AEDC-5550-B12

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Encoders are devices that measure and track motion, often by converting analog information into digital electrical signals. AEDC-5550-B12 is a magnetic rotary encoder, generally used for sensing the rotational speed and position of a rotating shaft, like motors. It is cost effective and reliable.

The AEDC-5550-B12 encoder is made up of two components; a disk that contains alternating north and south magnetic segments and a magnetically sensitive read head that is placed close to the disk. When the disk is rotated, the changes in the orientation and polarity of the magnetic north and south poles create a unique signal detected by the read head at the peripheral edges of the disk. This signal is then used by a host device to assess the direction and speed of the rotation, as well as the angle and rotation count.

The AEDC-5550-B12 encoder has a 12 bit resolution, which means it produces 4096 pulses for every full revolution. This ensures accurate positioning and speed monitoring. Its operating voltage is 5V with a maximum current draw of 110mA. The operating temperature range is from -10 ℃ to 70 ℃, making it suitable for use in most industrial applications. It is also RoHS complaint and can withstand shock and vibration up to 30G.

AEDC-5550-C12 encoder applications include signal transmission for motor shafts and various other industrial applications such as pumps, conveyors, gear drives, robots, and robotic arms. The AEDC-5550-C12 encoder can also be used to detect the average speed of a rotating object, as well as the total number of revolutions it has undergone. The output signal can also be used to control the speed of a motor. Other potential applications include counting, angle measurement, and the triggering of events, such as solenoid valves for actuation.

To sum up, the AEDC-5550-B12 encoder is an economical and reliable way to measure the rotational speed and position of a rotating shaft. It is a 12 bit encoder, which provides 4096 pulses for a full revolution, ensuring accuracy and feedback from the system. The high resolution and shock and vibration durable construction of the encoder make it suitable for use in many industrial applications. It can be used for signal transmission, angle measurement, rotational speed and position monitoring, and can be used to trigger events or control the speed of a motor.

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