歐姆龍E2EQ-X10D1接近開關中英文產品介紹
【中文介紹】
E2EQ-X10D1是歐姆龍推出的高性能非接觸式檢測裝置，采用電感式原理設計，適用于工業自動化領域的物體位置檢測需求。該產品通過優化線圈結構和信號處理技術，可實現10mm的穩定檢測距離，滿足多種復雜工況下的精準識別要求。
產品核心特點體現在三個方面：首先采用全金屬外殼結構，通過精密加工工藝提升整體防護性能，有效抵御機械沖擊和油污侵蝕，適合汽車焊接線、機床加工等強振動場景；其次內置溫度補償電路，在-25℃至+70℃寬溫域范圍內保持檢測精度穩定，適應食品冷庫、注塑車間等溫度波動環境；最后配備雙色LED狀態指示燈，360°可視設計便于設備調試和維護人員快速判斷工作狀態。
緊湊型圓柱外觀（M30×1.5規格）節省安裝空間，支持齊平式安裝方式。優化電磁兼容設計有效抑制電弧干擾，在變頻器、伺服電機等強電磁環境中仍能可靠工作。輸出端采用三線制NPN常開配置，兼容主流PLC控制系統。特殊表面處理工藝使檢測面具備防焊渣粘連特性，適用于焊接機器人工作站等高溫多粉塵場景。
本產品可廣泛應用于汽車制造生產線上的夾具定位、包裝機械的物料到位檢測、立體倉庫的托盤位置確認等場景，其穩定性能有效減少設備誤動作，提升生產節拍。通過優化能耗設計，在保持檢測性能的同時降低設備功耗，助力企業實現綠色生產目標。
【English Introduction】
The Omron E2EQ-X10D1 proximity sensor is a high-performance non-contact detection device utilizing inductive sensing technology. Designed for position detection in industrial automation systems, it achieves stable 10mm sensing distance through optimized coil configuration and signal processing algorithms, ensuring reliable operation in diverse working conditions.
Three key features define its design: The fully metallic housing manufactured with precision machining enhances impact resistance and contamination protection, making it suitable for automotive welding lines and CNC machining centers. Built-in temperature compensation circuitry maintains detection stability across a wide operating range (-25℃ to +70℃), adaptable to environments like food refrigeration units and plastic molding workshops. The dual-color LED indicator with 360° visibility simplifies device commissioning and maintenance diagnostics.
Featuring a compact cylindrical design (M30×1.5 thread), the sensor supports flush mounting to save installation space. Enhanced electromagnetic compatibility effectively suppresses arc interference, ensuring stable performance near frequency converters and servo motors. The three-wire NPN normally open output configuration ensures compatibility with mainstream PLC systems. Specialized surface treatment on the sensing face prevents welding spatter adhesion, particularly beneficial in robotic welding cells.
This product excels in automotive production line fixture positioning, packaging machine material presence detection, and automated warehouse pallet localization. Its optimized power consumption design reduces energy usage while maintaining detection accuracy, supporting sustainable manufacturing initiatives. The robust construction minimizes false operations in high-vibration environments, contributing to improved production efficiency and equipment uptime.
