PEC09-2325K-N0015

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Encoders are an important part of automated digital control systems, and PEC09-2325K-N0015 is a type of incremental rotary encoder that is widely used in different kind of measurement and control systems. In this article, we will explain the application field of the PEC09-2325K-N0015 and its working principle.

Application Field of PEC09-2325K-N0015

The PEC09-2325K-N0015 is specially designed and constructed for use in testing, measurement and control applications. It can be used in motor control systems, especially where feedback is required for precise position and speed control. It can also be used in other devices where angular displacement needs to be measured. These include robotics, navigation, factory automation, machine tools, industrial process control systems, motor speed control, and material handling systems. It is commonly used in automation, security and surveillance systems such as automated robotic arms.

Working Principle of PEC09-2325K-N0015

The PEC09-2325K-N0015 is an incremental rotary encoder, meaning that it measures the displacement in incremental steps. It consists of a disc with notches cut into it, which is mounted on the output shaft of an electric motor. As the motor shaft turns, the detector detects the movement of the notches on the disc, and output signals are sent into the control system. The incremental encoder has two types of output, one being the quadrature signals (known as A and B signals) and the other being the index pulse. The A and B signals are used to measure the speed and direction of rotation. The index pulse is a single pulse which is generated each revolution of the shaft, and is used to reset the internal counter of the driving system so that it can accurately measure the angle of displacement.

The PEC09-2325K-N0015 also has two switches, with each switch being independently adjustable in terms of the number of outputs generated per revolution. These switches can be set to any of the following combinations: zero, one, two, four, eight, sixteen, and thirty-two output counts per revolution. This allows users to customize the encoder to work in a variety of settings with different speed requirements.

The PEC09-2325K-N0015 also has an integrated voltage regulator, which allows the encoder to work with any kind of voltage source. This feature makes the encoder even more versatile and allows it to be used in any environment where precise feedback and control are required.

Conclusion

The PEC09-2325K-N0015 is an incremental rotary encoder that is designed for use in feedback and control systems. It is widely used in motor control systems, navigation systems, industrial process control systems and other applications where precise position and angular displacement need to be measured. Its ability to output quadrature signals, index pulses and be adjusted for any number of output count revolution makes it an incredibly versatile and feature-rich encoder.

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