@sisco_flow_meters
SISCO turbine flow meter uses a rotor (turbine) inside the flow stream where fluid flow causes rotation; the rotational speed is proportional to volumetric flow rate. The advantages of this type include high accuracy, good repeatability, and suitability for clean, medium‐viscosity liquids or gases in well‐conditioned pipelines. In oil & gas custody transfer, fuel dispensing, hydraulic systems, or chemical dosing, turbine flow meters offer excellent dynamic response and relatively compact size. SISCO turbine meter provides digital outputs, selectable units, and rugged construction, making it suitable for industrial environments. The application scope spans from mid‐sized pipelines in chemical plants to fuel measurement in mobile applications. The advantage also includes straightforward calibration and clear installation guidelines (straight run lengths, clean media) which help users maintain accuracy. For example, in measuring lubricants, solvents or refined fuels, where media is clean and free of solids, the turbine meter offers cost‐effective, accurate volumetric flow measurement.
From the perspective of instrumentation, chemical dosing, or high-purity fluid delivery, the turbine flow meter presents strong advantages. In such applications—where fluid is clean, stable, and pipeline conditions well-controlled—the SISCO turbine flow meter offers excellent response time, repeatability and linearity. For example, in a fine chemical plant dosing catalyst, or in instrumentation air/water lines feeding precision equipment, the rotor provides quick feedback to control loops. SISCO turbine meter digital version allows selectable units, LCD readout and signal outputs, facilitating integration with PLCs or DCS. The application scope includes solvent delivery, metered reagent addition, hydraulic oil supply, and compressed gas measurement where conditions suit turbine technology. The advantage also lies in compactness and simple installation when compared to bulkier mass flow meters. For maintenance purposes, the relatively simple mechanical rotor can be inspected or cleaned when needed, and calibration traceability is straightforward.