About The Photoelectric Guide System FAQ

1. What should I do if the photoelectric guide does not respond? It should be that the electric eye is broken, you have spare, there is a change to try.

2. The working principle of three correction systems for photoelectric guide, ultrasonic guide and visual guide? What are their advantages and disadvantages? Photoelectric guide is applied to the correction of opaque materials. Ultrasonic guide is applied to the correction of opaque, translucent and transparent materials, and the optical correction can be applied to the correction of various materials.

3. What is the difference between the function of single electric eye and double electric eye in photoelectric guide control system? Double electric eye photoelectric rectification is to solve the problem of soft and easy-to-deformation material correction, that is, to correct the deviation based on the center line of the material, single electric eye, only for the fixed side correction environment.

4. Composition of photoelectric guiding device? Can the photoelectric web guide device prevent the film from being moved? What are the components of the photoelectric guiding device? The photoelectric guiding device includes: a guiding controller, an actuator, a sensor, working principle: sensor The material is detected to be deflected, and then the signal is transmitted to the controller. The controller then guides the pusher to work. The pusher solves the material offset by adjusting the rack. The total weight of the feed rack is three tons. Photoelectric web guide system can be used within, and more than three tons will generally recommend photoelectric hydraulic correction.

5. What is the principle of photoelectric guide controller? During the material winding process, the position of the edge or line is detected by the photosensor to pick up the edge or line position deviation signal. Then, the position deviation signal is transmitted to the photoelectric guide controller for logic operation, and a control signal is sent to the mechanical actuator to drive the mechanical actuator to correct the serpentine deviation of the material during operation to ensure linear motion of the material.

6, the working principle of photoelectric guide. The guide control system is generally composed of three units of controller, sensor and driver. Optical rectification is no exception. The photodetector detects the displacement of the material by sensitization, converts it into an electrical signal and transmits it to the controller, and the controller internally calculates it by PID. The signal is then passed to the driver, which drives the correcting roller based on the given signal.