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Encoders are widely used in industrial machine controls. Encoders are sensors mounted on rotating shafts that detect the movement of the machine. The output of these sensors is used to determine the position, speed, and direction of the machine.

We offer encoders on this page that have a 50mm body diameter and 5000 puls rotary features. Our incremental output type encoders are more commonly used than other types of encoders.

When selecting a rotary encoder, there are several important factors to consider:

    Resolution: The resolution of the rotary encoder determines how many pulses the sensor produces in one rotation. Resolution is the most important factor in determining the accuracy and sensitivity of the encoder.

    Outer diameter: The outer diameter of the encoder determines the size of the mounting area. It is important for the encoder to fit into the mounting area and be compatible with the machine.

    Output type: The output type of the rotary encoder determines what signals the sensor produces. Incremental output type is the most commonly used and produces a signal for each step of the sensor. Absolute output type directly shows the position of the sensor.

    Speed: The speed of the rotary encoder determines the maximum speed of the sensor. The speed must be compatible with the sensor's specifications for accurate operation. What is the counting frequency? >

    Communication protocol: The communication protocol of the rotary encoder determines how the sensor transfers data. The most commonly used communication protocols are RS-232, RS-485, and SSI. Line drive output type is the most commonly used manual communication.

    Operating environment: The operating environment of the rotary encoder determines the durability and protection level of the sensor. The operating environment requires the sensor to be resistant to water, dust, shocks, vibrations, and other factors.

    Fixed or variable pulses: This item is more applicable to programmable level encoders. These relatively more expensive models can be used as wildcard devices.

These factors are the most important ones to consider when selecting a rotary encoder. Selecting the correct rotary encoder ensures accurate and precise measurements by the sensor and helps machines operate correctly.

Our encoders are tested and approved according to our own quality control standards before being offered to users. Therefore, you can rely on the durability and quality of our products. However, during mechanical assembly, encoders can unfortunately be subject to accidents and should be checked again.

Our best-selling series of encoders have a body diameter of 50mm and are compatible with PLC-speed counters, standard counters, and other control devices. This makes it possible to use our encoders with a variety of different machines and equipment.

For technical information such as connection diagrams, counting characters, rising and falling edge controls, calibration, and connection to counters and PLCs, you can visit our help forum page. In addition, special couplings and mounting brackets for encoders are also available on our website. Rotary encoders are dependent on a mechanism, unlike linear encoders.

Please note that our encoders are materials produced for automation purposes in industrial machines. Therefore, they have galvanic isolation and can be used with parasitic elements such as frequency motor speed control devices, power supplies, and induction heaters.

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