Monday, 14 May 2012

The Purpose of Strain Gauge

If you have dealt with sensors before you would know how what exactly they are meant for and different sensors are used for different purposes. Here we are talking about Strain Gauge which is used to measure the strain from outside pressure. The strain gauge is used to measure the amount of distortion placed on the objects by means of electrical resistance.

Exactitude and accuracy are important in proper operating strain gauge. There are various types of strain gauge that depends upon the cist such as full bridge, half bridge and the quarter bridge. The full bridge strain gauge provides the best level of information.

If you want to have detailed information about the different types of strain gauge available, it’s working and where is it available. It can be best found in via internet. There are many companies that make the purchase convenient for the buyers through their online sites.

What Are The Usages of Inclinometer Sensors

Inclinometer is a tool which is used in measuring angular tilt. This device is also known as tilt sensor or the tilt meter. Inclinometers have many usages and primarily used for sensing movements whether its attached to a dam, embedded in concrete structures, for monitoring of volcanoes or even when buried down a tunnel. The inclinometer sensor is capable of coming up with the most accurate results even on the most irregular surfaces. The inclinometers are in use since half a century. This device is also known as clinometers.

What are the common technologies that are used in inclinometer sensor?

The most frequent technologies which are used in clinometers or inclinometer sensor include electrolytic, accelerometer, pendulum, gas bubble liquid and mercury.

Electrolytic Inclinometer

The electrolytic inclinometer is able to produce very precise measurements. This kind of inclinometers is normally used in electronics, automotive industry, satellites and gyroscopes. These are considered to be the most sturdy inclinometer sensor available as yet.