QR-60料位开关产品介绍（中文）
QR-60料位开关是一款专用于工业料仓、储罐及管道中固体或液体介质料位监测的智能化控制设备。产品采用模块化设计理念，结合机械结构与电子传感技术，能够适应高温、高压、高粘度及腐蚀性介质的复杂工况环境。主体结构选用316L不锈钢材质，表面经抛光处理，有效提升抗磨损与抗腐蚀性能。核心检测单元内置精密摆动组件，通过物料接触产生的机械位移触发无接触式磁耦合信号转换装置，实现物理动作与电信号的稳定传输。设备配备双腔体隔离设计，将传感机构与电子元件完全分离，确保在粉尘弥漫或潮湿环境下仍能保持长期运行可靠性。支持水平、垂直或倾斜式安装，提供螺纹、法兰等多种接口方式，满足不同罐体结构的适配需求。产品适用于化工原料、粮食仓储、建材粉末、冶金颗粒等行业的料位控制场景，可有效防止物料溢流或空仓风险，帮助优化生产流程管理。维护周期建议每12个月进行机械部件润滑保养，日常使用中可通过外部指示灯快速判断设备工作状态。
QR-60 Level Switch Product Introduction (English)
The QR-60 level switch is an intelligent monitoring device designed for solid and liquid level detection in industrial silos, storage tanks, and pipelines. Featuring modular construction with robust mechanical components and electronic sensing technology, it demonstrates reliable performance in challenging environments involving high temperature, pressure, viscous fluids, and corrosive substances. The main body utilizes 316L stainless steel with polished surface treatment for enhanced wear and corrosion resistance. Its core detection module employs a precision pendulum mechanism that activates a contactless magnetic coupling system upon material contact, ensuring stable conversion of mechanical movement to electrical signals. The innovative dual-chamber isolation design completely separates sensing components from electronic circuits, guaranteeing long-term operational stability even in dusty or humid conditions. With flexible installation options including horizontal, vertical, or angled mounting positions, the device offers multiple interface configurations such as threaded and flanged connections to accommodate diverse tank structures. Typical applications span chemical processing, grain storage, building material handling, and metallurgical operations, where it effectively prevents material overfill or empty tank situations while optimizing production control. Recommended maintenance includes annual lubrication of mechanical parts, with real-time operational status easily monitored through external indicator lights. The product s simplified design ensures straightforward integration into existing control systems without requiring complex calibration procedures.
