The DYNAguard S solid flow switch is engineered for accurate monitoring of bulk material flow within pneumatic conveying systems. Designed specifically for flexible hose applications, it ensures reliable detection of material movement, enabling industries to prevent costly downtime caused by blockages, empty hoppers, or irregular flow conditions. Its intelligent sensing mechanism makes it an essential solution for modern industrial automation and process optimization.
Key Features
- High sensitivity detection for powders, granulates, and dust
- Real-time flow monitoring with relay and analog output options
- Reliable blockage and flow interruption detection
- Wide operating temperature and pressure compatibility
- Robust stainless steel housing for industrial durability
Design & Functionality
The device operates by detecting naturally occurring electrical charges generated by moving solid particles. These charges form due to friction between materials and hose surfaces during pneumatic transport. Only actively moving particles generate measurable signals, ensuring accurate and false-trigger-free monitoring.
Installation is simple and flexible. The hose is either passed through the unit or connected via fittings, depending on application requirements. This allows seamless integration into existing conveying systems without major modifications.
Total Crossed Beams
The sensing mechanism ensures continuous and uniform detection coverage across the flow path, enabling precise monitoring even in variable flow conditions. This ensures no blind spots in material detection.
Beam Pitch Options
Adaptive sensitivity settings allow the system to detect a wide range of particle sizes and densities, making it suitable for diverse industrial materials including abrasive and fine powders.
Intrinsic Synchronism
The system automatically adapts to dynamic flow conditions, ensuring stable and synchronized signal output regardless of fluctuations in material velocity or density.
Operational Advantages
The DYNAguard S improves operational efficiency by providing early detection of issues such as blockages, bridging, and empty feed conditions. This enables proactive maintenance, reduces downtime, and enhances production reliability. Its rugged construction and precise sensing technology make it ideal for industries such as cement, chemicals, food processing, and bulk material handling.
