How To Use The Photoelectric Guiding Device To Improve The Effective Operation Of The Production Line?

The photoelectric guiding device comprises: a guiding controller, a pusher and a sensor. The working principle: the sensor detects the deviation of the material, and then transmits the signal to the controller, and the controller guides the pusher to work, and the pusher is The material offset is solved by adjusting the rack. Generally, the total weight of the material feeding frame can be corrected by photoelectricity within three tons, and the photoelectric hydraulic correction is generally recommended for more than three tons.

The photoelectric guiding device is a mechanical device for correcting the side error of the coil in the forward movement. The displacement type correcting is to realize the side guide of the coil by changing the span of the coil at the inlet and the outlet. It is a differential and oscillating selectable rectification controller that tracks the edges or printed lines of working materials for high accuracy.

It is composed of large-scale industrial integrated circuits, with strong working environment, strong anti-interference ability, high reliability and long service life. It is very suitable for the continuous non-stop production work of the packaging industry. It has been widely used in plastic film slitting machines, special material slitting machines, coating machines, printing machines, laminating machines and other equipment. The photoelectric correction controller sensor is composed of a correction controller, a photoelectric eye, and a motor servo mechanism.

This web guide system is made up of a fixed base and one or more rotating devices that act as swinging arms that move around a fixed or virtual point of rotation. The maximum angle of rotation is ±7.5°. The ideal position of the point of rotation is in the range of the inlet or in the range of no more than 10% during the guiding.

Photoelectric guide Units provide the corrective control you need to help your production line run efficiently and efficiently. Combined with appropriate sensors, drivers, and other guiding components, the guiding device can provide high-precision, balanced, closed-loop, high-dynamic response servo system. A photoelectric guide controller sensor system is basically a displacement sensor that detects the position of the strip and compares it with the given amount. If there is an offset, the actuator is corrected to offset until it is within the given amount. Since the offset of the center position is difficult to measure, the edge position of the material is usually taken as a reference for the control signal.