679326-1

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679326-1 is a technology that is useful and instrumental to different applications, particularly those that require accurate and reliable level measurement. But what is 679326-1, and what are its application field and working principle?679326-1 is based on the principle of thermal mass flow measurement. This technology uses convection, radiation and diffusion of thermal energy to measure the mass flow rate of a gas or liquid. It is able to accurately measure air and gas flows with low pressure drops, up to 1000:1 turndown ratios, and offers high accuracy up to ±0.25% and repeatability of is ±0.1% of full-scale.The 679326-1 technology is suitable for a variety of applications such as monitoring of natural gas, monitoring of water and steam flow, air flow controlling, building management, combustion and fuel gas control, and many more. It is often used for flow monitoring in industrial processes, like incinerators, boilers, dryers, air compressors, wind tunnels, automotive test cells, oil and gas refineries, and printing presses, among others.The 679326-1 technology has unique features that make it suitable for a variety of applications. It is a non-intrusive measurement technology, meaning it does not require a sensor or probe insertion into the media for flow measurement. It is also a low-maintenance technology that requires little to no operational maintenance, making it suitable for remote applications. Additionally, the technology has superior accuracy and repeatability, making it ideal for process control applications.The working principle of 679326-1 technology is based on the thermal mass flow measurement principle. Thermal mass flow meters utilize convection, radiation, and diffusion of thermal energy to measure the mass flow rate of gas or liquid media. The technology works by generating a temperature differential between the media inlet and outlet. This temperature differential is then measured by a sensor, and the data is used to calculate the mass flow rate of the gas or liquid.The accuracy of 679326-1 technology is determined by a number of factors. First of all, the sensor must be properly calibrated in order to ensure good accuracy. Secondly, the media must be stable; if the media is unstable or constantly changing, such as in a turbulent flow, the accuracy of the system can suffer. Lastly, the installation must be perform correctly and according to manufacturer\'s instructions.In conclusion, 679326-1 is a technology that can be used for a variety of applications, including flow monitoring, building management, and fuel gas control. It operates on the principle of thermal mass flow measurement, and has superior accuracy and repeatability. The accuracy of the system is dependent on proper sensor calibration, media stability, and correct installation.

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