Higher Precision Is Not Always Better? Three Hidden Costs of Excessively Pursuing High Precision for Vortex Flow Meters
In industrial flow measurement engineering, most users habitually regard higher precision as the core standard for selecting vortex flow meters, believing that high-precision instruments can bring more reliable monitoring data.
How to Solve Vortex Flow Meter Probe Fouling and Corrosion?
Vortex flow meters are widely used in industrial gas, steam and liquid flow monitoring, yet their bluff bodies and sensing probes are highly susceptible to fouling, adhesion and electrochemical corrosion in complex working conditions such as sewage treatment, chemical media and humid industrial steam.
Vortex Flow Meter Malfunction Under Pulsating Flow Conditions
Vortex flow meters are widely utilized for measuring gas, steam, and liquid flow in process industries due to their simple structure, zero moving parts, and stable static measurement performance under steady flow conditions. However, they frequently suffer from signal disorder, measurement deviation, data jitter and apparent “malfunction” in pulsating flow scenarios, such as reciprocating pump outlets, intermittent gas supply, and cyclic batch delivery systems.
Turbine Flow Meter Bearing Life Less Than Six Months?
urbine flow meters are widely applied in hydrogen refueling stations, petrochemical pipelines and industrial fluid metering systems due to their high precision, fast dynamic response and excellent repeatability. Bearing wear and failure is the most common fault of turbine flow meters, and many on-site devices suffer from shortened service life of less than six months, resulting in frequent replacement, interrupted production and increased operational costs
Why Does Your Vortex Flow Meter Always Trigger Vibration Alarms? Causes and Optimized Solutions
Vortex flow meters are widely used for measuring gas, steam and liquid flow in petrochemical, power and industrial heating systems due to their no moving parts, stable performance and wide adaptability. However, persistent false vibration alarms and abnormal signal jitter are common operational problems that plague most on-site users
Why Turbine Flow Meters Are Preferred for Hydrogen Metering at Hydrogen Refueling Stations
Compared with Coriolis mass flow meters, vortex meters and differential‑pressure devices, high‑pressure gas turbine flow meters have become the mainstream metering solution for hydrogen refueling stations thanks to high measurement repeatability, fast dynamic response, compact high‑pressure‑resistant structure and reasonable total‑cost‑of‑ownership performance. This article analyzes the core technical strengths of turbine flow meters adapting to refueling cycles, discusses practical limitations including bearing wear and medium cleanliness, and explains why this technology gains wide recognition in hydrogen refueling metering scenarios, as well as necessary configuration measures for stable field operation
