E2E-X5F2 非接触式接近开关产品介绍

中文版

E2E-X5F2 是一款高性能电感式接近传感器，专为工业自动化环境中的位置检测需求设计。该产品采用紧凑型圆柱结构（直径5mm），可实现狭小空间内的灵活安装，适用于机械设备、装配线、物流分拣系统等多种工业场景。

本产品通过电磁感应原理实现无接触检测，有效避免机械磨损，确保长期稳定运行。检测距离最高达2mm，具备±10%的检测精度，可准确识别金属目标物的位置变化。壳体采用黄铜镀镍材质，表面经特殊工艺处理，具有IP67防护等级，可适应油污、粉尘及潮湿环境。

产品配备PBT工程塑料防护外壳，内部填充环氧树脂密封材料，有效抵御振动和冲击影响。工作温度范围覆盖-25℃至+70℃，适用于多数工业环境。接线方式提供2米长PVC护套电缆，支持直流12-24V宽电压输入，兼容NPN/PNP两种输出类型，便于现有系统集成。

在功能设计方面，E2E-X5F2具备LED状态指示灯，可实时反馈设备工作状态。短路保护与反接保护功能有效降低安装错误导致的设备损坏风险。产品支持全金属埋入式安装，在复杂工况下仍能保持检测稳定性。

英文版

E2E-X5F2 Non-contact Proximity Switch

The E2E-X5F2 is a high-performance inductive proximity sensor designed for position detection in industrial automation systems. Featuring a compact cylindrical housing (5mm diameter), this device enables flexible installation in confined spaces, making it suitable for machinery, assembly lines, material handling systems, and various industrial applications.

Operating on electromagnetic induction principle, the sensor achieves non-contact detection that eliminates mechanical wear and ensures long-term reliability. With a maximum sensing distance of 2mm and ±10% detection accuracy, it precisely identifies positional changes of metallic targets. The brass nickel-plated housing with specialized surface treatment provides IP67 protection against oil, dust, and moisture exposure.

Constructed with PBT engineering plastic casing and epoxy resin encapsulation, the device demonstrates excellent resistance to vibration and mechanical shock. Its operational temperature range spans from -25℃ to +70℃, accommodating most industrial environments. The integrated 2-meter PVC-jacketed cable supports 12-24V DC wide voltage input and offers both NPN/PNP output configurations for seamless system integration.

Functional enhancements include an LED status indicator for real-time operational monitoring. Built-in short-circuit protection and reverse polarity protection significantly reduce equipment damage risks during installation. The full-metal flush mounting capability ensures stable detection performance even in complex working conditions.