How to deal with the zero-crossing problem of absolute encoder How to deal with the zero-crossing problem of absolute encoder? The zero-crossing problem of absolute encoders has always been a difficult problem in the industrial control industry. In order to avoid the zero point, many manufacturers have thought of many ways.

What are the structural characteristics and common types of rotary encoders？ What are the structural characteristics and common types of rotary encoders? 　　 Rotary encoder is a kind of sensor, which mainly plays a role in detecting the speed, position, angle, distance and other parameters of mechanical motion. The encoder as a signal detection method has been widely used in various industries.

What is the significance and function of the encoder installation Ethernet interface What is the significance and function of the encoder installation Ethernet interface? 　　 Friends who often come into contact with motion control equipment will find that in the past two years, we have begun to see many encoder products on the market beginning to have Ethernet interfaces.

What are the structural characteristics and installation applications of absolute encoders What are the structural characteristics and installation applications of absolute encoders? 　 The encoder can convert the angular displacement or linear displacement into a digital quantity through simple conversion, so the corresponding encoders are divided into angle digital encoders and linear displacement encoders.

What are the differences between incremental encoders and absolute encoders and how to purchase them What are the differences between incremental encoders and absolute encoders and how to purchase them? The absolute encoder is a sensor that directly outputs numbers. There are several concentric code discs along the radial direction on its circular code disc. Each track is composed of light-transmissive and opaque sectors.

What should be paid attention to when installing and debugging the rotary incremental encoder What should be paid attention to when installing and debugging the rotary incremental encoder? Rotary incremental encoders generally have two different output modes: incremental and absolute.

What are the principles and methods of use of rotary incremental encoders What are the principles and methods of use of rotary incremental encoders? Rotary encoder is a precision sensor that uses photoelectric method to convert the mechanical angle of shaft into digital signal output.

What are the structural characteristics of shaft encoders and bearingless encoders What are the structural characteristics of shaft encoders and bearingless encoders? When engineers design encoders, they generally consider shaft encoders. In most shaft encoders, optical sensors and gratings are connected to the shaft. When the shaft rotates, the grating interrupts the optical path of the sensor and generates electrical pulses.

What kind of output is better for motor encoder to resist interference What kind of output is better for motor encoder to resist interference? When motor motion control chooses an encoder output to counter interference, there are many technologies, and the amount of data available may be very large.

How to adjust and use the encoder coupling How to adjust and use the encoder coupling? The encoder connector is a special connector that connects the motor and the encoder. When choosing an encoder coupling, you will consider its performance, service life, reliability, and whether there is noise, etc., but there are still unsatisfactory places in use.