The Vibranivo VN 4030 vibrating fork level switch is engineered for precise point level detection in dry and free-flowing bulk solids. Designed for industrial storage and process vessels, it delivers consistent performance in demanding environments where accurate level monitoring is essential. Its adjustable probe length and robust construction make it suitable for a wide range of applications across bulk handling industries.
Key Features
- Adjustable probe length up to 4000 mm for flexible installation
- Durable stainless steel construction for harsh environments
- Reliable vibration-based detection unaffected by dust or buildup
- High sensitivity for low-density bulk materials
- Multiple mounting options for versatile integration
Application
The VN 4030 is widely used in silos, hoppers, and storage bins for detecting full or empty levels of materials such as powders, granules, and dry solids. It is ideal for industries like cement, food processing, chemicals, and plastics where accurate level indication prevents overflow, material blockage, and downtime.
Design & Functionality
The vibrating fork operates using a resonance principle. When the fork comes into contact with bulk material, its vibration frequency changes, triggering a switching signal. This ensures precise level detection regardless of material flow conditions. The stainless steel probe extension enhances durability and allows operation in aggressive environments.
Total Crossed Beams
The sensor design ensures stable vibration behavior even in dense or uneven materials. Its fork structure maintains consistent detection performance without interference from material buildup.
Beam Pitch Options
The VN 4030 supports flexible installation lengths and positioning, allowing users to define the exact switching point based on process requirements. This adaptability improves accuracy in level control applications.
Intrinsic Synchronism
The vibration system maintains consistent oscillation frequency, ensuring reliable detection even under changing process conditions. This stability minimizes false switching and enhances operational reliability.
Operational Advantages
- Prevents overfilling and dry running
- Reduces maintenance due to non-mechanical wear design
- Performs reliably in dusty and aggressive environments
- Ensures process continuity and safety
- Easy integration into existing systems
