The Vibranivo VN 2050 vibrating fork level sensor is a high-performance solution for point level detection in dry and free-flowing bulk solids. Engineered for industrial environments, it ensures reliable monitoring in silos, storage bins, and process vessels. With advanced sensitivity capabilities, it effectively detects even very light materials, improving operational safety and efficiency.
Key Features
This vibrating fork level switch stands out for its adjustable probe length up to 20 meters, allowing flexible positioning of the switching point. Its high sensitivity ensures accurate detection of low-density materials, while robust construction supports long-term use in demanding industrial conditions. The device offers multiple signal outputs and power supply options, making integration seamless across different systems.
Application
The VN 2050 is widely used in industries handling powders, granules, and bulk solids such as cement, plastics, food processing, and chemicals. It is ideal for applications where precise level monitoring is required to prevent overfilling, reduce material waste, and maintain consistent process flow.
Design & Functionality
The sensor operates on a vibration-based fork principle. When material covers the fork, the vibration frequency changes, triggering a switching signal. This simple yet effective mechanism ensures accurate point level detection without being affected by dust, flow turbulence, or material build-up.
Total Crossed Beams
The optimized fork design ensures stable vibration transmission and consistent detection performance across varying material densities, enhancing measurement reliability.
Beam Pitch Options
The fork structure is engineered to handle different bulk solid characteristics, ensuring effective detection across a wide range of particle sizes and densities.
Intrinsic Synchronism
The system maintains stable vibration frequency under changing process conditions, ensuring consistent performance even in fluctuating environments.
Operational Advantages
The VN 2050 minimizes downtime by preventing overflow and empty-run conditions. Its durable stainless steel construction and high protection rating ensure longevity, while adjustable sensitivity and fail-safe logic enhance operational control. This makes it a dependable choice for industrial level measurement applications requiring accuracy, flexibility, and reliability.
