What is the position converter?
The position converter is the most commonly used as a sensory mechanism that tells a mechanical machine where it will function in the way it is designed. It is usually implemented in automated processes. Several different types of position converters are available for different uses.
The main function of the converter of the position is to feel the movement or location of a certain part in the mechanical device and process the information it receives. It then changes the information to the voltage or the current signal that either the power or reduces the power supply supplied to the energy source for the mechanism. If the part is at a particular place or with a certain pressure, the converter sends the signal to the power supply source. This in turn connects or releases the mechanical function of the apparatus to which the converter has been applied.
There are several different types of converters of positions, each of which has its own name according to its main functin. For example, encoders are a type of position converter used in applications where information is collectede coded and converted into a power or voltage signal. These types of position converters are most commonly used in non -contact applications. This means that they usually use a digital diode that collects information through a stimulant, such as light, allowing a converter to create an output signal whenever the diode is connected.
Another type of converter position is called an induction sensor, which is another form of non -contact sensor. These types of position converters collect information from the magnetic field created by a coil in an electrical device or element. When the coil has a voltage or power signal, a natural magnetic field is created. Whenever the device falls close to the conductive substance, an inductive Sennebo monitors any change in the amount of field force generated by a coil.
Most of these types of sensors and converters are used in fluid power applications as a means of trackingThe amount of shift that occurs in a mechanism driven by fluid. The induction sensor is usually used in large transformer circuits, as coils that create magnetic fields often cause the impedance of external conductive elements. In such cases, the circuit converter allows you to compensate for a change in a generated magnetic field.