AEDA-3300-BA4

Encoders: AEDA-3300-BA4 Application Field and Working Principle

The AEDA-3300-BA4 encoder is a quadrature incremental encoder that was developed by the Japanese technology company Omron Corporation. It is a compact and lightweight encoder compatible with many Omron sensors, and it is used for measuring angular displacement, rotation speed, and direction.

The AEDA-3300-BA4 encoder consists of a sensing unit and a signal conditioning unit. The sensing unit is composed of two circular coded disks, connected to each other so that they turn in the same direction. Each disk has regular scribed slots with different patterns. When a motor shaft rotates, the two disks rotate together, and their slots are detected by two photoelectric sensors installed in the encoder.

When the motor shaft rotates, pulses are generated from the signal conditioning unit to the output. The number of pulses per change in rotational angle is determined by the patterns of the two disks, and it can range from two pulses/change in angle to 1000 pulses/change in angle. By counting the number of pulses, the number of rotations and direction of the motor shaft can be determined.

The AEDA-3300-BA4 encoder can be used in various applications such as precision motors, robots, machine tools, and automatic milling machines. It can be used to measure the angular displacement, rotation speed, and direction of motion of the motor. In addition, it is compatible with many Omron sensors, making it easier to integrate with existing systems.

In addition, due to its compact size and small weight, it can be used in tight spaces or in applications requiring low weight. It is made from high-quality materials and designed for high-reliability and high-accuracy performance, making it suitable for use in applications requiring high precision.

In conclusion, the AEDA-3300-BA4 encoder is a compact and lightweight encoder that can be used in many applications. It can measure angular displacement, rotation speed, and direction with high accuracy and reliability. It is also compatible with many Omron sensors, making it easier to integrate with existing systems.