AEDM-5810-W11

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Encoder technology is used in a wide variety of industrial applications to measure the position and speed of machines. The AEDM-5810-W11 encoder is one such product which provides both absolute and incremental output for industrial machinery. It is robust and reliable, with a wide variety of options to satisfy specific needs of the individual customer.

The AEDM-5810-W11 encoder is a robust and reliable product, making it suitable for harsh environments and a wide range of application areas. This encoder features a wide variety of options for customizing the encoder to specific customer needs.

The AEDM-5810-W11 encoder features an in-line electrical interface for ease of installation. An internal diode protection is also included, ensuring the device is safe from overvoltage. Additionally, this encoder is capable of withstanding high humidity and vibration due to its highly durable construction.

The encoder is available in three different models, the AEDM-5810-W10, AEDM-5810-W11 and the AEDM-5511-W20. Each model provides different benefits and features for the user. For example, the AEDM-5810-W10 has a 5V supply voltage, 5V output signal and a maximum resolution of 896 counts per revolution. On the other hand, the AEDM-5810-W11 provides higher supply voltage at 24 VDC, a 10V output signal and a higher resolution of 1024 counts per revolution.

The most important feature of this encoder technology is its ability to produce both absolute and incremental output. An absolute output encoder can provide absolute positions without reference to a prior motion. This means it is not necessary to return the encoder to a start or zero position after each motion. On the other hand, an incremental output encoder produces a number of pulses per revolution (PPR) which can be used to calculate speed and position.

The working principle of the AEDM-5810-W11 encoder is fairly simple. At its most basic, the encoder consists of a circular disk with evenly spaced markings. The disk is attached to a motor or shaft and as the shaft rotates, the markings on the disk breaks a light beam. This creates an electrical signal which can then be interpreted as the position or speed of the motor or shaft.

More complex encoders such as the AEDM-5810-W11 also include an internal A/D converter and an internal controller. This allows the encoder to convert the light signal to a digital electrical signal which can then be processed to calculate the position or speed of the motor or shaft. Additionally, the AEDM-5810-W11 is capable of providing a specialized incremental output which ensures a higher degree of accuracy.

The AEDM-5810-W11 encoder is a versatile product, ideal for a number of industrial applications. It is reliable and accurate, and has the ability to provide both absolute and incremental output signals to suit individual customer needs. As a result, the AEDM-5810-W11 encoder is an excellent choice for those looking for an encoder that is both durable and accurate.

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