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Endress+Hauser is a global leader in measurement instrumentation, services and solutions for industrial process engineering. We provide process solutions for flow, level, pressure, analytics, temperature, recording and digital communications, optimizing processes in terms of economic efficiency, safety and environmental impact. Our customers come from a wide variety of industries, including chemical, petrochemical, food & beverage, oil & gas, water & wastewater, power & energy and life sciences.
nice video but the model im currently using is the NMS530😅 that seems the older version without the GVH guide and only has two lines of low pixels display. LOL🤣 Wish the Company change to Latest Model, But your product is so sturdy that it will last longer haha
Our device is equipped with a M12 plug (M12 x 1 A-Coded) and works within the range 18-30V (DC). Suitable cables are available on our website. Also, you can find more information about the product in the download section on our website, under operating instructions.
@tatianahitomy8086 , mas precisa ser especificamente pela porta de serviço? Pela porta de rede do processo, mesmo logado como manutenção, não encontrei essa função. Mas não pude fazer o teste habilitando o acesso pela porta de serviço, uma vez que o equipamento está instalado e funcionando no processo.
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Assuming the liquid flowing is corrosive, will the electrode experience corrosion or are the epectrodes electrically isolated from the flowing liquid as well?
Thank you for your question. Electromagnetic flowmeters are not electrically isolated from the flowing media. Depending on the medium, a different electrode material must be selected. Endress+Hauser offers stainless steel, alloy C22, tantalum, platinum, and titanium, which can be used to prevent corrosion by the medium.
You may check the “Installation” and “Troubleshooting” chapters in the “Operating Instruction (BA)”. The document is available in the download section on our website: www.endress.com/en/downloads. Furthermore, you may contact the sales center nearest to you: cx.endress.com/correspondent-lead-form
Can you explain how you entered 9 feet on the range of mapping input and came out with a distance 5.9 = 78.13%? I'm guessing that calculation subtracts the blocking distance as well?
