What Is Precise And Accurate Of Tech Sensors

Main functions of automatic photoelectric guiding device
1: Electromechanical drive or hydraulic cylinder can be used as the driving power.
2: Quickly and accurately position the coil, using a roll width of up to 1930 mm (76.0").
3: Design of low friction ball bushings and rotating rods.
4: The durable structure of the correcting actuator can be used continuously for a long time, which greatly reduces the need for maintenance.
5: Optional servo plummet to increase settings and web linear speed.
6: All standard FIFE sensors and controllers can be used in heel, centering and follow-up corrections.
7: There are many different structures and rollers for you to choose from.
8: Optional mounting bracket and stand.

Features

1: Widely used

2: Accurate Edge Detection

3: For perfect Roll Generation

4: Easy Installation

The automatic photoelectric guide controller is an automatic control system for controlling the positional deviation of materials such as coils and cardboard during the transmission process. The products have functions of automatic detection, automatic tracking, and automatic correction. It can track and correct the marking lines or edges of cardboard, film, aluminum foil, strip and other materials to ensure the winding and slitting are neat. The system can be used in light industry, packaging, printing and dyeing, printing, steel rolling and other industries.

The automatic photoelectric guiding actuator uses a photoelectric element as a detecting element, first converts the measured change into a change of the signal, and then further converts the optical signal into an electrical signal by means of the photoelectric element. Photoelectric detection method has the advantages of high precision, fast response, non-contact, etc., and many parameters can be measured. The structure of the sensor is simple. Users can select various specifications according to their needs, and obtain wide application in various light industrial automata.

In short, the automatic photoelectric guiding device detects the position of one side by the photoelectric detecting switch to pick up the position deviation signal, and then logically calculates the position deviation signal to generate a control signal, and outputs a DC24V voltage signal for driving the external actuator to correct the material running time. The serpentine deviation controls the linear motion of the material.

Application

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