AEDT-9140-B0B

Series:	AEDT-9140
Part Status:	Active
Encoder Type:	Optical
Output Type:	Quadrature with Index (Incremental)
Pulses per Revolution:	1000
Voltage - Supply:	5V
Actuator Type:	Codewheel Not Included
Detent:	No
Built in Switch:	No
Mounting Type:	Chassis Mount
Orientation:	--
Termination Style:	Terminal Pins
Rotational Life (Cycles Min):	--

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Encoders are essential components for position sensing, motion control, and data transmission in a wide range of applications. The AEDT-9140-B0B is a angular incremental Rotary Encoder which is suitable for a broad range of automation applications. This high-precision encoder provides both quadrature output and a Mark-and-Space output signal for speed measurement, synchronizing, and angular position measurement control. Furthermore, the AEDT-9140-B0B incorporates programmable a Mark-and-Space output for absolute position measurement, suitable for applications requiring high reliability and accuracy.

Application Fields

The AEDT-9140-B0B is ideally suited for a variety of motion control and automation applications. These encoders are primarily used in operating feedback controls, such as in robotics, motor drives, CNC, and elevator systems. They are also used in automation equipment, such as automated guided vehicles (AGVS) or pick-and-place systems. Furthermore, they are used in test and measurement equipment for position sensing, displaying, readout, and control purposes.

Working Principle

The AEDT-9140-B0B encoder comprises of a shaft, an optical sensor, and a code-disks that is mounted onto the shaft. The code-disk, also known as a rotary transducer, has hundreds of alternating light and dark slits on its surface. The optical sensor is mounted adjacent to the code-disk, and acts as a transducer, converting the light and dark slits into and electrical signal.When the shaft rotates, the optical sensor passes over the light and dark slits, which changes the amount of light entering the sensor. This information is then converted into an electrical signal, that is then further processed and outputted. In the case of the AEDT-9140-B0B encoder, it outputs both quadrature and Mark-and-Space signal. The quadrature signal output is used for angular position measurement and speed measurement. As for the Mark-and-Space output, it is used for absolute position measurement of the shaft.

Design Benefits

The AEDT-9140-B0B encoder is designed to meet all the requirements of a variety of motion control applications, such as robotics, motor drives, AGVs, and pick-and-place systems. The encoder provides a rugged design, able to withstand high temperatures, dust, and shock. Furthermore, the encoder has a tight tolerance, and minimal incremental error, which ensures a high level of accuracy in the reading outputted. In addition to this, the AEDT-9140-B0B also has the ability to self-diagnose its own performance. This reduces the maintenance cost and time associated with system repairs and services. Furthermore, the encoder has both digital and analog outputs, making it suitable for a wide variety of system platforms.

Conclusion

The AEDT-9140-B0B is an angular incremental rotary encoder. Designed to meet the requirements of motion control applications in industries such as robotics, motor drives, and automated guided vehicles, it provides a highly accurate and reliable output signal. It also offers a rugged design, able to withstand high levels of dust, shock and temperature. Furthermore, the encoder is capable of self-diagnosing its performance, providing the system with low maintenance costs and increased system uptime.

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