DPL12SVN24A18.5F2

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Encoder is one of the essential components in automatic control systems. There are two types of encoders: incremental encoders and absolute encoders. The DPL12SVN24A18.5F2 is an incremental encoder, which can be used for different applications and has an operation principle.

What is an Incremental Encoder?

An incremental encoder is a device in which two sets of output signals are generated by the single input rotation. There are two main types of incremental encoders, Single-ended and Differential-ended. Single-ended encoders use one phase as the reference signal. As the shaft is rotated, the output signals change in a specific pattern; Quadrature (90° phaseless), A-B (analog) and Directional are frequently used encoding methods. Differential-ended encoders use two phases as the reference signal, with the third phase (zero index) used to identify the starting position. With the shaft rotation, the output signals change in relation to two sources relative to the zero-angle position.

DPL12SVN24A18.5F2 Application Field

The DPL12SVN24A18.5F2 is an incremental rotary encoder which provides pulse output signal and can be used for a wide range of applications in the industrial environment. Its high-resolution control system supports smooth speed regulation, and its wide operation temperature range (-20 °C ~ +70 °C) ensures consistent performance in extreme environmental conditions. Additionally, the long life durability of the product leads to reliable and efficient operation. Typical application fields of the DPL12SVN24A18.5F2 include machining centers, robots, automatic storage systems, semiconductor manufacturing equipment, factory automation systems, and disk arrays. With its wide range of application fields, the DPL12SVN24A18.5F2 provides a great contribution to the industrial automation process.

DPL12SVN24A18.5F2 Working Principle

The working principle of the DPL12SVN24A18.5F2 is very simple, yet effective. With the rotation of the shaft, two signals (A phase and B phase) are generated. These two signals are transmitted to the decoding circuit, where they are processed and a pulse signal is output. A single pulse is output for each revolution of the shaft; this pulse can then be used as the control signal in automated processes such as positioning or monitoring.

In addition, the DPL12SVN24A18.5F2 has a variety of functions that enable it to easily respond to diverse operating conditions, including zero-speed detection, directional control, and pulse count reset. It also has the capability of providing a variety of signals such as sine / cosine, square wave, and linear outputs, in addition to the basic pulse and direction signal outputs.

Conclusion

The DPL12SVN24A18.5F2 incremental encoder is an essential component in automated industrial systems. The device can generate output signals that can be used to control operations, and it is built with high temperature and strong wear-resistance, making it suitable for a wide range of applications. Through efficient signal processing capabilities and various built-in functions, the DPL12SVN24A18.5F2 is an ideal choice for a reliable and efficient automation system.

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