DYNAguard K is an advanced mass flow monitoring solution engineered for industrial solid material handling systems. Designed to monitor powders, pellets, and granules, it provides real-time detection of flow conditions across pneumatic conveying lines, feeders, and gravity chutes. With its ability to detect electrostatic charges generated during material movement, it ensures accurate and reliable monitoring in a wide range of process environments.
Key Features
- Wide measuring range from g/h to t/h
- Early detection of flow interruptions and blockages
- Suitable for powders, pellets, and granular materials
- High sensitivity with adjustable settings
- Compatible with pneumatic and gravity conveying systems
- Multiple output options for flexible integration
Design & Functionality
The sensor operates by detecting electrostatic charges generated when bulk solids interact with surfaces such as pipe walls. These charges adhere naturally to the material surface and are captured by the sensor to determine flow conditions. This non-intrusive detection method ensures minimal maintenance while delivering consistent performance.
Total Crossed Beams
The DYNAguard K does not rely on mechanical components or optical beams, ensuring uninterrupted operation even in dusty or harsh environments. Its electrostatic sensing principle eliminates the risk of signal interference caused by material buildup.
Beam Pitch Options
Instead of fixed beam spacing, the device offers flexible sensitivity adjustment, allowing operators to fine-tune detection thresholds based on material type and flow characteristics.
Intrinsic Synchronism
The system maintains stable and synchronized detection signals, ensuring accurate monitoring across varying process conditions. This guarantees dependable performance in both low and high flow rates.
Operational Advantages
By identifying conveying issues early, DYNAguard K helps prevent plant downtime, reduces maintenance costs, and minimizes material loss. It enhances operational efficiency and ensures consistent production output. Its robust construction and high protection rating make it ideal for demanding industrial environments.
