Emerson Micro Motion™ R150S Coriolis Meter

Description

Micro Motion™ R150S Coriolis Meter

Compact Stainless Precision For Reliable Flow Accuracy

The Rosemount R150S Coriolis Flow Meter by Emerson combines advanced precision measurement with rugged reliability, delivering versatile performance across industries. Constructed from 316L Stainless Steel, it guarantees superior corrosion resistance and consistent operation at pressures up to 1,450 psig (100 barg). Its compact, drainable geometry enhances hygienic processing and simplifies installation in confined system spaces. Designed for both liquid and gas measurement, the R150S offers mass flow accuracy ±0.50 % standard or ±0.40 % optional, ensuring repeatable flow control even under varying density or temperature conditions. It also achieves volume accuracy ±0.50 % and density precision as tight as ±0.003 g/cm³. Emerson’s balanced dual‑tube technology reduces vibration sensitivity and thermal drift, providing stable long‑term accuracy. The meter’s fundamental architecture delivers steady, predictable measurement outputs vital for precise batching, dosing, and custody transfer processes in global industrial environments that demand rigorous measurement integrity.

316L Stainless Body Guarantees Durable Hygienic Performance

Emerson engineers the R150S with 316L Stainless Steel for unmatched material durability under chemical and hygienic stresses. Low carbon composition prevents pitting and micro‑corrosion when exposed to aggressive fluids or cleaning compounds. The smooth internal surface promotes full drainability between fluid changes—an essential feature for sanitary processes. In pharmaceutical manufacturing, it ensures sterile measurement of infusion solutions, buffers, and reactants crucial for dosage accuracy. Food and beverage plants rely on its polished tubing to measure syrups, oils, juices, and flavor components under repeat CIP/SIP cycles without contamination risk. In chemical applications, the R150S handles acids, solvents, or corrosive intermediates with no degradation, preserving flow calibration for years. Cosmetic production lines trust the stainless assembly for blending lotions and fragrances under stringent purity requirements. From hygiene‑safe processes to aggressive chemical environments, the R150S guarantees consistent performance where cleanliness and strength converge seamlessly.

Integral Transmitter Enables Smart Digital Measurement Control

The integral transmitter architecture defines the intelligence of R150S operation. Designed for flow‑variable‑only measurement output, it reduces wiring complexity and commissioning time while ensuring communication stability across automation systems. Supported protocols include HART®, Modbus®, and FOUNDATION™ Fieldbus, allowing engineers to integrate the meter into modern DCS or PLC frameworks effortlessly. Rugged transmitter configurations for Class I Division 1 and Zone 1 environments feature optional local operator interfaces for field configuration and live diagnostics. Predictive maintenance monitoring enables performance tracking in real time—detecting abnormalities such as vibration fluctuation or signal decay before downtime occurs. Precision electronics sustain temperature accuracy ±1 °C or ±0.5 % of reading, maintaining repeatable measurement quality regardless of process heat variation. This holistic transmitter design transforms the R150S into a smart measurement hub—streamlining operation while fortifying plant reliability through intelligent and continuous digital oversight.

Diverse Industry Applications Demonstrate Exceptional Adaptability

The Rosemount R150S excels across an expansive portfolio of industrial applications. In pharmaceutical production, it regulates critical transfers of sterile liquids, ensuring reliable ingredient proportions for compound formulations and vaccine blending. Food and beverage processing lines use it for precise syrup, milk, and additive dosing across bottling plants and continuous flavor production. Chemical manufacturers employ it for accurately balancing polymer feedstocks, catalyst dosing, and solvent monitoring where safety and repeatability are paramount. Water treatment facilities depend on it for chemical injection—managing pH corrections and disinfectant dosing with consistent flow feedback. Cosmetic and personal care plants use the R150S for emulsion control, lotion homogenization, and perfume mixing under strict viscosity handling parameters. Even research laboratories adopt it for pilot plants or experimental flow analysis requiring minimal footprint instrumentation. This model’s adaptability translates across industries, embodying Emerson’s engineering precision for every fluid and operational purpose globally.