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How to Select an Efficient and Stable Photoelectric Sensor for Assembly Line Positioning and Counting? The FGNS13-20NF-B Series Provides the Answer!

2025-11-19

In today's rapidly advancing industrial automation landscape, photoelectric sensors serve as critical detection equipment whose performance directly impacts production efficiency and safety. The FGNS13-20NF-B series background suppression photoelectric sensors from Fuwei Electronics are becoming the preferred choice across industries, thanks to their outstanding multi-protection features, high sensitivity, and intelligent settings. As a highly efficient photoelectric sensor for assembly line positioning and counting, how does it help users tackle detection challenges in complex environments? Let's explore.



First, the FGNS13-20NF-B series incorporates multiple protection mechanisms, including short-circuit protection, overload protection, and reverse polarity protection. With a voltage range spanning 12-24V, it ensures safe and stable operation in harsh industrial environments. This means the sensor automatically safeguards itself against damage during voltage fluctuations or unexpected short circuits, significantly extending its service life. Additionally, the use of imported electronic components ensures high sensitivity, stable performance, strong anti-interference capabilities, and extended service life. These characteristics enable outstanding performance on high-speed assembly lines, making it particularly suitable for detecting fabrics of various colors and applications in warehousing and logistics lines, ensuring detection accuracy remains unaffected by external interference.



Notably, the background suppression function of this sensor series is unaffected by object color, maintaining nearly consistent detection distances for objects of different colors. This breakthrough technology resolves detection errors caused by color variations in traditional sensors, making it highly effective in parcel sorting lines and large-scale assembly line positioning and counting. Whether detecting dark or light-colored materials, the FGNS13-20NF-B series delivers consistent results, significantly enhancing production line reliability and efficiency. As a professional photoelectric sensor for assembly line positioning and counting, its intelligent background suppression ensures accurate counting and positioning while preventing misoperations caused by color variations.



The intelligent distance setting function is another major highlight. Featuring a self-learning design, users can set the distance with a single press of an inductive switch—eliminating complex debugging and enabling rapid deployment. This convenient operation not only saves time and labor costs but also reduces the risk of operational errors. For instance, in large-scale assembly line positioning and counting applications, this photoelectric sensor rapidly adapts to varying material distances, achieving precise counting and positioning. Combined with premium pure copper wiring—featuring pure copper cores that resist tension and bending for reliable, safe conductivity—the sensor maintains stable connections over extended use, preventing failures caused by wire degradation.



In application domains, the FGNS13-20NF-B series is widely applicable for detecting fabrics of various colors, warehouse logistics lines, express sorting lines, and large-scale assembly line positioning and counting. For instance, in the textile industry, it accurately identifies different fabric colors to ensure error-free sorting. In logistics warehousing, it facilitates rapid sorting and positioning, enhancing overall operational efficiency. More importantly, as a reliable photoelectric sensor for assembly line positioning and counting, it achieves precise object counting and position detection on high-speed production lines, preventing production interruptions and resource wastage. Whether in manufacturing or logistics, this sensor delivers stable and reliable solutions through its background suppression and intelligent setting capabilities.


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