PEC16-4020F-N0024

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Encoder is a device which encodes a signal or instruction for transmission or storage, or reconstructing a signal after transmission or storage. Among them, PEC16-4020F-N0024 encoder is widely used in industry. This article will cover its application field and working principle.

The PEC16-4020F-N0024 encoder is an incremental optical encoder that offers high resolution, robust construction, compact size, and cost-effectiveness. It combines excellent performance with a range of options which make it suitable for a wide variety of applications. The key features of the encoder include a wide range of resolutions and zero-speed reference inputs, making it an ideal solution for robotics, medical equipment, and other motion control applications.

The PEC16-4020F-N0024 encoder is available in two models: the standard model and the Enhanced Long Distance (ELD) model. The standard model features a resolution range of 4096 counts per revolution (CPR) and up to 2,000 pulses per second (PPS) on the output. The ELD model boosts the resolution range to 8192 CPR and offers a maximum speed of 4000 PPS. Both models come in a variety of mounting styles and can be connected to most common 2-channel encoder input systems.

Working Principle

The PEC16-4020F-N0024 encoder uses the incremental principle to measure position and velocity. The encoder consists of an internal light source and an optical detector assembly which is mounted on the shaft of the motor or other prime mover. As the shaft rotates, the position of the light is detected by the optical detector and converted into electrical pulses. These pulses are then converted into position or velocity information, depending on the type of encoder.

The encoder features an output port which allows for connection to most 2-channel encoder input systems, and a signal conditioner to ensure compatibility with different systems. The signal conditioner also includes a range of filters to eliminate noise and protect the encoder from electromagnetic interference. Additionally, the encoder is equipped with an integrated zero-speed reference input and a wide frequency range for easy synchronization with other equipment.

The PEC16-4020F-N0024 encoder is available in a variety of mounting styles and can be used in a variety of environments. In addition to being used in robotics, medical equipment, and motion control applications, the encoder can also be used for general position and velocity monitoring, as well as in transmission-line monitoring systems.

Conclusion

In summary, the PEC16-4020F-N0024 encoder is an incremental optical encoder that offers high resolution, robust construction, compact size, and cost-effectiveness. It is suitable for use in a wide variety of industries, including robotics, medical equipment, and other motion control applications. It features a wide range of resolutions and a zero-speed reference input, making it ideal for use in these applications. Additionally, the encoder is equipped with a signal conditioner to ensure compatibility with different systems and filters to eliminate noise and protect the encoder from electromagnetic interference.

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