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The Cologne POWERFLUX 5030 electromagnetic flowmeter is used for measuring extremely large flow rates. What are the installation options (such as flange connection and clamping type) for it? What are the requirements for the load-bearing capacity of the pipeline?
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In the complex working conditions of the power industry, how does the Cologne POWERFLUX 4300 electromagnetic flowmeter deal with electromagnetic interference? Compared with the OPTIFLUX 4300, what are the targeted optimizations in structure and function?
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The Cologne POWERFLUX 4030 electromagnetic flowmeter is used for fluid measurement in the power industry with large flow rates. What is the maximum flow rate it can achieve? How is the sealing performance guaranteed under high-pressure (up to PN400) conditions?
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The Cologne OPTISONIC 6300 ultrasonic flowmeter is used for gas measurement, covering pipe diameters from DN15 to DN4000. In the complex working conditions of the metallurgical and chemical industries, how to deal with interfering factors such as dust and moisture, and how to achieve a protection level of IP68?
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The Cologne OPTISONIC 4400 HT ultrasonic flowmeter is used for measuring high-temperature liquids. In media such as heat transfer oil and boiler feed water, what are the measurement accuracy and range ratio? What technological breakthroughs does it have compared with conventional ultrasonic flowmeters?
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The Cologne OPTISONIC 4400HP ultrasonic flowmeter is used for high-pressure liquid measurement. When the maximum operating pressure is 490 bar, what are the special requirements for the installation method and sealing structure of the sensor, and in which industry scenarios is it suitable?
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The Cologne OPTISONIC 3400 ultrasonic flowmeter is used for liquid measurement in process applications. How does its three-channel design enhance measurement accuracy? What are the usage limitations under ultra-low temperature (-200℃) and high temperature (+250℃) conditions?
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The Cologne OPTISONIC 3400 District Heating ultrasonic flowmeter is used for centralized heating. How to meet the OIML R75 and MID MI-004 trade handover standards? How to prevent scaling from affecting the measurement in high-temperature hot water measurement?
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The Cologne OPTIMASS 7000 mass flowmeter is designed with a single straight pipe and has won the Queen's Award for Innovation in the UK. In the measurement of corrosive liquid drugs at Bayer Pharmaceuticals, how does the titanium alloy coating enhance corrosion resistance? What are the applicable scenarios for different pipe materials (titanium, stainless steel, Hastelloy)?
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The Cologne OPTIMASS 6400 mass flowmeter features a double-bend pipe structure and has passed the ATEX explosion-proof certification. When used in explosion-proof areas of chemical industrial parks, what are the safety regulations for installation and wiring, and how to conduct regular explosion-proof inspections?
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The Cologne OPTIMASS 3000 mass flowmeter is designed with a single Z-shaped microfluidic tube and can withstand a pressure of 300bar. In the measurement of mud on oil drilling platforms, how to deal with the abrasiiness of the medium and what are the selection criteria for the material of the measuring tube?
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The Cologne OPTIMASS 2000 mass flowmeter is of a four-straight pipe structure and features integrated pressure compensation. How does it meet the OIML R49 standard in natural gas trade measurement? What is the flow range when a single device covers pipe diameters from DN100 to DN400?
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The Cologne OPTIFLUX 1300 electromagnetic flowmeter is used for general industrial conductive liquid measurement. How to choose the integrated or split installation method based on the working conditions? How should the signal output module (such as 4-20mA, HART) be configured?
The Cologne OPTIFLUX 1300 electromagnetic flowmeter is used ···
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The Cologne OPTIFLUX 1100 electromagnetic flowmeter is compatible with conventional conductive liquids. How do its lining materials (such as PTFE, PFA) and electrode materials match different corrosive media? What functional improvements does it have compared with the OPTIFLUX 1050?
The Cologne OPTIFLUX 1100 electromagnetic flowmeter is compa···
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The Cologne OPTIFLUX 1050 electromagnetic flowmeter is used for basic measurement of conductive liquids. How to select the appropriate specification based on the medium conductivity (≥5μScm) and pipe diameter? What installation points should be noted when the process temperature is up to + 120℃?
The Cologne OPTIFLUX 1050 electromagnetic flowmeter is used ···
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The Cologne IFC300F converter is used for signal conversion in electromagnetic flowmeters. How does it adapt to different types of sensors? What communication protocols does it support (such as Modbus, PROFIBUS)? How stable is it in harsh industrial environments?
The Cologne IFC300F converter is used for signal conversion ···
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The Cologne WATERFLUX 3300 electromagnetic flowmeter is used for high-end water measurement. What explosion-proof and protective functions does it have (such as IP68), and in what harsh environments is it suitable for installation and use?
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In water measurement applications, how does the Cologne WATERFLUX 3100 electromagnetic flowmeter achieve remote data transmission and monitoring? Compared with the WATERFLUX 3070, what optimizations does it have in terms of functions and performance?
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The Cologne WATERFLUX 3070 electromagnetic flowmeter is used for regional measurement of drinking water and trade handover. Can its measurement accuracy meet the OIML R49 standard? What are the requirements for the installation of straight pipe sections under different pipe diameters?
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The Cologne WATERFLUX 3050 electromagnetic flowmeter is used for basic water measurement. How long does it last in battery-powered mode? How does it meet relevant hygiene standards in drinking water measurement? What are the signal transmission methods?
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Cologne VN234G20CD0B112030E00001030 electromagnetic flowmeter, the measurement range and precision under 12 pipe diameter is how much, in the process of the installation of the municipal sewage plant, how to matching with pipeline system, ensure the sealing performance?
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The Cologne TIDALFLUX 2300 electromagnetic flowmeter is specifically designed for tidal measurement. In highly corrosive media such as seawater, what are the material selection criteria for the lining and electrodes, and how to deal with the flow fluctuations caused by tidal changes?
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How is the integrated pressure compensation function of the Cologne POWERFLUX 5300 electromagnetic flowmeter used for measuring large flow of chemical fluids achieved, and how is the measurement error controlled under different medium densities?
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What problems can be caused when the flange connection of the Cologne radar level gauge is not tight during installation?
关于我们
KROHNE is an internationally renowned supplier of process measurement technology. The following are introductions to some of its products:Electromagnetic flowmeters: They measure flow based on Faraday's law of electromagnetic induction. They are renowned for their high precis...
