Automation24, Inc. Datasheets for Electromagnetic Flow Meters

Electromagnetic flow meters operate on Faraday's law of electromagnetic induction, which states that a voltage is induced when a conductor moves through a magnetic field.
Electromagnetic Flow Meters: Learn more

Product Name Notes
The SM2001 magnetic-inductive flow meter from ifm with a measuring range of 1.3-160 GPM and totalizer function ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM2601 magnetic-inductive flow meter from ifm with a measuring range of 1.3-160 GPM and totalizer function ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM4000 magnetic-inductive flow meter from ifm with a measuring range of 0.005-3 l/min and Totalizer function ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM6000 magnetic-inductive flow meter from ifm, with a measuring range of 0.1-25 l/min and totalizer function, ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM6001 magnetic-inductive flow meter from ifm with a measuring range of 0.03-6.604 GPM and totalizer function ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM6004 magnetic-inductive flow meter from ifm, with a measuring range of 0.1-25 l/min, ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for signal processing: OUT1...
The SM6020 electromagnetic volumetric flow sensor from ifm electronic with a measuring range of 0.01–9.25 GPM enables high accuracy, reproducibility and measuring dynamics. For signal processing, Normally Open and Normally...
The SM6120 electromagnetic volumetric flow sensor from ifm electronic with a measuring range of 0.01–9.25 GPM enables high accuracy, reproducibility and measuring dynamics. For signal processing, Normally Open and Normally...
The SM6601 magnetic-inductive flow meter from ifm with a measuring range of 0.03-6.604 GPM and totalizer function ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM6604 magnetic-inductive flow meter from ifm with a measuring range of 0.03-6.6 GPM offers Precise measurement of flow, consumption and temperature. There are two different outputs for signal processing:...
The SM6621 electromagnetic volumetric flow sensor from ifm electronic with a measuring range of 0.01–9.25 GPM enables high accuracy, reproducibility and measuring dynamics. For signal processing, Normally Open and Normally...
The SM7001 magnetic-inductive flow meter from ifm with a measuring range of 0.06-13.2 GPM and totalizer function ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM7020 electromagnetic volumetric flow sensor from ifm electronic with a measuring range of 0.02–19.82 GPM GPM enables high accuracy, reproducibility and measuring dynamics. For signal processing, Normally Open and...
The SM7120 electromagnetic volumetric flow sensor from ifm electronic with a measuring range of 0.02–19.82 GPM enables high accuracy, reproducibility and measuring dynamics. For signal processing, Normally Open and Normally...
The SM7601 magnetic-inductive flow meter from ifm with a measuring range of 0.06-13.2 GPM and totalizer function ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM7621 electromagnetic volumetric flow sensor from ifm electronic with a measuring range of 0.02–19.82 GPM enables high accuracy, reproducibility and measuring dynamics. For signal processing, Normally Open and Normally...
The SM8000 magnetic-inductive flow meter from ifm with a measuring range of 0.2-100 l/min and totalizer function, ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM8001 magnetic-inductive flow meter from ifm with a measuring range of 0.1-26,4 GPM and totalizer function ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM8004 magnetic-inductive flow meter from ifm, with a measuring range of 0.2-100 l/min ensures high accuracy, repeatability, and measurement dynamics. There are two different outputs for signal processing: OUT1...
The SM8020 electromagnetic volumetric flow sensor from ifm electronic with a measuring range of 0.06–39.6 GPM GPM GPM enables high accuracy, reproducibility and measuring dynamics. For signal processing, Normally Open...
The SM8120 electromagnetic volumetric flow sensor from ifm electronic with a measuring range of 0.06–39.6 GPM enables high accuracy, reproducibility and measuring dynamics. For signal processing, Normally Open and Normally...
The SM8601 magnetic-inductive flow meter from ifm with a measuring range of 0.1-26,4 GPM and totalizer function ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM8621 electromagnetic volumetric flow sensor from ifm electronic with a measuring range of 0.06–39.6 GPM GPM enables high accuracy, reproducibility and measuring dynamics. For signal processing, Normally Open and...
The SM9000 magnetic-inductive flow meter from ifm, with a measuring range of 5-300 l/min, ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for signal processing: OUT...
The SM9001 magnetic-inductive flow meter from ifm with a measuring range of 1.3-80 GPM and totalizer function ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...
The SM9004 magnetic-inductive flow meter from ifm, with a measuring range of 5-300 l/min ensures high accuracy, repeatability, and measurement dynamics. There are two different outputs for signal processing: OUT1...
The SM9601 magnetic-inductive flow meter from ifm with a measuring range of 1.3-80 GPM and totalizer function ensures high accuracy, repeatability and measurement dynamics. There are two different outputs for...