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Lvdt position sensor

A LVDT position sensor take away a major weight, in terms of measuring the amount of Distance has travelled (In one direction/Straight line). This is hugely relevant across the board from engineering, through to manufacturing. The sensor detects motion by sensing changes in a magnetic field and using microscopically small coils of wire when the metal part moves. From there, the moving metal piece "modifies" its magnetic field. This in turn helps the sensor know exactly where that object is and how far it has moved

Although LVDT sensors from different vendors may look dissimilar, they operate in a fundamentally similar fashion. A tool consisting of an indoor exterior tube inclosing a freely carried metal lump. The SOP draw wire position sensor itself surrounds this tube, it has 3 coils of wire leading to a main kill and two miniature ones.

The basics and beyond

When 5v is applied across the terminals, to this main coil a magnetic field is made around the metal inside that tube. The metal is pulled into the magnetic field that larger coil generates and changes as it moves. These can be sensed by the two smaller coils in a fixed orientation to them. The sensor can then analyze signals from these coils to detect the position of a metal piece inside the tube accurately

What this means is that the LVDT sensors are very accurate for displacement measurement purposes. And they are being built to be precise, sensitive enough to feel the smallest of movements. Unburdened by hysteresis or non-linearity that can hurt their measurements from typical sensors This shows they product quality info. Those are used in sensitive process as they can measure a small changes of position this is perfect for high accuracy needs like scientific experiments or on the plant line.

Why choose SOP Lvdt position sensor?

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