AWM3201CR

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The AWM3201CR is a flow sensor designed to accurately measure and control the flow of gases, liquids, and liquids with suspended solids. It is typically used in a wide range of industries such as automotive, chemical, metallurgical, pharmaceutical, and water systems.

The AWM3201CR\'s structure contains a reliable mechanical element that produces an analog output when the flow is activated. The device consists of a electromagnetic coil and flow meter which rotate when the flow is moved. The internal magnetic field created by the coil causes a transducer to generate a proportional frequency output. By varying the frequency, the device can be used to measure different flow rates. The AWM3201CR is a flow sensor that is insensitive to the thickness, density, and viscosity of the medium.

When a user needs to measure gas flow, the AWM3201CR\'s sensing elements can be installed in a Gas Transducer and Flow Meter. This device consists of two probes, one of which is a heat source, and the other is a thermal sensing element that registers the temperature of the gas. The presence of the gas triggers the flow meter, and the flow meter measures the amount of gas flowing through the flow meter. The AWM3201CR then produces an electronic signal proportional to the gas flow, which allows for accurate flow measurement.

When a user needs to measure liquid or suspended solids, the AWM3201CR\'s sensing elements can be installed in a Submersible Flow Meter. This device consists of two probes, one of which is a pressure sensing element that registers the pressure of the fluid. The presence of liquid or suspended solids triggers the flow meter, and the flow meter measures the amount of these materials that are passing through. The AWM3201CR then produces an electronic signal proportional to the flow, which allows for accurate flow measurement.

The AWM3201CR is a highly reliable and accurate flow sensor designed to measure and control the flow of liquid, gas, and suspended solids. It features a mechanical element which produces a proportional frequency output, and it is insensitive to the thickness, density, and viscosity of the medium. The device is suitable for a wide range of applications, and it is a great choice for any user who needs to accurately measure and control the flow of a variety of materials.

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