Coal Mine DN300 6.3MPa Coal Washery Mining Shaft Pipeline Drainage Electromagnetic Flowmeter

Coal Mine DN300 Electromagnetic Flowmeter 6.3MPa Coal Washery Mining Electromagnetic Flowmeter Coal Mine Pipeline Drainage Electromagnetic Flowmeter
Underground Pump Room Electromagnetic Flowmeter Coal Mine Full Pipe Electromagnetic Flowmeter Underground Coal Slurry Electromagnetic Flowmeter 4MPa DN150 Electromagnetic Flowmeter
--1--3--8--5--3--7--2--6--8--9--4--
Medium Requirements:
When measuring fluids prone to adhesion, sedimentation, or scaling, the actual flow velocity of the electromagnetic flowmeter should not be less than 2m/s, preferably 3~4m/s or higher.
When measuring highly abrasive fluids, the commonly used flow velocity of the electromagnetic flowmeter should be below 2~3m/s.
The measured fluid should not contain excessive bubbles, as this may affect measurement accuracy.
The conductivity of the measured fluid should be within the operating range of the electromagnetic flowmeter. If the fluid conductivity is too low, it may not generate sufficient induced potential signals, leading to inaccurate measurements.
Coal Mine DN300 Electromagnetic Flowmeter 6.3MPa Coal Washery Mining Electromagnetic Flowmeter Coal Mine Pipeline Drainage Electromagnetic Flowmeter
Installation Direction:
The electromagnetic flowmeter has an arrow indicating the fluid flow direction. Ensure installation aligns with the fluid flow direction.
Vertical installation is recommended, with flow direction from bottom to top, especially for liquid-solid two-phase flows, which must be installed vertically. If installed horizontally, ensure both electrodes are on the same horizontal plane to prevent sediment or air at the top of the pipe from affecting measurements.
Due to differences in product batches and models, specific product details and prices, please call for consultation.