S40-GG料位開關產(chǎn)品介紹
中文版：
S40-GG料位開關是一款專為工業(yè)領域物料監(jiān)測設計的智能化檢測設備，適用于固體顆粒、粉末及液體介質的物位控制場景。設備采用模塊化結構設計與耐磨損工藝，通過靈敏的機械傳動機構與電子信號處理單元協(xié)同工作，可有效實現(xiàn)料倉、儲罐等容器的空滿狀態(tài)監(jiān)測。
本產(chǎn)品創(chuàng)新性地運用了機械式檢測原理，通過內置檢測機構的位移變化觸發(fā)信號轉換裝置，實現(xiàn)即時狀態(tài)反饋。防護等級達到IP65的殼體結構采用壓鑄鋁合金材質，表面經(jīng)過多層防腐處理，能夠在-40℃至150℃的環(huán)境溫度下保持穩(wěn)定工作狀態(tài)。針對不同介質特性，提供316L不銹鋼、陶瓷等多種檢測組件選項，滿足食品加工、建材生產(chǎn)、化工能源等多領域的應用需求。
設備配備雙軸承支撐結構和過載保護裝置，有效避免因物料沖擊造成的機械損傷。旋轉葉片采用開放式設計，有效防止物料堆積導致的誤動作。信號輸出支持SPDT無源接點形式，兼容主流PLC控制系統(tǒng)。安裝方式提供螺紋連接和法蘭連接兩種標準接口，便于現(xiàn)場快速部署。
在功能優(yōu)化方面，產(chǎn)品采用低功耗電路設計與自診斷程序，支持運行狀態(tài)實時監(jiān)測。調試過程無需專業(yè)工具，通過外部旋鈕即可完成靈敏度調節(jié)。維護時可實現(xiàn)不開倉檢測，顯著降低停機檢修頻率。經(jīng)實驗室連續(xù)沖擊測試驗證，關鍵部件使用壽命可達百萬次以上操作循環(huán)。
英文版：
S40-GG Level Switch is an intelligent monitoring device specifically engineered for industrial material detection applications. Suitable for both solid particles/powders and liquid media, this equipment delivers reliable level control in silos, storage tanks and various containment vessels through its advanced mechanical-electronic integration system.
The product employs innovative mechanical detection principles, where the displacement of internal sensing components triggers precise signal conversion. Featuring an IP65-rated die-cast aluminum alloy housing with multi-layer anti-corrosion treatment, it maintains operational stability within -40℃ to 150℃ temperature ranges. Customizable detection modules including 316L stainless steel and ceramic variants accommodate diverse industry requirements across food processing, building materials manufacturing, and petrochemical sectors.
Incorporating dual-bearing support structure and overload protection mechanism, the device effectively withstands material impact while minimizing mechanical wear. The open-style rotating vane design prevents material bridging and false triggering. With SPDT dry contact output compatibility, it seamlessly integrates with mainstream PLC control systems. Field installation is simplified through optional threaded or flanged connection interfaces.
Functional enhancements include low-power circuit design and self-diagnostic protocols for real-time status monitoring. Sensitivity adjustment requires no specialized tools, achievable via external calibration dials. Maintenance procedures allow non-intrusive testing without vessel entry, significantly reducing downtime. Laboratory endurance tests validate over 1 million operation cycles for core components under continuous impact conditions.
This solution combines robust construction with intelligent control algorithms to deliver dependable material level monitoring, helping industrial operators optimize production processes while ensuring equipment safety and operational continuity.
