Mechatronic flow meters for high-pressure applications are engineered specifically for oil-based systems where precision, durability, and reliability are critical. These advanced sensors combine mechanical and electronic measurement principles to deliver accurate flow data without conversion losses. Designed for modern industrial environments, they enable seamless integration into automation systems while maintaining consistent performance under demanding pressure conditions.
Key Features
- Optimized measurement performance for oil-based fluids
- Direct measured value transmission without signal loss
- IO-Link integration for simplified configuration and diagnostics
- No requirement for inlet or outlet pipe lengths
- Integrated temperature measurement and compensation
- High measurement dynamics for responsive flow detection
Application
These flow meters are widely used in hydraulic systems, lubrication circuits, industrial machinery, and oil-based cooling systems. They are ideal for environments where maintaining consistent oil flow is essential for equipment efficiency and longevity. Their ability to function accurately under high pressure makes them suitable for manufacturing plants, process industries, and heavy-duty automation systems.
Design & Functionality
The mechatronic design integrates sensing and signal processing into a compact unit, allowing direct measurement without intermediate conversions. This ensures high accuracy and reduces signal degradation. The robust construction supports operation in high-pressure environments while maintaining measurement stability.
Total Crossed Beams
The sensor architecture ensures precise detection across the full flow profile, enabling accurate monitoring even during fluctuating flow conditions. This contributes to consistent performance in dynamic industrial processes.
Beam Pitch Options
Optimized internal sensing configuration enhances measurement sensitivity, allowing detection of even minor flow variations. This ensures reliable monitoring across a wide range of operating conditions.
Intrinsic Synchronism
The system ensures synchronized measurement and signal output, enabling real-time monitoring and immediate response to changes in flow conditions. This improves system control and reduces operational risks.
Operational Advantages
These flow meters reduce installation complexity by eliminating the need for straight pipe runs. Integrated temperature compensation ensures measurement accuracy regardless of fluid temperature variations. The high dynamic response allows rapid detection of flow changes, improving process efficiency and reducing downtime. With IO-Link communication, users gain enhanced visibility, diagnostics, and control over their fluid systems.
