DYNAchute is an advanced chute weigher engineered for accurate mass flow measurement of bulk solids in industrial environments. By combining highly precise velocity measurement with weighing technology, the system determines mass flow rates without the need for calibration. Designed for industries handling powders, granules, and bulk materials, it delivers consistent performance across varying operating conditions.
Key Features
The system provides high accuracy measurement in the per mill range, ensuring reliable process data for industrial automation. With no moving parts, DYNAchute minimizes maintenance requirements and eliminates mechanical wear. Its ability to operate independently of solids properties ensures consistent measurement results regardless of material variations. The integrated totaliser and dosing function enable both continuous flow monitoring (kg/h) and batch weighing (kg).
Design & Functionality
DYNAchute utilizes a robust system controller that processes absolute velocity and weight signals to calculate real-time mass flow rates. These values are output in both analogue and digital formats for seamless integration into industrial control systems. The device supports uninterrupted material flow, even when powered off, ensuring zero process disruption.
Total Crossed Beams
The system incorporates advanced sensing technology using crossed beam measurement principles. This enables accurate detection of material flow characteristics, ensuring precise data capture even in challenging industrial conditions.
Beam Pitch Options
Flexible beam pitch configurations allow the system to adapt to different chute geometries and material flow profiles. This enhances measurement accuracy and ensures compatibility with a wide range of industrial setups.
Intrinsic Synchronism
Intrinsic synchronism between velocity and weight measurements ensures accurate mass flow calculation without requiring recalibration. This feature enhances operational efficiency and reduces commissioning time.
Operational Advantages
DYNAchute offers reliable performance with minimal maintenance, making it ideal for continuous industrial processes. Its rugged construction ensures durability, while its immunity to material property variations guarantees consistent measurement. Although current versions are not suitable for pneumatic conveying, future pressure-resistant models are under development.
