E6F-AG5B 1024 2M

Series:	E6F
Part Status:	Active
Encoder Type:	Optical
Output Type:	Gray Code (Absolute)
Pulses per Revolution:	1024
Voltage - Supply:	12 V ~ 24 V
Actuator Type:	10mm Dia Flatted End
Detent:	No
Built in Switch:	No
Mounting Type:	Chassis Mount
Orientation:	Right Angle
Termination Style:	Cable Leads
Rotational Life (Cycles Min):	--

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What is E6F-AG5B 1024 2M Encoder?

The E6F-AG5B 1024 2M encoder is basically a combination of an incremental encoder and an absolute encoder in one unit. The E6F-AG5B 1024 2M can measure distance regardless of the direction of movement, making the encoder more responsive and precise for any positioning or motion control application.

Application Field of E6F-AG5B 1024 2M Encoder

The E6F-AG5B 1024 2M encoder is widely used in industries such as machine tools, robotics, medical devices, and automation systems. Its advanced resolution and accuracy capabilities also make it ideal for applications such as tracking and monitoring objects in motion, obtaining precise positioning information, and measuring distances over short or long distances. In the robotics field, the E6F-AG5B 1024 2M encoder is used to monitor robots\' behaviour and motion feedback.

Working Principle of E6F-AG5B 1024 2M Encoder

The basic working principle of the E6F-AG5B 1024 2M encoder is to measure distance by using two rings of photodiodes. The first ring is used to measure the movement of the encoder and the second one measures the rotation angle of the encoder relative to its initial position. This system works by emitting light beams onto the one-dimensional self-scanning readhead. This self-scanning readhead reads the data from the rings of photodiodes and then transfers them to the output shaft. This process acts as the absolute and incremental encoder. In addition, the E6F-AG5B 1024 2M encoder also has a third sensor that senses the deviation in the number of pulses from the original value which help improve the accuracy of the measurements.

Conclusion

Therefore, the E6F-AG5B 1024 2M encoder is a combination of absolute and incremental encoders which makes it suitable for various positioning and motion control applications. The encoder measures distance by emitting light beams onto the one-dimensional self-scanning readhead and its advanced resolution and accuracy capabilities make it useful for tracking and monitoring objects in motion, obtaining precise positioning information, and measuring distances over short or long distances.

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