H25D-SS-A1-CW-SM18-S

Encoders are valuable in a wide range of applications, providing feedback for position control, speed control, synchronization, commutation, and motion monitoring. The H25D-SS-A1-CW-SM18-S encoder is one such device, intended for applications that require high precision and accuracy. Below, we will explore the applications of this encoder as well as its operating principles.

Applications

The H25D-SS-A1-CW-SM18-S encoder is designed for medium to high speed brush DC motors and spindles. It is commonly used in motion control systems for applications such as robotics, instrumentation, and automation. The encoder is also suitable for use in a variety of other applications such as printers, machines tools, medical devices, and more. Additionally, it is well-suited for applications where precise position feedback is required.

Working Principle

The H25D-SS-A1-CW-SM18-S encoder is an incremental encoder. This type of encoder produces digital pulses in response to rotation, which can then be used to measure position and motion. This type of encoder is sometimes referred to as an optical incremental encoder because the system works by using a rotary optical disc and a light source and detector arrangement. As the optical disc rotates, it interrupts the light beam which causes a ‘count’, triggering a digital pulse. The rate of these counts allows the encoder to measure speed and direction.

The H25D-SS-A1-CW-SM18-S is a single-channel encoder with a resolution of 18 pulses per turn. The accuracy of the readings is 0.1 degree and the maximum speed is 15,000 rpm. In addition, this encoder has an operating temperature range of -10℃ to 70℃ and a response frequency of up to 4.3 kHz. This makes the encoder suitable for a variety of applications requiring precise feedback and control.

Conclusion

The H25D-SS-A1-CW-SM18-S encoder is a single-channel, incremental optical encoder with excellent accuracy and response time for applications that require precise feedback. It is suitable for a variety of applications including robotics, instrumentation, automation, printers, and machines tools. It has an operating temperature range of -10℃ to 70℃ and a maximum response frequency of 4.3 kHz.