2013年10月23日星期三

Tilt sensor installation tips

Tilt sensor is an attitude sensor , mainly used in the level of detection of the object state , he has the same size of the angle measurement . Currently tilt sensor is divided into several categories, with uniaxial and biaxial inclination sensor tilt sensor , tilt sensor principle and the use made ​​of inclinometer . Selection tilt sensor relative to other sensors , is relatively simple , relatively large number of applications on the current axis Camshaft Position Sensor , it has to have a lot of features , not just the slight angle measurement , and in different environments have different characteristics . In the choice of when we first tilt sensor to measure according to your environment, harsh environment and size requirements it is necessary to consider whether to use shell protection. The second consideration is the tilt sensor measurement accuracy and range , under normal circumstances , dual-axis tilt sensor can be selected at 360 degrees , and the measurement accuracy and output and other aspects of the problem is that the data value may be. Tilt sensor in the choice of the time is very important and that the note is that you are using the environmental problems , because of the different environment will affect most of the tilt sensor measurement results, and even some tilt sensor in certain circumstances the effect is lost . Crank Angle Sensor installed there is a certain skill , the general will have built-in tilt sensor zero adjustment , so the user can be customized according to the zero adjustment button , in order to achieve a certain function of the angle of zero . Before installing the tilt sensor , you need to determine your installation location and what you need to measure the angle relative to the plane which , for example, the angle relative to a plane , as long as Coolant Temperature Sensor is installed in a certain fixed plane , using the zero position before measuring buttons to achieve clear function , so the main point is easy to read and reduce unnecessary errors.

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