technology predicts future changes in water levels based on past measurements, and, based upon the circumstances of sensors at any given time, automatically adjusts the three parameters of the measurement interval, the notification interval, and the measurement duration to maintain the required
accuracy of measurement data based on the circumstances while conserving sensor power.
When a multi-point plate target is used the accuracy will increase 2 to 4 times, which ensures that the mean
accuracy of measurement will be between 0.25 and 0.5 pixel.
At the same time the high
accuracy of measurement might be needed for the useful signal.
The author of the aforementioned study recommends this method of expressing the
accuracy of measurement to biomedical fields.
The wind tunnel will have a new data acquisition which provides a greater
accuracy of measurement across a wider range of pressures and temperatures.
The objective of the paper is to verify how point clouds obtained in different 3D scanning projects (different measurement lens sets, separate calibration, etc.) can be merged into a single points cloud, maintaining the high
accuracy of measurement. Another challenge is to reverse--engineer the invisible parts of the instrument housing by combining measurement point clouds with tessellated meshes numerically generated based on interpolated CAD primitives.
Note that there is no influence of the duration of the received pulse on the
accuracy of measurement. This is a consequence of the fact that only the rising edge of the received pulse is that stops the measurement of the time interval between the trigger pulse and the received pulse.
Issues might include whether a person would stand or lie on the floor, what instruments would be used to make the measurements, and what
accuracy of measurement should be recorded.
