IMN6-M12-E2C型電感式接近開關（PNP常開型）產品介紹
【中文版】
IMN6-M12-E2C型電感式接近開關是一款專為工業自動化場景設計的高性能非接觸檢測裝置。該產品采用緊湊的圓柱形結構，外殼材質為高等級工程塑料與金屬復合材質組合，表面經過特殊工藝處理，具有耐油污、抗腐蝕特性。M12標準螺紋接口設計便于安裝固定，集成式插頭連接器有效簡化接線流程，可實現快速部署與維護。
產品基于電磁感應原理工作，當檢測范圍內出現金屬目標物時，其內部電路將自動觸發開關量信號輸出。采用PNP型晶體管輸出模式，具備常開（NO）觸點配置，輸出負載能力達到DC 30V/200mA，適配多種工業控制器輸入模塊。內置溫度補償電路確保在-25℃至+85℃寬溫域內保持穩定檢測距離，典型檢測范圍為2mm（鐵質材料），重復定位精度可達±0.02mm。
該型號配備一體化電纜組件，線體采用柔性耐彎折護套，插頭端標配3芯鍍金觸點連接器，確保信號傳輸可靠性。產品外殼達到IP67防護等級，可有效抵御粉塵侵入和短時液體浸泡。前端設置雙色LED狀態指示燈，支持工作狀態實時可視化監測。特殊設計的抗電磁干擾電路可抑制鄰近設備產生的雜波干擾，適用于機床加工、輸送線定位、機器人末端執行器等存在強電磁環境的場景。
【English Version】
The IMN6-M12-E2C Inductive Proximity Sensor (PNP Normally Open) is a high-performance non-contact detection device specifically designed for industrial automation applications. Featuring a compact cylindrical housing constructed with high-grade engineering plastic and metal composite materials, the sensor demonstrates excellent resistance to oil contamination and corrosion through specialized surface treatment. The M12 threaded interface allows easy mechanical mounting, while the integrated plug connector significantly simplifies wiring operations for rapid deployment.
Operating on electromagnetic induction principle, this sensor automatically generates switching signal output when metallic targets enter its effective detection range. With PNP transistor output configuration and normally open (NO) contact design, it delivers 30V DC/200mA load capacity compatible with various industrial controller input modules. Built-in temperature compensation circuitry ensures stable detection performance across a broad operating temperature range from -25℃ to +85℃, offering 2mm standard detection distance for ferrous materials and ±0.02mm repeatability accuracy.
The sensor comes pre-assembled with flexible cabling featuring abrasion-resistant jacket and 3-pin gold-plated connector for reliable signal transmission. The IP67-rated enclosure provides effective protection against dust ingress and temporary liquid immersion. A dual-color LED indicator at the front enables real-time operational status monitoring. Specially developed anti-electromagnetic interference circuitry effectively filters noise from adjacent equipment, making it suitable for challenging environments such as CNC machining centers, conveyor positioning systems, and robotic end-effectors where strong electromagnetic disturbances are present.
