What are the key technical specifications of the LGF-PA66 aviation-grade electromagnetic flow meter — accuracy, sizes, and protection rating?
The LGF-PA66 is Hangzhou Ecolor's electromagnetic flow meter built with aviation-grade PA66 composit
The LGF-PA66 is Hangzhou Ecolor's electromagnetic flow meter built with aviation-grade PA66 composite. Key technical parameters:
- Accuracy: ±0.5%(DN50-100) of reading (±0.5% optional), repeatability 0.1%;
- Size range: DN15–DN3000, covering dosing lines through large transmission mains;
- Body material: aviation-grade PA66 composite, one-piece injection molding, no welds;
- Protection: IP68 for both sensor and transmitter, rated for long-term immersion;
- Media: conductive liquids ≥5 μS/cm — raw water, wastewater, seawater, acid/alkali/salt solutions;
- Outputs: 4–20 mA, pulse, RS485 (Modbus RTU), HART optional;
- Medium temperature: −20 °C to +120 °C (high-temperature versions on request);
- Pressure rating: 1.6 MPa / 4.0 MPa depending on size.
The series is widely deployed in municipal DMA district metering, chemical effluent metering, and seawater aquaculture. Paired with the Hero V9 EC32 RTU, it supports 4G/NB-IoT wireless telemetry into smart-water platforms.
For more details, please visit our product pages or contact our technical team.
Technical Parameters
Related Questions
How should I choose between the 0.2% and 0.5% accuracy versions of the LGF-PA66 electromagnetic flow meter?
Can the vision-fusion radar level meter really achieve ±1mm accuracy in the field? What affects it?
Does the velocity coefficient of a Doppler radar flowmeter need field calibration? How is a gauging-based calibration performed?
How does the LGF-PA66 magnetic flow meter protect against empty-pipe operation? Can it measure accurately in partially filled pipes?
How does wind-wave interference affect surface velocity measurement of Doppler radar flowmeters?