Serving industrial control flexibly, witnessing the miracle of science-okplazas.com Pepperl+Fuchs encoder

Pepperl+Fuchs encoders have a wide range of applications, and can be divided into incremental types that output relative displacements and absolute types that output absolute displacements. Pepperl+Fuchs encoders are small in size, light in weight, diverse in variety, complete in functions, high in frequency response, high in resolution, small in torque, low in energy consumption, stable in performance, reliable and long in service life.

Pepperl+Fuchs encoder

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. According to the output characteristics, it can be classified into the following categories: photoelectric type, magnetic type, electrostatic capacitance type, electromagnetic type, and brush type. Pepperl+Fuchs photoelectric encoders are classified according to their measurement objects and can be divided into: 1. Photoelectric length encoder, 2. Photoelectric circular encoder: The angle is the measurement object, but it is often used in the precision measurement of linear length. The optical and magnetic 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. Pepperl+Fuchs encoders involve textile machinery, machine tools, woodworking machinery, elevators, etc., which are commonly used. The more high-end ones involve national defense and military industry and space exploration. Pepperl+Fuchs encoder can also be used to detect whether the motor is running according to the direction and speed set by the system, playing a monitoring role.