An Insight on the working of Tilt sensors

Tilt sensors or Inclinometers are devices that produce an electric signal with an angular motion varying. These sensors are used for pitch and incline measurement in a limited movement range. Sometimes the tilt sensors are called tilt-meters because the sensors generate signal and at times both read-out as well as signals are generated by tilt-in sensors. These sensors are also known as Slope Indicator.

The sensors consist of a rolling ball and a conducting plate under them. The rolling ball falls to the bottom of the sensor to form an electric connection when the sensor, which is provided with power. When the sensor is tilted, the rolling ball is not down, so that the current is not able to flow through the sensor's two end terminals.

The rolling ball is set at the base of the sensor to forge an electrical connection between the two end terminals of the sensor when the system gets power and is in its upright position. Next the circuit will be short and the LED will get enough power. The circuit will be open if the circuit is tilted so that the rolling ball does not settle at the base of the sensor with the power path. This concerns the operation of the circuit.

These sensors are divided into different types, including different devices and technologies for measuring tilt, slope, elevation and inclination for the classification of these sensors. Thus we have seen the basic details allied to the working of tilt sensors. An alternate name for these sensors is Clinometer.

For more information please visit: http://www.tiltmeter.com/