AEDM-5810-U13

Series:	--
Part Status:	Active
Encoder Type:	Optical
Output Type:	Quadrature with Index (Incremental)
Pulses per Revolution:	2048
Voltage - Supply:	4.5 V ~ 5.5 V
Actuator Type:	Hole for Shaft
Detent:	No
Built in Switch:	No
Mounting Type:	Chassis Mount, Motors
Orientation:	Right Angle
Termination Style:	Cable
Rotational Life (Cycles Min):	--

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AEDM-5810-U13 Encoders: Application Field and Working Principle

The AEDM-5810-U13 encoder is an incremental, two-channel, M-coded encoder with a net resolution of 40,960 cycles per revolution (CPR). It is designed for industrial and mechatronic applications in fields such as factory automation, robotics and motion control. This article aims to provide an overview of the application field and working principle of the AEDM-5810-U13 encoder.

Application Field

The AEDM-5810-U13 encoder is suitable for a variety of industrial applications. Examples of such applications include: motion control, conveyor systems, positioning systems, and windshield wiper systems. In particular, the AEDM-5810-U13 encoder is widely used in robots, as it is capable of producing accurate, high-resolution position signals from the robot\'s drive system. The unit is also compatible with many commonly used PLCs.

Working Principle

The AEDM-5810-U13 encoder works by producing two electrical signals derived from a rotating shaft: an incremental encoder output, and an absolute encoder output. These two signals are generated by the encoder\'s two optical sensors, which are mounted on either side of a separate multi-finger disk. When the disk rotates, it interrupts the light in different points, resulting in a sequence of high, low, and null output states. Each high and low state correspond to a single count, which form a high-resolution, 40,960 CPR, square-wave signal known as the incremental encoder output. This signal carries information about the shaft\'s position relative to the disk\'s reference point. Meanwhile, each time the disk\'s reference point passes the optical sensor, a null state is generated, which signals the absolute encoder output; this output carries information about the shaft\'s absolute position. The absolute encoder output of the AEDM-5810-U13 encoder is derived from a coded-pole disk, which consists of a 12000 CPR, 8 information bit, M-coded disk. This disk is used to develop the absolute position information by using a self-learning process based on the linear feedback. The unit also features a built-in logic circuit for error-detection, which prevents false readings caused by debris accumulation or interference from outside sources.

Conclusion

The AEDM-5810-U13 encoder is a reliable industrial device suitable for a variety of applications such as motion control, robots, and positioning systems. Its working principle involves the use of two optical sensors, which measure relative and absolute positions from a disk\'s reference point. As a result, the unit is capable of producing accurate, high-resolution signals, and is also equipped with a built-in error-detection logic circuit to prevent false readings.

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