PTFE lined LDG electromagnetic flowmeter LDG-150 anti-corrosion electromagnetic flowmeter

Description :

　　The main structure of this product consists of a magnetic circuit system, measuring conduit, electrode, housing, lining, and converter. Advantages include: measurement is not affected by changes in fluid density, viscosity, temperature, pressure, and conductivity; There are also advantages such as unobstructed flow components inside the measuring tube, no pressure loss, and high measurement accuracy.

　　1、 Performance characteristics:

　　The instrument structure is simple, reliable, without moving parts, and has a long working life.

　　No flow blocking components, no pressure loss or fluid blockage.

　　No mechanical inertia, fast response, good stability, can be applied to automatic detection, adjustment, and program control systems.

　　The measurement accuracy is not affected by the type of measured medium and its physical parameters such as temperature, viscosity, density, pressure, etc.

　　Different combinations of PTFE or rubber lining materials and electrode materials such as Hc, Hb, 316L, Ti can adapt to the needs of different media.

　　There are various flow meter models available, including pipeline type and plug-in type.

　　Using EEPROM memory, the storage of measurement and operation data ensures safety and reliability.

　　2、 Ordering instructions:

　　The quality of the product during use is directly related to the selection of the initial order.

　　The following parameters are required for ordering and procurement:

　　What medium does the electromagnetic flowmeter measure.

　　What is the working pressure of the pipeline.

　　What is the working temperature of the pipeline.

　　4. Flow range during work.

　　5. What is the diameter of the pipeline and what material is the pipeline itself made of.

　　3、 Installation:

　　1. Horizontal and vertical installation

　　Sensors can be installed horizontally and vertically, but it should be ensured to avoid the influence of sediment and bubbles on the measuring electrode, and the electrode axis should be kept horizontal. When installed vertically, the fluid should flow from bottom to top.

　　2. Ensure full pipe installation

　　Ensure that the flow sensor is filled with the measured fluid in the pipeline during measurement and that there is no non full pipe state. If the pipeline is not full or the outlet is empty, the sensor should be installed on a siphon tube.

　　3. Installation between bends, valves, and pumps

　　To ensure the stability of the measurement, a straight pipe section should be installed in front and behind the sensor, with its length given in the following figure. If it cannot be achieved, a current stabilizer should be used or the cross-sectional area of the measurement point should be reduced.

　　4. Sensors cannot be installed at the inlet of the pump

　　To avoid negative pressure, the sensor should not be installed at the inlet of the pump, but at the outlet of the pump.

　　5. Inlet and outlet straight pipe sections of the sensor

　　An ideal installation location should be chosen with sufficient straight pipe sections before and after the measurement point. The inlet straight pipe section should be ≥ 5D, and the outlet straight pipe section should be ≥ 3D (D is the nominal diameter of the sensor). The inserted inlet straight pipe section should be ≥ 20D, and the outlet straight pipe section should be ≥ 7D (D is the nominal diameter of the sensor).

AfterSalesService :

• PTFE lined LDG electromagnetic flowmeter