Encoders: DBS36E-BBAJ00500 application field and working principle.

Encoders are widely used in the modern industrial applications. They are devices that are used to convert rotary or linear motion into a specific digital code, which is then used to control devices or to provide position feedback. The DBS36E-BBAJ00500 is a type of incremental rotary encoder and is widely used to measure linear or angular position or velocity in a variety of industrial applications.

Application Field

The DBS36E-BBAJ00500 encoder is used in a variety of industrial fields, with its most common application being in applications utilizing machine tooling such as machining centers and CNC milling machines. It is also used for robotic precision motion control applications, PC/Ethernet-based motion control, factory automation, process control, and a variety of other applications.

Working Principle

The DBS36E-BBAJ00500 is a type of incremental rotary encoder. It works by generating two digital signals, known as A and B signals. The signals are generated based on a coded disk mounted on the encoder’s shaft, which is attached to a rotary axis. This disk has a pattern of opaque and transparent segments, which cause light to be either detected or blocked from two light sensors within the encoder.

As the shaft rotates, the coded disc also rotates and the two sensors alternate back and forth between sensing light and darkness. When the sensors detect a light signal, a digital pulse is generated, representing either a logic high or a logic low depending on the direction of the rotation. These two signals, known as A and B, are then used to mechanically measure the rotation of the shaft.

The DBS36E-BBAJ00500 encoder also has an internal counter that counts the number of pulses generated by the sensors. This allows for a certain degree of accuracy in measuring the position of the encoder shaft. The higher the number of pulses, the greater the accuracy. Additionally, the encoder also features a high resolution, which allows for more precise measurements of the shaft position.

Conclusion

The DBS36E-BBAJ00500 encoder is a type of incremental rotary encoder used in a variety of industrial applications. It works by generating two digital signals based on a coded disk that rotates with the encoder’s shaft. The encoder also features an internal counter to measure the rotation of the shaft and a high resolution to allow for more precise measurements. The encoder is widely used to measure linear or angular position or velocity in a variety of industrial applications, such as machining centers, CNC milling machines, robotic precision motion control, factory automation, and process control.