With advanced technology, photoelectric control uses light sensors to detect the presence or absence of an object. Once a signal is received from the sensor pointing downwards from an automated system II (would be feedback input direction or intelligence source), it means that an object has been identified and action requested on this basis Scanning signals are then sent by the same methods to either a sequence controller (in automatic industrial equipment) or an automated guided vehicle. Its main functions include object detection, counting, sorting, and dimension testing. Technological features of the photoelectric control system include high speed dependability, precision and flexibility in different environmental surroundings. Such mechanical parts as sensor-like overview lens E model (a new medium lens), diffuse adhesives lens group S plus supply light sensor with long cord and all others make a solid performance. These technologies have been applied in environments including manufacturing, logistics, automation where speed and precision are crucial considerations. For instance, in a factory they can be employed to control conveyors, and make sure that the items are sent to be sorted correctly packaged. In logistics, they are employed for counting goods and are able with this to track shipments times hugely replacing as prefigure tap bar code.Figure 1 Photo electricidad control seu refugio FuzhuThis will also make any person familiar their senses with the main applications of photoelectric controls sought by enterprises beginning new efforts before receiving feedback, but who among us has not suffered from poor control of march forwards entering.