AEDL-5810-J14

Encoders are devices used to measure position, translations, and rotations. They provide digital signals output from absolute or incremental movement, and are used mainly in automation and robotics applications . The AEDL-5810-J14 is an advanced encoder designed to measure incremental or absolute angle position using a single power source. It has a wide range of applications across various industries, from factory automation, to robotics, to consumer products.

The AEDL-5810-J14 is designed to accurately detect the motion of a rotating shaft in both clockwise and counterclockwise directions. The device uses a pair of Hall-effect sensors to measure the angular position of the shaft. This device is capable of providing high accuracy and repeatability over a wide angular range of 360 degrees. It has a resolution of 1.5 degrees per revolution, and is designed to withstand shock and vibration levels up to 1.5g.

The AEDL-5810-J14 is designed to be used in a variety of applications, including automotive and industrial motor control, PLC feedback, and battery management systems. The device is capable of providing uninterrupted linear and angular velocity information for use in driving robotics and other systems that require feedback on position or velocity. The device also features a variety of anti-vibration and EMI protection on its output signal, making it suitable for use in harsh or electrically noisy environments.

The AEDL-5810-J14 encoder is designed for use with a single power source of either 5V or 10V. It features a current draw of 20 mA, and has a maximum operating frequency of 2 MHz. The device has open-collector outputs and a variety of adjustable output pulse levels and intervals. Its output pulses are compatible with a wide range of logic standards, including inverted and complementary logical levels, as well as RS-422 and TTL outputs.

The AEDL-5810-J14 is a robust and reliable encoder for a wide range of applications. Its high accuracy, repeatability, and wide angular range make it ideal for use in robotics and automation systems. Its wide range of output levels and compatible logic standards make it an excellent choice for use in PLC control systems. Its robust construction and powerful performance make it a go-to solution for industrial environments with high levels of shock and vibration.