Emerson Micro Motion R200S Coriolis Meter

Description

Micro Motion R200S Coriolis Meter

Compact Stainless Precision For Reliable Flow Control

The Rosemount R200S Coriolis Flow Meter by Emerson stands as an exceptional balance of precision, durability, and versatility. Built from 316L Stainless Steel, it offers optimal resistance to corrosion and fluid contamination, keeping performance constant under varied industrial conditions. Operating safely up to 1,450 psig (100 barg), this compact and drainable design is engineered for stability in both high‑pressure and hygienic service applications. Emerson’s unmatched tube geometry and sensor calibration ensure accuracy of ±0.50 % (standard) or ±0.40 % (optional) for liquid mass flow, and impressive density accuracy down to ±0.003 g/cm³. The meter’s refined structure supports clean‑in‑place (CIP) and steam‑in‑place (SIP) processes, maintaining purity and measurement repeatability across operational cycles. With legendary dependability and global certification compliance, the R200S enables reliable process analytics for pharmaceutical, food processing, and chemical industries—combining compact design and advanced signal response with unrivaled longevity from Emerson’s engineering lineage.

316L Stainless Steel Enables Corrosion‑Resistant Longevity

The R200S’s 316L Stainless Steel construction guarantees resilience against corrosive media and thermal stress, making it a prime candidate for environments demanding cleanability and material integrity. Low carbon content limits intergranular corrosion while maintaining strong mechanical durability under repeated temperature cycling. The smooth internal surfaces allow complete drainage between fluid batches—a critical hygienic feature for sanitary industries. Pharmaceutical manufacturers trust the R200S for precise sterile fluid measurement during drug synthesis and buffer preparation. Likewise, food and beverage processors rely on this stainless material for syrups, dairy, flavor concentrates, and nutritional solutions requiring absolute purity. In chemical plants, its inert nature makes the meter ideal for handling acids, caustic mixtures, or solvents under intense pressure. From pilot‑scale research operations to continuous industrial lines, the 316L alloy provides a lifetime of corrosion protection and consistent flow verification where reliability, hygiene, and precision coexist seamlessly.

Integrated Transmitter Ensures Simple And Smart Operation

Emerson equips the R200S with an integral transmitter for intelligent measurement and communication in digital automation systems. This transmitter architecture delivers a flow‑variable‑only signal, cutting installation time and minimizing hardware complexity. Engineers can select rugged designs rated for Class I Division 1 and Zone 1, complete with optional local operator interfaces suited to immediate field configuration and calibration. The electronic platform accommodates HART®, Modbus®, and FOUNDATION™ Fieldbus communication protocols, allowing full integration with Distributed Control Systems (DCS) and Programmable Logic Controllers (PLC) for advanced data supervision. A continuous digital diagnostic framework ensures system validation through predictive maintenance alerts and sensor health assessments. These smart features merge cost‑efficient configuration with total digital transparency, empowering industries to optimize measurement networks while maintaining ISO and GMP compliance. The R200S therefore represents the pinnacle of versatile transmitter design—simple to install, smarter to operate, and consistently precise worldwide.

Industrial Application Spectrum Highlights Operational Versatility

The Rosemount R200S excels in a comprehensive list of industrial applications. In pharmaceutical facilities, it ensures accurate filling and blending for infusion solutions, active ingredients, and solvents where dosage precision and sterility are paramount. Food and beverage processors implement it for measuring syrups, juices, chocolate liquors, or fermentation ingredients under CIP procedures. Water treatment plants utilize the meter to dose chlorine, antiscalants, and neutralizing agents with exact ratio control. Chemical manufacturing benefits from repeatable mass and volume measurement of acids, hydrocarbons, and polymer feedstocks, securing stable reactions and material accountability. The cosmetics industry employs the R200S for lotion, fragrance, and emulsion blending with reproducible density tracking, ensuring premium product uniformity. Even research and development laboratories value the compact form for analyzing experimental fluids in pilot units. Thus, the R200S functions as a universal precision instrument—serving hygienic, reactive, and technical processes without compromise on stability or international certification.