CCS-DF-LDR-70

CCS-DF-LDR-70 is an important accessory in machine vision application field. It is mainly used to detect the dynamic speed and position of motor, robot, etc. It can also be used for online control of linear motion and logic control of communication.

Comparing with other similar products, CCS-DF-LDR-70 has the characteristics of high accuracy, wide environment adaptation, high stability and long service life. It is widely used in many fields.

Working principle：The CCS-DF-LDR-70 uses a linear encoder, an angle encoder, a displacement encoder, and a differential encoder. These are devices that measure the distance between two surfaces. The linear encoder is used to measure the movement of the object in linear motion, while the angle encoder is used to measure the rotation of the object. Finally, the displacement encoder is used to measure the movement of the object in a three-dimensional space. The differential encoder uses a combination of all three types of encoders to measure three-dimensional motion.

CCS-DF-LDR-70 also includes an analog output system, which contains both an analog voltage and current output. This allows for the user to have control over the motion of the object in real-time. The user can also control the speed or position of the object with the use of the PLC system.

These individual components work together to provide the user with precise control over the motion of the object. They are also combined to create a powerful system that provides the user with real-time control over the object\'s motion. This makes CCS-DF-LDR-70 a powerful tool for applications such as online motor control, robot control, and other automated processes in industrial settings.

CCS-DF-LDR-70 is a great example of how the latest technology in machine vision can be used to control complex motions of objects in industrial automation. The combination of the linear encoder, angle encoder, displacement encoder, and differential encoder provides accurate information about the motion of the object, so that the system can be used to control the motion even more accurately and quickly.