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The FPS is a brand-new fluid property sensor that measures fluid properties like viscosity, density, dielectric constant, and temperature directly and concurrently.
The contamination level of lubricating oil is measured using a fluid property sensor (FPS) based on tuning-fork technology.
The physical activity that needs to be monitored is converted by a sensor into its electrical counterpart, which is then processed so that the electrical signals may be delivered and further processed with ease.
The sensor can produce a binary value indicating whether an object is present or not, as well as a measurement value.
Industries that produce fluids, such those that produce paint, petrochemicals, oil and gas, beverages, and medications, require safe, effective operation and resource management that is maximised.
Monitoring fluid characteristics at various manufacturing stages utilising real-time monitoring sensors for tubular systems is one of the crucial elements for the fluid industries.
The Global Fluid Property Sensor market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
A New Fluid Property Analyser Monitors Viscosity, Density, Dielectric Constant, and Temperature Measurement Specialties (France) introduces a State-of-the-Art, Reliable Fluid Property Analyzer which Directly and Simultaneously Measures the Dynamic Viscosity, Density, Dielectric Constant, and Temperature of Fluids.
This patented system offers real-time, in-situ monitoring for the quality, condition, and contaminant loading of fluids like oils, lubricants, fuels, refrigerants, solvents, and cryogenics, with demonstrated performance from thousands of hours of engine and industrial applications testing.
The sensor is intended for direct installation into process streams, high pressure, high flow conduits, or fluid reservoirs.
Compressors, turbines, refrigeration circuits, transmission and hydraulic systems, on-engine oil condition monitoring, in-line fuel systems, compressors, distillate and blending applications, and process stream measurements are some examples of typical uses.
By giving customers access to real-time diagnostic data on fluid quality and condition, online fluid property monitoring safeguards machinery and equipment.
By depending on condition-based drain intervals, this enables operators to optimise their preventative maintenance programme, limit equipment downtime, and lower labour costs while lowering global oil demand.
