AEDT-9811-M00

An encoder is a type of sensor used to measure angular position, typically used as a feedback device in motor control circuits. The AEDT-9811-M00 is a type of encoder that is used to measure absolute position, meaning that an output signal from the encoder corresponds to an absolute angle or the position of the output shaft of a motor, independent of the device’s history. This type of encoder works on a combination of optical and mechanical detection, making it extremely accurate and reliable, and ideal for motor control applications.

The AEDT-9811-M00 is a single-channel optical rotary encoder that uses a light source and two photoelectric detectors to measure the rotational angular position of a motor shaft. Its two detectors are optically isolated from each other, and both detectors are positioned opposite to each other, corresponding to the N and S poles of a magnet and are located at equal distances from the midpoint of the encoder’s rotating shaft. As the encoder rotates, the N and S magnetic poles pass across the face of each detector, producing electrical signals that are output from the encoder.

The AEDT-9811-M00 optical encoder is designed for applications such as motor control, position sensing, and feedback control. It is commonly used in industrial robots, servo controls, rotary tables, and other types of automation equipment. The device is very accurate, with an accuracy of 0.018 degrees, and boasts a large resolution of up to 1000 PPR (pulses per revolution), with a signal frequency of up to 12kHz. It features a wide operating temperature range of -35°C to +80°C, and a wide operating voltage range of 5V to 24V. The device is also extremely power efficient, with a low current consumption of only 4mA.

The AEDT-9811-M00 optical encoder is an excellent choice for applications that require a high level of accuracy, reliability, and even power consumption. Its optical-mechanical design allows for exact, non-contact measurements, and its large resolution and signal frequency make it ideal for high-speed motor control applications. Its wide operating temperature and voltage ranges add to its overall versatility, making it an excellent choice for a wide variety of motor control applications.