【中文产品介绍】
NX5-M10RB 非接触式接近开关传感器是一款基于电磁感应原理设计的高性能检测装置，适用于工业自动化领域的多种物体探测场景。该传感器采用全封闭金属外壳结构，表面经过抗氧化处理，可在-25℃至+70℃温度范围内稳定工作。其圆柱形设计符合M10标准螺纹接口，便于快速安装与维护。
本产品内置高灵敏度感应线圈，能够以无接触方式检测金属物体的接近状态，有效检测距离可达5mm。通过电磁场变化识别目标物，无需物理接触即可输出稳定的开关信号，有效减少机械磨损，延长设备使用寿命。传感器采用三线制接线方式，支持NPN/PNP两种输出模式，兼容主流工业控制系统。LED状态指示灯提供实时工作反馈，便于现场调试与故障排查。
在复杂工业环境中，NX5-M10RB展现出良好的抗干扰能力，其IP67防护等级可有效抵御粉尘侵入和液体飞溅。特殊设计的电路保护模块能够承受1500V脉冲电压冲击，确保在电机启停等强电磁干扰场景下的可靠运行。产品适用于机床定位、输送带监控、自动化装配等场景，特别在金属加工、包装机械、汽车制造等领域有广泛应用优势。紧凑的结构设计使其能够适应狭小空间安装，优化的温度补偿技术保证不同环境条件下的测量一致性。
【English Product Introduction】
The NX5-M10RB non-contact proximity sensor is an electromagnetic induction-based detection device designed for industrial automation applications. Featuring a fully sealed metal housing with anti-corrosion treatment, this cylindrical sensor maintains stable operation within -25℃ to +70℃ temperature range. The standardized M10 threaded interface enables quick installation and maintenance.
Equipped with high-sensitivity induction coils, the sensor detects metallic targets within 5mm range through electromagnetic field variation, delivering contactless switching signals to minimize mechanical wear. Compatible with mainstream industrial control systems, it supports both NPN and PNP output configurations through three-wire connection. The integrated LED status indicator provides real-time operational feedback for field debugging and troubleshooting.
Designed for harsh industrial environments, the sensor achieves IP67 protection level against dust and liquid ingress. Its enhanced circuit protection module withstands 1500V pulse voltage spikes, ensuring reliable performance under strong electromagnetic interference scenarios like motor start-stop operations. The compact structure adapts to confined spaces, while temperature compensation technology guarantees measurement consistency across varying environmental conditions.
This product excels in metal processing, packaging machinery, and automotive manufacturing applications, particularly suitable for machine tool positioning, conveyor monitoring, and automated assembly systems. Optimized electromagnetic characteristics provide stable detection of ferrous metals including steel, iron, and alloy materials, making it an ideal solution for industrial automation requiring precise non-contact detection.
