The 5000 Series Non Full Tube Magnetic Flow Meter is engineered for accurate measurement in partially filled pipelines and open channel systems. Designed for industries such as wastewater treatment, oil and gas, chemical processing, HVAC, food production, marine operations, and vehicle fluid systems, it delivers reliable flow monitoring where traditional full-pipe meters fail. Its advanced sensing capability ensures stable data output even in fluctuating flow conditions.
Key Features
- High-precision measurement for non-full pipe conditions
- Wide diameter compatibility for large-scale pipelines
- Real-time monitoring with multiple output signals
- Optional wireless communication via GSM/GPRS
- OLED display for multi-parameter visualization
- Durable design for harsh industrial environments
Design & Functionality
This flow meter uses electromagnetic principles combined with liquid level detection to calculate flow rate in partially filled pipes. Its non-intrusive structure minimizes maintenance while ensuring continuous operation. The system integrates level sensing and velocity measurement, enabling accurate flow calculation even under unstable flow conditions.
Total Crossed Beams
The device utilizes optimized sensing paths to ensure full coverage across the pipe cross-section. This improves measurement consistency and reduces signal deviation caused by uneven flow distribution.
Beam Pitch Options
Flexible beam configurations allow adaptation to various pipe sizes, including large-diameter and rectangular channels. This ensures reliable performance across diverse installation environments such as wastewater channels and industrial drainage systems.
Intrinsic Synchronism
The synchronized operation between level detection and velocity measurement ensures real-time accuracy. This intrinsic synchronism reduces latency and enhances data reliability for process automation systems.
Operational Advantages
The 5000 Series provides superior performance in environments where pipes are not completely filled, such as sewage systems, stormwater channels, and industrial discharge lines. It supports multiple outputs including analog, pulse, and digital communication, making it ideal for integration into SCADA and process control systems. Its robust construction ensures long-term durability with minimal maintenance, making it a cost-effective solution for industrial flow measurement.
