YF-D14系列光电开关及抗震型产品中英文介绍
【中文版】
YF-D14系列光电开关是一款采用先进光学传感技术设计的工业级检测装置，适用于自动化生产、物料分拣、设备定位等多种工业场景。该产品通过红外光束发射与接收原理，实现非接触式物体检测，具有响应速度快、检测精度高、环境适应性强等特点。主体外壳采用工程塑料与金属复合结构，兼顾轻量化与抗冲击性能，防护等级达到IP67，可在粉尘、油污或潮湿环境下稳定工作。
抗震型光电开关在YF-D14标准版基础上强化了机械结构设计，特别针对振动频繁的工业场景进行优化。内置缓冲组件能有效吸收设备运行产生的持续震动，检测距离0.1-5米连续可调，温度适应范围-25℃至+70℃。产品采用模块化电路设计，支持NPN/PNP双输出模式，兼容主流PLC控制系统，安装方式包含螺纹固定与导轨卡扣两种选择，便于快速部署和维护。
制造商专注工业传感器研发生产超过15年，建有完整的质量管控体系与技术服务网络。产品线涵盖漫反射型、镜面反射型、对射型等多种检测模式，可根据设备需求提供定制化解决方案。通过优化光学元件布局与信号处理算法，实现低于2毫秒的响应速度，在高速生产线中能准确识别微小物体位移。
【English Version】
The YF-D14 photoelectric sensor series is an industrial-grade detection device utilizing advanced optical sensing technology, designed for automated production, material sorting, equipment positioning and various industrial applications. Operating on the principle of infrared beam transmission and reception, this non-contact detection device features rapid response, high precision and strong environmental adaptability. The hybrid housing combining engineering plastics and metal components provides both lightweight construction and impact resistance, with IP67 protection ensuring reliable operation in dusty, oily or humid environments.
The shock-resistant variant enhances mechanical structure based on the standard YF-D14 model, specifically optimized for high-vibration industrial environments. Integrated damping components effectively absorb continuous operational vibrations, offering adjustable detection range from 0.1 to 5 meters and temperature tolerance from -25℃ to +70℃. Featuring modular circuit design, the product supports both NPN/PNP output modes, compatible with mainstream PLC control systems. Dual installation options including threaded fixation and rail mounting ensure quick deployment and maintenance.
Manufactured by an industrial sensor specialist with over 15 years R&D experience, the product line covers diffuse-reflective, retro-reflective and through-beam detection modes. Customizable solutions are available to meet specific equipment requirements. Through optimized optical component arrangement and signal processing algorithms, the sensor achieves sub-2ms response speed, enabling precise detection of minute object displacement in high-speed production lines.
