C14D16N-C2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Encoders are frequently used in automation engineering as components for measurement, positioning and control of motors and other motion control devices. The C14D16N-C2 encoder is a combination encoder that offers a broad range of features for controlling axis positioning and motion. The C14D16N-C2 encoder provides a complete package for closed loop motion control, including a high resolution and noise-immune serial encoder interface, and 14-bit position resolution.

The C14D16N-C2 encoder combines the best features from various technologies to create a complete solution for motion control. The encoder is based on a technology called "digital-to-analog conversion," which means it can convert an analog input signal into a digital pulse signal. This allows the encoder to accept both absolute and incremental position information, as well as velocity information.

The C14D16N-C2 encoder also features a powerful "Generic Encoder Interface" (GEI) to make connection and configuration of the encoder easy. GEI is an open industry standard communications protocol that enables the encoder to be quickly and easily integrated into most motion control systems. This eliminates much of the complexity of dealing with old, proprietary encoders or manual connections.

The C14D16N-C2 encoder is designed to be used with servo motors and other types of stepper motors. It offers precise positioning capabilities for motors and other motion-controlled devices. The encoder can detect the direction of rotation as well as the precise speed and acceleration of the motor. This position and speed information can then be used by a motion control system to provide precise control of the motor rotation, as well as control the speed and position of other motion-controlled devices.

The C14D16N-C2 encoder also features a direct-drive feedback system. This means the encoder will monitor the current position of the motor and send information back to the motion control system. This information can then be used to modify the speed or position of the motor if necessary. This makes the encoder an ideal choice for applications where precise accuracy is required, such as in precision routing and cutting machines.

The C14D16N-C2 encoder also features an analog input, which allows for the conversion of analog signals from position sensors or other devices into digital signals that can then be used by the motion control system. This input allows the encoder to be used with a variety of different sensors, and can provide additional information to the motion control system during operation. This feature makes the encoder ideal for applications where additional diagnostic information is required.

The C14D16N-C2 encoder is also designed with a built-in thermal protection circuit. This feature prevents the encoder from being damaged due to overheating or other temperature extremes. This makes the encoder an ideal choice for applications that require both superior accuracy and reliability.

In summary, the C14D16N-C2 encoder combines a wide range of features for motion control and position sensing. The encoder is based on digital-to-analog conversion technology, and features a powerful Generic Encoder Interface for easy connection and configuration. The encoder also includes direct-drive feedback and an analog input for flexibility. Finally, the encoder includes a built-in thermal protection circuit for reliable operation. The C14D16N-C2 encoder is an ideal choice for applications requiring precise control and accuracy.

The specific data is subject to PDF, and the above content is for reference