The RN 3004 rotary paddle level switch is engineered for precise point level detection in bulk solids across industrial storage and processing environments. Built for durability, it operates reliably in extreme temperatures and high-pressure conditions, making it suitable for demanding manufacturing industries such as cement, food processing, chemicals, and agriculture.
Key Features
This rotary paddle level sensor offers exceptional mechanical strength and consistent performance in challenging environments. It remains unaffected by dust buildup or material coating, ensuring accurate detection at all times. With high-temperature resistance up to 600°C and pressure tolerance up to 10 bar, it is designed for heavy-duty industrial use.
Application
The RN 3004 is widely used in silos, hoppers, and process vessels to detect full, empty, or demand levels. It is ideal for monitoring powders, granules, and bulk solids in industries such as mining, pharmaceuticals, food production, and plastics manufacturing.
Design & Functionality
The device operates on a rotary paddle mechanism that detects material presence through resistance to rotation. When material reaches the paddle, rotation stops, triggering a switching signal. This ensures reliable level indication without being affected by external environmental factors.
Total Crossed Beams
The sensor’s robust internal mechanism ensures stable operation even in high vibration or dense material conditions. Its design supports continuous monitoring without signal fluctuation.
Beam Pitch Options
Flexible mounting options—including top, horizontal, and angled installation—allow seamless integration into various vessel designs and industrial setups.
Intrinsic Synchronism
The RN 3004 maintains consistent switching accuracy through synchronized mechanical operation, ensuring dependable performance in continuous processes.
Operational Advantages
This level switch reduces downtime by providing accurate and maintenance-friendly operation. Its resistance to dust and buildup eliminates false readings, while adjustable sensitivity and fail-safe settings enhance operational safety. Additionally, hygienic compliance makes it suitable for sensitive applications requiring strict cleanliness standards.
