![Kelon flowmeter selection | KROHNE IFC300 electromagnetic flowmeter operation manual: [6]|](/Files/sf/tclkcf/微信图片_20260316174604_3385_72_500x500.jpg)
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1. Selection of Kelon flowmeter
Kelon electromagnetic flowmeter selection is mainly based on four core parameters: flow range, pipe diameter, medium characteristics, and environmental conditions. If referring to the German brand Krohne, additional attention should be paid to its technological advantages and application scenarios. 1. The selection of Kelon electromagnetic flowmeter should be based on the bending point and flow range: select the corresponding specifications and models according to the medium flow rate to ensure accurate measurement. • Pipe diameter and liquid adaptation: Supports DN6-DN3000 pipe diameters, and needs to match the size of the on-site pipeline. • Medium conductivity: The medium conductivity is required to be greater than 5 μ S/cm, and both liquids and gases can be measured. • Environmental adaptability: Factors such as temperature, humidity, and vibration need to be considered when selecting the corresponding housing material.
2. Krohne flowmeter from Germany has special advantages. • Technical features: The vortex flowmeter adopts the Karman vortex principle, with PTFE lining corrosion-resistant and an accuracy of ± 0.5%, suitable for high flow fluctuation conditions in the chemical industry. Customized service: Provide caliber and material adjustments based on the viscosity, corrosiveness, and other characteristics of the medium. • Industry application: Long term service to companies such as BASF and Bayer, specializing in measuring corrosive fluids.
3. Selection precautions - If the medium has low conductivity (<5 μ S/cm), other principle flow meters (such as vortex street, ultrasonic) should be selected.
. -Special materials such as PTFE and Hastelloy should be s
2. KROHNE IFC300 Electromagnetic Flow Meter Operation Manual: [6]
The core content of the KROHNE IFC300 Electromagnetic Flow Meter Operation Manual is as follows: Product Overview KROHNE IFC300 Electromagnetic Flow Meter is a high-precision flow measurement instrument suitable for measuring the flow of conductive liquids (such as water, acid-base solutions, slurry, etc.).
. The core principle is based on Faradays law of electromagnetic induction, which calculates the flow rate by measuring the induced electromotive force generated by the movement of a conductor in a magnetic field. The equipment has strong anti-interference ability, stable measurement, and easy maintenance, and is widely used in industries such as chemical engineering, water treatment, food, and pharmaceuticals. Preparation and installation requirements before operation: The flowmeter should be installed horizontally or vertically to avoid tilting; Ensure that the pipeline is filled with liquid to prevent empty pipes; The length of the front and rear straight pipe sections needs to meet the requirements (usually 5D in the front and 3D in the back, where D is the pipe diameter) to eliminate the influence of eddy currents. Electrical connection: Check if the power supply voltage meets the equipment requirements (usually 24V DC or 220V AC); The signal output line needs to be shielded to avoid interference; The grounding resistance should be less than 10 Ω to ensure safety. Parameter setting: Set parameters such as range, unit, damping time, etc. through local display screen or upper computer software;
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