DGS35-4KL16384

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Encoders: DGS35-4KL16384

Encoders are devices that use a variety of methods to convert linear motion or rotation into position feedback, often in terms of an enclosed number of counts, on the basis of which the user can set specific parameters that the desired output must meet. In this regard, the particular encoder being spoken about here is the DGS35-4KL16384.

The Application Field of DGS35-4KL16384

The DGS35-4KL16384 is a rotary device intended to be implemented primarily in industrial automation applications, although due to its versatility and flexibility, it has also been known to be utilized in other technologies including robotics, automotive and agricultural engineering. In either of these applications, the encoder serves precisely the same purpose, that is providing position feedback.

The Working Principle of DGS35-4KL16384

The basic principle of operation behind the DGS35-4KL16384 encoder is that of a simple optical encoder. This type of encoder is composed of one disc set with a specific system of optical elements and a light source that is attached to the axle of the motor shaft. As the shaft rotates, the disc moves accordingly and a system of detecting elements that are placed inside the encoder meters the movement to detect units of angular displacement. Doing this, it is able to generate pulse output signals per encoder revolution which enable it to control the specific speed of the motor.

Moreover, the encoder features incremental resolution of 4096 counts per revolution; sampling time is in the 250 µs order of magnitude, while the output output frequency may go up to max. 1600 kHz, depending on the manual adjustments set by the user. This technical data contributes to make the DGS35-4KL16384 one of the most versatile encoders available in the market as it can be adjusted to precisely meet the requirements of the output that must be obtained.

Other features of DGS35-4KL16384

The encoder also features a flush or angular connector, depending on the requirements and needs of the application. Also, it offers the user the possibility to work with external power connections through a 20-pole plug while an external battery is also required in order to obtain the optimal performance of the equipment. Additionally, the encoder also offers the possibility to work with an external reset input and an auxiliary power connection.

Finally, the DGS35-4KL16384 can also be equipped optional with a splash-proof housing and a digital display that allows the user to monitor the actual position information of the encoder at any given time.

Conclusion

All in all, the DGS35-4KL16384 optical encoder is an excellent device for industrial automation processes, especially when accuracy, reliability and versatility are essential. Its features and upgradability allows it to be implemented in a variety of applications as motor and angular position are controlled simultaneously without compromising performance. The encoder has proven itself to be a reliable equipment when it comes to rotation or linear motion, and for that, is an essential tool in the industrial automation industry.

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