DGS34-5J201024

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Encoders are tools used to measure or generate digital signals with varying pulse widths, heights or a combination of multiple pulses. In addition, encoders are frequently used to accurately measure angular displacements up to a few revolutions and linear distances. The DGS34-5J201024 encoder is an encoder equipped with sophisticated technological features that make it an excellent addition to any automation system.

Application Field

The DGS34-5J201024 is a multi-turn absolute encoder designed for use in demanding industrial environments and a wide variety of field applications. Its superior manufacturing quality and robust construction make it suitable for use in the assembly line, printing process, and metalworking equipment to measure speed, angle, and linear movement. It is also suitable for telecommunications, marine, defense, and aerospace applications. It is an excellent choice for motion control, test, and measurement applications as well.

Working Principle

Encoder working principle encompasses the optical code disc and its structure. It operates by scanning a coded disc positioned in a read head. When any full-turn or any fraction thereof is completed, the digital code is updated. This determines the angle of displacement or position in terms of the number of turns that have been completed. The number of turns is then fed to the electronic device to which the DGS34-5J201024 is connected.

Coded discs in DGS34-5J201024 encoders consist of a series of apertures, slots, lines and other patterns which reflect light from the encoder’s LED source. This reflected light is then captured by a sensor within the read head. The sensor then decodes the information that is reflected, interprets the speed, angle, and linearity of the shaft, and output the data to the system in the form of digital signals.

The coding scheme and resolution of the DGS34-5J201024 can also be adjusted to meet the application requirements. In the case of absolute encoders, the DGS34-5J201024 supports the SSI (Serial Synchronous Interface) protocol, meaning that the user can manually program the upper and lower limits, as well as other parameters like supply voltage according to the application.

Additionally, the DGS34-5J201024 encoder features a high resolution and accuracy, which assists in measuring and controlling angular displacements. The analog output option allows users to measure and track changes in the angular displacements in real-time. Furthermore, it is also possible to connect two encoders in parallel for monitoring processes in two directions.

In conclusion, the DGS34-5J201024 is an advanced encoder designed for a wide variety of field applications. It is designed to meet the challenging demands of industrial environments, and features a high resolution and accuracy to accurately measure angle, speed, and linearity of the shaft. Its robust construction, programmable parameters, and analog output option are just some of its features that make the DGS34-5J201024 a superior choice for industrial automation.

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