Micro Motion F300S Coriolis Meter

Description

Micro Motion F300S Coriolis Meter

Precision Engineering Behind Rosemount F300S Technology

The Rosemount F300S Coriolis Flow Meter represents an apex of engineering precision, designed from 316L stainless steel to operate flawlessly across extensive industrial environments. Its creation is grounded in Emerson’s long heritage of measurement innovation and performance reliability. At its core, the F300S utilizes Coriolis principles—where vibrating flow tubes translate the mass flow into accurate signals—resulting in exceptional repeatability and zero drift even under two-phase flow and entrained gas conditions. The device provides unparalleled control to process industries that demand continuous monitoring, from refined chemical plants to high-flow petroleum networks. Each component, from its advanced Micro Motion sensor to compact transmitter housing, manifests durability and consistency in real-time operations. This meter does not merely measure—it verifies integrity via Smart Meter Verification, thus assuring the user of reliability without instrument removal or calibration downtime.

Unmatched Accuracy and Stability Across Critical Processes

Among competitive industrial instruments, Rosemount F300S distinguishes itself through extraordinary accuracy standards. For liquid flows, mass accuracy reaches ±0.20% standard and can improve to ±0.10% optional configuration. Repeatability remains within ±0.050%—a figure that empowers precise control during dosing, filling, and blending cycles. Its volume and density performance mirror this dependability, featuring temperature correction tolerance of ±1°C ±0.5% of reading. The result is system stability even under extreme temperature fluctuations or vibrating pipelines. Process professionals worldwide rely on this stability for batching refinement and custody transfers meeting OIML R117, NTEP, and Measurement Canada standards. Whether installed within remote refinery units or pharmaceutical reactors, its consistent correlation between density, mass, and volume affirms a new benchmark for control instrumentation.

Innovative Micro Motion Transmitter and Digital Processing

Integrated within the F300S solution is the Micro Motion 1500 Compact Control Room Transmitter—a marvel of minimalistic engineering. This transmitter manages single-variable flow rate applications with dual outputs in milliamp and pulse frequency formats. It consumes only 6.3 watts of power while performing at voltages between 19.2 to 28.8 VDC, meeting Category II and Pollution Degree 2 installation criteria. Leveraging MVD (Micro Motion Digital) technology, the transmitter processes data under entrained gas and empty batch states without performance degradation. Its rail-mounted remote configuration simplifies control room integration, reducing traditional wiring costs by up to 70%. While competing transmitters often occupy over one cubic foot, the Rosemount housing compresses to merely 0.03 cubic feet—an advantage critical for compact sites and modernization upgrades seeking efficiency without spatial compromise.

Wide Industrial Applications of Rosemount F300S Meter

The Rosemount F300S proves indispensable across numerous process fronts. In continuous process control, it ensures steady-state flow monitoring with minimal latency. Within two-phase fluid streams, it detects and compensates for gas entrainment and delivers stable mass flow readings. Filling and dosing lines use its high frequency feedback for precise quantity measurement in pharmaceutical or food production. Meter verification applications employ its diagnostic historian to log process health over extended timeframes, simplifying preventive maintenance and quality assurance. Moreover, the F300S supports custody transfer of liquids in petrochemical trade, validated by international certification bodies like MID, INMETRO Brazil, and IECEx. Every advanced installation—whether offshore, in a sterile factory, or high-pressure test unit—benefits from this meter’s robustness built for unbroken service cycles.

Safety, Certifications, and Installation Reliability Worldwide

Safety credentials for the Rosemount F300S are unmatched. With approvals including UL, CSA, ATEX, IECEx, and NEPSI, the meter stands validated for global use in both hazardous and non-hazardous environments. Its ingress protection rating reaches IP66/67, certifying resistance to dust and immersion, vital in rugged manufacturing sectors and outdoor installations. The stainless-steel construction withstands maximum operating pressures up to 1,450 psig (100 barg), guaranteeing mechanical resiliency against hydraulic impulses. Grounded rail-mounting options streamline installation safety in remote control rooms while the polyamide housing prevents electrical discharge phenomena. Compliance with global EMC (Electromagnetic Compatibility) requirements also ensures undisturbed performance under intense electromagnetic noise typical of industrial facilities. This convergence of certification and construction equates to performance without compromise, a necessity in today’s tightly regulated process environments.

Digital Intelligence and Smart Meter Verification Benefits

Beyond physical measurement, Rosemount F300S embodies digital intelligence. Through embedded Smart Meter Verification, users acquire continuous assessment of sensor integrity, detecting micro-changes in tube vibration or density correlation. This innovation eradicates manual calibration dependency while offering dynamic health reports directly from the meter. Onboard historian logging records density and mass trends, supporting diagnostic insights for predictive maintenance. Combined with remote configuration access via HART Bell 202 signal superimposed on milliamp output, the user gains total command over flow evaluation without disturbing production sequences. This technological layer transforms F300S into a digital gateway for smart process control environments integrating Industry 4.0 principles. In networked facilities, results transfer securely through industrial communication protocols, ensuring accuracy is not simply captured but transmitted with digital precision.