DPL12SH2424A25K2

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Encoders provide a precision output of the position, rotation speed, and direction of movement of any industrial motion control component such as a motor, shaft, or wheel. Therefore, encoders are essential for providing accurate feedback in motion control systems. The DPL12SH2424A25K2 is one such encoder which has a range of applications and a working principle.

The DPL12SH2424A25K2 is an incremental rotary encoder which can be utilized in various fields and applications including industrial equipment, robotic systems, measurement systems, medical equipment, and vehicle control systems. This encoder works by detecting the rotation speed and direction of movement of a component and providing a corresponding incremental electrical output signal. It features up to 1000 pulses per revolution with a protection rating of IP42, making it a reliable solution for industrial applications.

The key features of DPL12SH2424A25K2 make it suitable for a wide range of applications. It is designed with a mechanical and electrical interface for easy installation and connection with external devices such as motors, actuators, amplifiers, and controllers. It also features an adjustable reference setting which, when used in combination with the zero detecting line, allows for higher accuracy in measurement. It is available in 24VDC or 5VDC supply voltage and can be operated in temperatures ranging from -25°C to 85°C.

The working principle of DPL12SH2424A25K2 is based on photoelectric scanning. The core component of the encoder is the code disk and gear which are mounted on the rotating axle. The code disk is designed such that it reads light and dark markings and transmits an electrical signal which is read by the built-in Hall elements. The coming light and dark patterns are then recognized and processed by the integrated digital signal processing chip to provide a linear output of the rotation rate and direction.

In summary, DPL12SH2424A25K2 is an increment rotary encoder which can be used in a wide range of industrial and automation applications. It features an adjustable reference setting with 1000 pulses per revolution and a temperature range of -25°C to 85°C. Finally, its working principle is based on photoelectric scanning with a code disk and Hall elements providing the input signals for precise motion control feedback.

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