The fault symptoms of the flue gas flow meter self-check program are clear at a glance

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　　The flue gas flow meter provides accurate flow measurement, featuring low pressure loss, a wide range of measurement capabilities, and high precision; it is not affected by parameters such as fluid density, pressure, temperature, or viscosity during measurement. It solves problems such as the inability of sensors to measure at high temperatures and the inconvenience of daily maintenance. Piezoelectric stress sensors are used, offering stable performance and high reliability, and they can operate within a working temperature range of -20°C to +300°C. It can simultaneously output analog standard signals, pulse signals, and communication interfaces, facilitating use in conjunction with computer digital systems. 　　Product features of flue gas flow meters:
– Equipped with advanced third-generation capacitive force sensors, offering reliable performance, high precision, and sensitivity;
– Resistant to dirt and blockages, capable of withstanding vibrations and electromagnetic interference, as well as various impurities;
– No moving parts, resistant to dirt, with an integrated intelligent display – easy to install and requires no maintenance;
– Low pressure loss, only about 1/2△P compared to standard orifice plates; capable of accurately measuring gases at various temperatures, including two-phase flows;
– Various corrosion-resistant and high/low temperature-resistant materials are available (such as Hastelloy, titanium, etc.);
– Fully sealed design without any dead corners or leakage points, capable of withstanding pressures up to 42 MPa;
– The sensor does not come into contact with the fluid being measured, eliminating the risk of component wear – ensuring safe and reliable operation;
– Multiple installation options available, making installation simple and cost-effective;
– Integrated temperature and pressure compensation, allowing direct output of mass or standard cubic volume;
– Options for signal filtering, nonlinear correction, and adjustable filtering times;
– High measurement accuracy, ranging from 0.2% to 1.5%;
– Good repeatability, typically between 0.05% and 0.08%, with fast measurement speeds;
– Built-in self-checking function that makes it easy to identify faults;
– Multiple output formats, enabling remote transmission of various parameters;
– Strong resistance to vibrations, allowing measurement of pulsating flows within a certain range.