AEDA-3300-BA6

Encoders

An encoder is an electronic device that converts a physical input into a digital or analog output. The AEDA-3300-BA6 is an example of an encoder that is used in industrial applications. In this article, we will discuss the application field and working principle of the AEDA-3300-BA6.

Application Field

The AEDA-3300-BA6 is an industrial encoder designed for use in mobile applications such as forklifts, pallet jacks, AGVs, and other industrial vehicles. The encoder is specifically designed to withstand shock and vibration and is IP67 rated, making it dust and waterproof. The encoder is also resistant to dirt, oils, solvents, and hydrocarbon fuels.

The AEDA-3300-BA6 is capable of measuring linear or angular distances. The encoder has a range of 0 to 256 counts per revolution, and it is capable of measuring up to 4,096 pulses per revolution. The encoder also features a temperature range of -40°C to +85°C, making it suitable for use in harsh environments.

Working Principle

The AEDA-3300-BA6 encoder measures its inputs using a tachometer principle. This means that the encoder utilizes a rotor and stator system to measure the rotational speed of the input. The rotor has a series of slots that are used to detect the movement of the stator. As the stator rotates, the rotor’s slots move past the stator, generating a series of pulses which are then converted into a digital or analog output.

The output of the encoder is then converted into position or velocity data by a microcontroller. The encoder’s position data is used to control the output of actuators in industrial applications. For example, the encoder’s data can be used to control the speed of a motor or to control the position of a valve.

Conclusion

The AEDA-3300-A6 is an industrial encoder that is designed for use in mobile applications. It is designed to withstand shocks and vibrations and is IP67 rated, making it dust and waterproof. The encoder measures its inputs using a tachometer principle, and its output is converted into position or velocity data by a microcontroller. The encoder’s data can be used to control the output of actuators in industrial applications.