DGS35-1L402500

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Encoders are one of the most important components among motion control systems. They play an important role in sensing the motion or position of a motor or other actuator. Different types of encoders are available to meet different needs, and DGS35-1L402500 is one of the commonly used models.

The DGS35-1L402500 is a 35mm incremental encoder that features an output resolution of 2,500 pulses per rev, making it suitable for speed and position can be measured over a wide range of rotational speeds. It has a rugged design to ensure reliable operation in harsh environments, and it comes with an IP67 ingress protection rating, letting it be used in wet and dusty environments. It also has a compact size and lightweight design, and it is easy to install. It comes with various mounting accessories, so users can install it in the desired location depending on their needs.

The DGS35-1L402500 is primarily used in applications that require speed or positional feedback such as robotic arms, servo-and stepper motors, and conveyor belts. It also works great with manual controls such as joysticks. It can be used in industries like medical imaging, web printing, packaging, automation, and printing.

The working principle of the DGS35-1L402500 is relatively simple. It provides rotary motion feedback using an encoded signal generated from a circular disc mounted on the shaft. There are two outputs, A and B, which generate high-frequency signals in the form of short pulses when the disc rotates. The signals can be used to calculate the rotational speed or position of the motor shaft. It also has two reference signals, Z or zero, which is used to identify a starting point in an application. The signals generated by the encoder can be used to control and monitor the speed and position of the motor shaft.

In conclusion, the DGS35-1L402500 is a reliable and compact incremental encoder designed for motion control applications. Its rugged design ensures reliable operation in harsh environments, and it is easy to install with the various mounting accessories it comes with. It can be used to measure speed and position, and it can be used in industries such as medical imaging, web printing, packaging, automation, and printing. Its working principle is relatively simple and involves generating an encoded signal from a circular disc mounted on the shaft.

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