HEDC-5560-B14

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Encoders are essential components used in a variety of applications that require precise motion control of machines. HEDC-5560-B14 encoder is a high-performance parallel output incremental encoder from U.S. Digital. This encoder provides high resolution and accuracy, an industry-leading durability, and is easy to interface. It is suitable for a wide range of industrial and commercial applications.

The HEDC-5560-B14 encoder is comprised of a motor shaft mounted mechanical housing, a shaft, a code disk, and an output electronic circuit. The mechanical housing is connected to a shaft, which is connected to a rotating code disk. The code disk is marked with a pattern of concentric color-coded segments and each segment has a two-bit resolution. The electronic circuit performs optical detection and digital encoding, translating the segment patterns into parallel output digital data. The two-level gray code industry standard parallel output allows for easy interfacing to systems.

The HEDC-5560-B14 encoder has a maximum operating speed of 3000 rpm and can accurately display shaft rotational speed of up to 50,000 rpm. The two-bit resolution of the code disk allows for a 256 line per revolution, or 180 degrees per line resolution to provide a 0.7 degree of accuracy. The encoder also has an input power of 12V and a power consumption of 4mA, making it suitable for a variety of applications.

The HEDC-5560-B14 encoder has a wide-ranging application field. It may be used in medical and scientific instruments, CNC machines, robotics, and commercial and industrial machinery. It can also be used in motive feedback systems such as in assembly lines and conveyor belts. The encoder can detect the rotational speed of motor shafts and transmit it in a digital format to a computer or control system, which can then be used to drive, operate, and control machinery.

The working principle of the HEDC-5560-B14 encoder is as follows. As the motor shaft rotates, it moves the code disk having two-bit resolution, and the optical detection of the code disk is processed and digital encoded into 8-bit parallel output digital data. This output is then sent to a control system to be interpreted and used to drive, operate, and control machinery. The machine can then be fine-tuned with the precise control provided by the encoder.

In conclusion, the HEDC-5560-B14 encoder has wide-ranging application fields and a precise working principle. It is suitable for industrial and commercial applications and can accurately display motor shaft rotational speed of up to 50,000 rpm. With high resolution and accuracy, an industry-leading durability, and easy interfacing capabilities, it is the perfect choice for modern precision motion control applications.

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