In core industrial scenarios such as petrochemical, power, metallurgy and air compressor stations, flow measurement has long been troubled by strong interferences including pipeline vibration, equipment pulsation and fluid impact. Conventional vortex flowmeters are prone to signal distortion, zero drift and measurement out-of-tolerance caused by vibration, which directly results in inaccurate energy consumption statistics, fluctuating process control, trade settlement disputes and even risks of safety interlock failure. Equipped with differential sensors, reinforced structure and DSP digital filtering algorithm, anti-vibration vortex flowmeters can effectively suppress vibration interference of 0.5~1.0G. They maintain measurement accuracy of ±1.0% even under strong vibration conditions, serving as critical assurance for industrial automation and energy management.

This meter is widely used for metering boiler steam, natural gas, compressed air, process gas and liquids. It supplies stable and reliable flow data for DCS/PLC control systems to prevent malfunction of regulating valves and unplanned shutdowns. It supports enterprises in precise energy consumption assessment, fair trade settlement and safe production. Meanwhile, it adapts to harsh working conditions such as high temperature & high pressure, flammable & explosive media and pulsating flow. It solves the pain point that traditional instruments cannot operate stably, reduces full-cycle operation and maintenance costs, and helps industrial production run efficiently, safely and compliantly.