Flange type DN32 electromagnetic flowmeter DN32 anti-corrosion electromagnetic flowmeter

Description :

　　This product is a flowmeter that integrates intelligence, small and lightweight design, multifunctionality, high precision, and high reliability.

　　1、 Technical features:

　　1. Suitable for liquid flow detection with conductivity greater than 5 μ s/cm. Changes in conductivity do not affect performance changes

　　2. Electromagnetic flow meters have long-term high measurement accuracy and are actually not affected by fluid physical properties

　　3. Easy to put into operation, the flowmeter is automatically set within the range of 0-10m/s, without the need to change the measurement range

　　4. All components in contact with the tested medium have good corrosion resistance and wear resistance, with a wide range of applications

　　5. There are no movable parts or flow blocking components in the pipeline, and there is almost no additional pressure loss during measurement

　　6. The measurement results are independent of physical parameters such as flow velocity distribution, fluid pressure, temperature, density, viscosity, etc

　　7. On site, the range can be modified online according to the actual needs of the user

　　8. High definition backlit LCD display, fully Chinese menu operation, easy to use, simple to operate, easy to learn and understand

　　9. All digital processing, strong anti-interference ability, reliable measurement, high accuracy, flow measurement range can reach 150:1

　　10. There are three integrators inside that can display the forward cumulative and reverse cumulative amounts, as well as the difference cumulative amount. There is also a non power down clock inside that can record the power down time

　　11. Capable of outputting communication signals such as 4-20mA, RS485, RS232, Hart, and Modbus

　　12. Equipped with self checking and self judging functions

　　13. The electromagnetic flowmeter is easy to use. After installation, simply connect the power supply and no other operation is required to output standard signals, making it convenient for non professionals to use.

　　2、 Technical parameters:

　　1. Measurable pipe diameter: Pipeline PTFE lining: DN10~DN600 Pipeline rubber lining: DN40~DN1200 Note: Special specifications can be customized

　　2. Accuracy level: Pipeline type: 0.5 level, 1.0 level

　　3. Temperature of the tested medium:

　　Ordinary rubber lining: -20 to+60 ℃; High temperature rubber lining: -20 to+90 ℃

　　PTFE lining: -30 to+100 ℃; High temperature PTFE lining: -30 to+180 ℃

　　4. Rated working pressure:

　　DN10—DN65：2.5MPa

　　DN80—DN150：1.6MPa

　　DN200—DN1200：1.0MPa

　　5. Output signal and load resistance: 4-20mADC, 0-500 Ω

　　6. Electrode materials: including molybdenum stainless steel, titanium (Ti), tantalum (Ta), Hastelloy (HB), etc

　　7. Protection level: Submersible type: IP68, others: IP65

　　8. Power supply: 220VAC

　　3、 Installation:

　　1. It should be installed indoors in a dry and ventilated area. Avoid installation in areas with high ambient temperatures, avoid strong vibrations, and try to avoid equipment with strong magnetic fields. Such as large motors, transformers, etc. Avoid installation in environments with corrosive gases. The installation location should be convenient for maintenance, which is the environmental condition to ensure the normal operation of the transmitter.

　　2. Valves and bypasses should be installed at both ends of the electromagnetic flow transmitter.

　　3. In order to ensure that the measuring tube of the electromagnetic flow transmitter is filled with the measured medium, the inverter is installed vertically with a flow direction from bottom to top. Especially for liquid-solid two-phase flow, it must be installed vertically. If only horizontal installation is allowed on site, it must be ensured that the two electrodes are on the same horizontal plane.

　　4. To avoid interference signals, the signal between the transmitter and the converter must be transmitted using shielded wires.

AfterSalesService :

• Flange type DN32 electromagnetic flowmeter