okplazas.com P+F Pepperl+Fuchs encoder brings convenient technology to your production

The optical and magnetic types of P+F Pepperl+Fuchs encoders are the most commonly used. According to the detection object, it is divided into linear encoder for measuring linear displacement and rotary encoder for measuring angular displacement. It can be divided into incremental type that outputs relative displacement and absolute type that outputs absolute displacement. Rotary encoders are characterized by small size, light weight, multiple varieties, complete functions, high frequency response, high resolution, small torque, low energy consumption, stable performance, reliable and long service life.

The P+F Pepperl+Fuchs encoder detects the displacement and speed of the movable part, and then outputs it as a digital signal. It is suitable and applied to the computer control of mechanical devices. There are many types of encoders, which can be classified according to their operating principles or measurement objects. According to the operating principle, it is divided into optical type, magnetic type, brush type, electromagnetic induction type and so on. Another advantage of the multi-turn encoder is that due to the large measuring range, the actual use is often richer, so it is not necessary to find the change point during installation. It is enough to use a certain intermediate position as the starting point, which greatly simplifies the difficulty of installation and debugging. Multi-turn absolute encoders have obvious advantages in length positioning, and they have been increasingly used in industrial control positioning. When using the encoder, you need to pay attention to some matters, such as the installation of the encoder and the function detection of the encoder. In the case of the absolute encoder shaft rotator, there is a code output corresponding to the position one-to-one, and the positive and negative direction and the position of the displacement can be judged from the change of the code size, without the need for a direction judgment circuit. When the incremental encoder shaft rotates, there is a corresponding phase output.