Encoder Knowledge

In the world of industrial automation and motion control, accurate positioning and speed measurement are paramount. This is where shaft encoders come into play. Whether you're working with robotics, CNC machines, or any system requiring precise rotation measurements, the encoder serves as a critical component for feedback in motion control systems.

When discussing industrial automation, robotics, or motion control systems, the terms "A", "B", and "Z" signals often come up in relation to encoders. For anyone working in the field, or those looking to understand how precise motion is achieved, it's essential to grasp the role of these signals in encoders.

What is an encoder used for? Encoders are used in almost every industry where precise movement control is needed—they’re like the "eyes" of a machine, telling it where parts are and how fast they’re moving. Let’s break down some common uses: In the automotive industry, encoders on car engines track

Is sin cos encoder absolute? No, a standard SinCos encoder is not absolute—it’s an incremental encoder. The difference between incremental and absolute encoders is whether they can tell the system the exact position when it starts up. Incremental encoders (including SinCos ones) only measure changes

What is the purpose of a shaft encoder? The primary purpose of a shaft encoder is to convert the mechanical rotational or linear motion of a shaft into electrical signals that a controller or computer can understand. This enables the system to track information such as the shaft's position, speed, a

Hengxiang KN58: High temperature solution for plastic extrusion filtrationbackgroundA North American plastic extrusion filtration system original equipment manufacturer is facing a severe challenge from encoders: their rotary filtration equipment operates in high-temperature melt environments, relyi