DP11SH3015A20F

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Encoders are types of devices used to detect positional changes in automation systems. They use a mechanical or optical sensor to detect rotational or linear movement and convert the motion into an electrical signal that can be read by a PLC, computer or other type of control device. The DP11SH3015A20F encoder is one type of encoder that has been extensively used in industrial automation systems.

The DP11SH3015A20F was designed as a general purpose, high resolution incremental encoder. It is a single-phase incremental encoder that has an A20F type optical transmission disc and a detector built into the same unit. The A20F type disc is a 20-bladed disc made out of opaque materials and has luminous marks evenly spaced along the circumference. The detector has photo-sensors that reads the luminous marks of the disc to produce an electrical pulse.

The pulse produced corresponds to the angular position of the instrument and it is also used to measure linear displacement. The unit has a high resolution of 2048 pulses per revolution. It also has an output frequency of 100krpm and a maximum response frequency of 350khz. It is durable and highly resistant against environmental wear and tear.

The DP11SH3015A20F encoder is widely used in a variety of applications that require accurate position sensing. It is commonly found in robotics, machine automation, medical instruments, position feedback control systems, testing and measurement instruments, material handling systems, and industrial process controls, among others. It is used for positioning systems such as CNC machining, robotic motion control, and automated manufacturing, as well as data acquisition systems. It also has applications in medical equipment, including MRI scanners and endoscopes.

The DP11SH3015A20F’s working principle is based on the optical transmission of a 20-bladed disc. As the disc rotates, the light from the luminous marks of the disc is captured by the detector and converted into electrical signals that can be read by a control device. This electrical signal is then used to measure angular position, linear displacement, or other position changes in the application. The high resolution of 2048 pulses per revolution makes it perfect for applications that require accurate position measurement.

In conclusion, the DP11SH3015A20F encoder is a high resolution, high performance incremental encoder that is widely used in various applications. Its ability to accurately measure angular position, linear displacement, or other position changes makes it ideal for motion control applications. Its high resolution and durable construction make it a reliable and cost-effective option for industrial automation systems.

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