MIK-5NA55AC34P Kebao electromagnetic flowmeter is easy to use

MIK-5NA55AC34P Kebao electromagnetic flowmeter is easy to use

The KOBOLD MIK flowmeter is used to measure and monitor the flow rate of conductive liquids with small and medium flow rates in pipelines. Kebao Flow Meter MIK Series - Plastic Electromagnetic Flow Meter - Chemical, Acid, Alkali, Water

This product operates based on electromagnetic measurement principles. According to Faraday's law of magnetic induction, a voltage is generated in a conductor moving in a magnetic field. Conductive media act as moving conductors. The voltage induced in the medium is proportional to the flow rate, thus obtaining a volumetric flow rate value. The flowing medium must have a certain degree of conductivity. The induced voltage is received by two sensing electrodes in contact with the medium and sent to the measurement amplifier. The flow rate will be calculated based on the cross-sectional area of the pipeline.

Measurement is not affected by the properties of the medium and its materials, such as density, viscosity, and temperature. This device can be equipped with a switch, frequency or analog output. In addition, there is a compact electronic system available for selection, which includes one switch and one analog output.

This product is operated by an optional quantitative and counter electronic system. The counter electronic system displays the current flow rate in the row of the display screen, and displays the partial accumulated amount or total amount in the second row. The quantitative electronic system controls simple filling tasks while also measuring flow rate, total volume, and filling volume. The signal can be further processed using analog output and two relay outputs.

Electromagnetic flowmeter is a common instrument for measuring liquid flow rate, usually used for flow measurement and monitoring in the industrial field. However, when using an electromagnetic flowmeter for precision measurement, some precautions need to be taken to ensure accuracy and reliability.

Firstly, ensure that the selection and installation position of the electromagnetic flowmeter are correct. When choosing an electromagnetic flowmeter, the appropriate model and specifications should be selected based on the actual situation and application requirements. During installation, efforts should be made to avoid the influence of pipeline deformation, vibration, and external magnetic fields on the measurement as much as possible. At the same time, pipeline cleaning and pre-treatment should be carried out before installation to ensure that the fluid does not affect the measurement accuracy of the electromagnetic flowmeter.

Secondly, calibrate and debug the sensors correctly. Calibration and debugging are crucial steps when using electromagnetic flow meters for precision measurement. The calibration of sensors should be performed before each use and follow the guidelines provided by the equipment manufacturer. The debugging of sensors should be adjusted for specific application scenarios to ensure excellent measurement accuracy.

In addition, pay attention to the maintenance and upkeep of the electromagnetic flowmeter. The normal operation of electromagnetic flow meters requires regular maintenance and upkeep. Maintenance includes cleaning electrodes, preventing scaling and particle blockage of sensors, etc. Maintenance includes replacing damaged parts, repairing faults in a timely manner, etc. Through regular maintenance and upkeep, the service life of electromagnetic flow meters can be extended, and their measurement accuracy and reliability can be ensured.

Finally, pay attention to the impact of environmental factors. Environmental factors include temperature, humidity, pressure, and electromagnetic fields. When measuring the accuracy of electromagnetic flow meters, attention should be paid to the influence of environmental factors to reduce their impact on measurement accuracy.

In short, the accuracy measurement of electromagnetic flow meters requires attention to many details, including correct selection and installation, sensor calibration and debugging, maintenance and upkeep, as well as the influence of environmental factors. Only through correct operation and maintenance can the measurement accuracy and reliability of electromagnetic flow meters be ensured, providing accurate data support for industrial flow measurement.

KOBOLD electromagnetic flowmeterProduct Features

Suitable for various conductive liquids, acids, and caustic alkalis

Magnetic induction technology without moving parts

The electrical part includes frequency or current output, adjustable switches, and counters or quantitative controllers

G or NPT thread, socket, and hose connections

cost-effective

product	traffic scope	Maximum. pressure	Maximum. temperature	contact	accuracy
EPS magnetic induction	0.5... 10 meters per second	580 pounds per square inch	300°F	1/2' NPT, 1/2'. ..24' ANSI	± 0.3% measured value
MIK Economic electromagnetic flowmeter	0.18... 7.8 GPH to 9.5... 180 GPM	145 pounds per square inch	176°F	1/4'. ..2' NPT， Hose hook, rubber sleeve	± 2% FS
MIM All metal magnetometer	0.48... 48 GPH to 0.8... 200 GPM	230 pounds per square inch	284°F	1/4'. . 3/4 'or 2' NPT, 1 'or 2' Tri Clamp	<± (0.8% of reading) +0.5% of FS
MIS All metal magnetometer	3.3... 33 feet per second	230 pounds per square inch	158°F	2 ', 3' or 4 'ANSI flanges	<± (0.5% reading)+ 0.3% FS)
PIT Insert magnetic	3.3... 33 feet per second	PN 40	150℃	2 'or 3' ANSI	± (1.5% of the reading)+ 0.5% of FS
PITe magnetic induction	3.3... 33 feet per second	230 pounds per square inch	212°F	3'. . 16 'wire number	± 0.75% (Repeatability)

Guanglian Company mainly produces European and American brands and can purchase brands from any European country. For example, Germany's advantageous brands include: Germany's Baode BURKERT, Germany's DEMAG, Germany's HAWE Hawei, Germany's REXROTH Rexroth, Germany's HYDAC Hedec, Germany's PILZ relay, Germany's FESTO Festo, Germany's IFM Yifu door sensor, Germany's E+H Endershaus, Germany's Heidenhain, Germany's P+F Beijiafu sensor, Germany's SICK, Germany's TURCK Turck, Germany's HIRSCHMANN industrial switch. Germany's Henschel, Germany's MURR, Germany's SCHMERSAL, Germany's SAMSON, Germany's EPRO under Emerson

MOOG, ASCO solenoid valve, MAC solenoid valve, NUMATIC, PARKER pneumatic hydraulic, VICKERS, ROSS

Norgren, UK

OMAL from Italy, ATOS from Italy

MIK-5NA55AC34P Kebao electromagnetic flowmeter is easy to use