It is suitable for underground/surface conveyor belt systems in coal mines, metal mines, and non-metal mines. It is used to monitor conveyor belt deviations, slippage, tearing, overload, blockage and other faults, prevent ore accumulation, equipment damage or safety accidents (such as fires, casualties) caused by out-of-control equipment, and ensure the continuous operation of mining and mineral processing processes.
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Belt conveyor lines used in container terminals, bulk cargo terminals (grain, ore, and building materials), as well as automated sorting conveyor belts in large logistics parks, can detect the operating status of the conveyor belt in real time to avoid cargo spillage and transportation interruptions caused by deviation, ensure the efficiency of cargo loading, unloading, and transfer, and reduce logistics losses.
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In thermal power enterprises, conveyor belt systems are used for coal transportation and fly ash processing; in raw material transportation lines in new energy fields (such as biomass power generation), protective switches can respond to problems such as overloading and slipping in a timely manner to avoid interruptions in transportation that affect power generation efficiency, while ensuring equipment safety.
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Production and conveyor lines for building materials such as cement, sand and gravel, ceramic tiles; conveyor belts for granular and powdered raw materials (such as plastic particles and fertilizers) in the chemical industry. The protective switch can effectively prevent leakage of raw materials caused by tearing and deviation of the conveyor belt, equipment corrosion or safety hazards, and is suitable for harsh working conditions such as high temperature and dust.
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On conveyor belts for storage and transportation of grains such as wheat, rice, and corn, as well as raw material conveying lines in oil and feed processing, protective switches can prevent grain accumulation and mildew caused by slippage and blockage of conveyor belts, while avoiding equipment overload damage and ensuring food hygiene and production efficiency.
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For iron ore powder and coke conveying lines in steel plants, as well as auxiliary material conveying systems in the metallurgical process, protective switches can cope with complex working conditions such as high load, high temperature, vibration, etc., and promptly cut off faulty conveyor belts to avoid equipment damage and ensure the continuity of metallurgical production.
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