They
are best in the class liquid basedinclinometers designed with an analog dc output. Their integrated
electric sensors use comparatively less power and are in syc with the
capacitive primary transformer that is characterized by
high-acuracy, high signal-to-noise ratio, and high long term
stability.
The
inclinometers come with a uniqure measurement technique that improves
the linear relationship between the angel to be measured and the
output signal. The angel, which is pre-determined is totally
independent of the local gravitational acceleration. This means that
it does not matter where measurement is being taken. Be it in
Europe, Australia, on Mount Everest or on the moon, the inclination
will be measured correctly anywhere. Some of the prominent features
ar
e as follows:
•
High measurement accuracy
•
Hysteresis free output signal
•
Minimal zero point drift
•
Integrated sensor electronics
• Low
power consumption
•
Small housing
•
Different output signal options
• No
interference by ambient electromagnetic fields
The capacitive, electronic inclinometers with integrated sensors
are made up of a highyl stable laser-trimmed signal conditioner with
electronic compensation,highly stable supply voltage regulation
circuitry and low-pass filtering of the measurement signal to
eliminate unwanted noise. The devices work on the capacitive
measurement principle, which provides a very stable relationship
between the inclination being measured and the normalised output
signal.
What is more, the sensors mounted on the device are fuel efficient
that is why consume less power. In addition, the capacitive primary
transformer, are characterised by low errors, high signal-to-noise
ratio and high long-term stability, making the inclinometers the best
in the class.
