Sell LDE-300 electromagnetic flowmeter LDE-300 electromagnetic flowmeter direct sales

Description :

　　This product is mainly used to measure the volumetric flow rate of conductive liquids and slurries in closed pipelines. Including highly corrosive liquids such as acids, alkalis, salts, etc.

　　1、 Technical parameters:

　　Caliber: DN10-DN2000 (mm) Special customizable

　　Nominal pressure: 0.6-4.0MPa (differentiated by caliber, special high pressure can be customized)

　　Electrode materials: 316L stainless steel, Hastelloy C, Hastelloy B, titanium, tantalum, platinum iridium electrode

　　Lining materials: polytetrafluoroethylene (PTFE), perfluoroethylene propylene (FEP), chloroprene rubber (Ne), polyurethane rubber (PU)

　　Medium temperature: -40~180 ℃ (limited by the temperature resistance characteristics of the lining material, as follows:

　　Neoprene rubber lining: -40~+80 ℃ Polyurethane rubber lining: -10~+60 ℃

　　PTFE lining: -30~+120 ℃, PTFE lining: -30~+180 ℃

　　Shell material carbon steel (customizable stainless steel shell)

　　Protection levels IP65, IP67, IP68

　　Working power supply 220VAC, 24VDC

　　Current output 4~20mA

　　2、 Characteristics:

　　The measurement of flow rate is not affected by changes in fluid density, viscosity, temperature, pressure, and conductivity. The sensor induced voltage signal is linearly related to the average flow rate, resulting in high measurement accuracy (0.3-0.5%).

　　There is no obstruction in the measuring pipeline, so there is no additional pressure loss, which has significant energy-saving significance.

　　There are no movable parts inside the measuring pipeline, so the sensor has a long lifespan.

　　The straight pipe section required for the sensor is relatively short, making it easy to install.

　　Reasonable selection of electrode and lining materials can resist corrosion and wear.

　　3、 Selection of installation location:

　　1. The flow direction indicator on the sensor and the direction of the measured medium flow inside the pipeline must be *.

　　2. The installation position must ensure that the measuring tube is filled with the measured medium.

　　3. Choose a location with smaller fluid flow impulse, which should be away from the pump and local resistance components (valves, elbows, etc.)

　　4. When measuring two-phase fluids, a location that is not prone to phase separation should be selected.

　　5. Installation in areas with negative pressure inside the pipe should be avoided as much as possible.

　　6. When the measured medium easily causes adhesion and scaling on the inner wall of the electrode and measuring tube, it is recommended that the flow velocity inside the measuring tube should not be less than 2m/s.

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• LDE-300 electromagnetic flowmeter