HS35F-100-R14-SS-2048-ABZC-28V/V-SM18

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What is an Encoder?

An encoder is a device or component used to convert one form of energy into another form. In short, an encoder takes an analog value, such as a shaft position or speed, and turns it into a digital value that can be interpreted by a computer or microcontroller. An encoder serves as an "eyes" of a machine, accurately monitoring how an output shaft is moving and providing feedback or data that can be used to control the machine or its components.

HS35F-100-R14-SS-2048-ABZC-28V/V-SM18 application field and working principle

The HS35F-100-R14-SS-2048-ABZC-28V/V-SM18 is a type of encoder that is commonly used in position and speed control applications. It is a rotary encoder, which means it senses the rotation of an output shaft. It typically consists of two or three tracks of coded disks which are mounted on the output shaft and then read by a light source and sensor. The code messages on the disks are interpreted by the encoder to detect the shaft position and direction of rotation. As the code disks rotate, the light source allows the sensor to detect a pattern of high and low states, and from those combinations a binary number is generated at a certain frequency. This binary number is proportional to the speed of hole changing, which can be used to control speed or position.

The HS35F-100-R14-SS-2048-ABZC-28V/V-SM18 can be used in a variety of position or speed sensing applications, including robotics, machine tools, flow meters, and automotive applications. It works with a wide variety of input voltage, up to 28V/V. The maximum operating frequency is 3.5kHz. It also features a strong signal output, which can be used to accurately determine the position of the shaft. The simple wiring system makes it easy to install on most machines.

Conclusion

In conclusion, the HS35F-100-R14-SS-2048-ABZC-28V/V-SM18 encoder is a precision rotary encoder that is commonly used in a variety of applications, including robotics, machine tools, flow meters, and automotive applications. It consists of two or three tracks of coded disks which are mounted on the output shaft and then read by a light source and sensor. The code messages on the disks are interpreted by the encoder to detect the shaft position and direction of rotation, and the signal output can be used to accurately determine the position of the shaft. This makes it a reliable and accurate encoder, and a great choice for many applications.

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