DGS35-4KK01024

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Encoders

Encoders are sensors used in industrial automation and robotics to accurately detect the movement and position of motors, motors and other components. They are often used to measure and control motion in applications ranging from home appliances and aerospace to factory automation and medical systems. Encoders are devices that use pulse-shaped optical or electrical signals to detect the angle, length, speed and position of a motor, motor or other device\'s rotation. The most common types of encoders are absolute, incremental, and rotary encoders.

DGS35-4KK01024

The DGS35-4KK01024 is an incremental encoder. This type of encoder is capable of providing precise measurements of the rotation angle and velocity of a motor or other device. The encoder is composed of a series of slots and teeth that are arranged along a wheel and a sensor. The sensor detects the relative positions of the teeth and slots, and then sends pulses that represent the wheel\'s rotary speed and position.

Application Field of the Encoder

The DGS35-4KK01024 encoder is suitable for various kinds of industrial automation applications, including robotics, remote and hazardous environment exploration, medical systems, and factory automation. It is also an ideal choice for motion control device applications, including those using variable frequency drives, VFDs, reversing drives, servos, and many others. The encoder can handle high accuracy controls in challenging environmental conditions, such as extreme temperatures, dust, moisture, and vibration.

Working Principle of the Encoder

The working principle of the DGS35-4KK01024 encoder is simple. It measures the speed and position of a motor or other rotary device using optical, electrical, or magnetic signals. The signal is generated from a series of slots cut into a wheel-like disk. As the rotary device rotates, the slots and teeth of the wheel pass over the sensor, which creates a pulse signal that is read by the encoder. This pulse signal is then used to calculate the speed and position of the rotary device.

The DGS35-4KK01024 encoder is primarily used in industrial settings and has a range of features that make it a reliable and accurate measurement tool. It is designed to operate at temperatures as low as -25°C to +85°C and can handle environmental conditions including dust, vibration, and moisture. The encoder also boasts a repeatability accuracy of ±20 arc-minutes and a resolution of 1024 pulses per revolution.

Conclusion

The DGS35-4KK01024 is a versatile and reliable incremental encoder that is suited to a wide range of industrial automation applications. This type of encoder is capable of providing precise measurements of the speed and position of a motor or other device and can operate in challenging environmental conditions. It is designed to provide high accuracy control and can handle temperatures as low as -25°C to +85°C.

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