Value Buy Pepperl+fuchs Nbn25-30gm50-e2-v1 All Sizes Available [bcjeFqmd]

Value Buy Pepperl+fuchs Nbn25-30gm50-e2-v1 All Sizes Available [bcjeFqmd] Inductive Sensor

The Value Buy Pepperl+fuchs Nbn25-30gm50-e2-v1 All Sizes Available [bcjeFqmd] is a top-tier inductive sensor designed for robust object detection in harsh industrial environments. This high-range sensor boasts a non-flush mounting design with a generous 25 mm sensing distance, ensuring reliable detection in wide-gap applications. With its PNP normally open output and M12 quick-connect, it integrates seamlessly with various control systems. The sensor's IP67 protection rating makes it ideal for moisture and dust-resistant operations, enhancing its durability in demanding conditions.

Key Product Features and Specifications

The NBN25-30GM50-E2-V1 features a sensing face material of LCP (Liquid Crystal Polymer), offering exceptional resistance to environmental factors. This sensor operates with a voltage range of 10–30 VDC and provides a maximum load current of 200 mA, ensuring stable performance. Its M12, 4-pin connector facilitates fast and secure installation, while the integrated LED indicator clearly displays the switch status. Additional highlights include a nickel-plated brass housing, a switching frequency of up to 200 Hz, and an operating temperature range of -25°C to +70°C.

Applications and Benefits

The Value Buy Pepperl+fuchs Nbn25-30gm50-e2-v1 All Sizes Available [bcjeFqmd] is versatile and well-suited for a variety of applications, including heavy industrial machinery, automated conveyors, and material handling systems. Its extended sensing range and PNP NO output make it an excellent choice for OEM machinery integration. The sensor's resilience to harsh environments, thanks to its IP67 rating, ensures reliable performance in daily operations. By choosing this sensor, you gain peace of mind with proven Pepperl+Fuchs performance and reliability, making it the ideal choice for any application requiring robust object detection and control system integration.