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Emerson has introduced the Rosemount 8800 Quad Vortex flow meter specifically designed to meet stringent safety standards in environments and applications that require safety instrumented systems (SIS).
The flow meter is the first in the industry with quadruple sensors and transmitters to meet safety integrity level (SIL) requirements.
Comprised of multiple independent sensors in an all-welded meter body, the meter provides a compact flow solution with built-in redundancies for added safety without introducing intentional leak points.
The meter reduces piping needs threefold by eliminating the additional flanges and pipe runs required for the installation of multiple flow meters in a redundant flow measurement solution.
With the ability to meet measurement challenges in industries such as chemical, power, refining, and offshore oil and gas applications, particularly where space is limited, and safety is crucial, the Rosemount 8800 Quad Vortex flow meter can take the place of multiple individual flow meters.
The Rosemount 8800 Quad Vortex flow meter accomplishes the same task as four separate meters, without needing impulse lines that might clog. The meter saves money by reducing installation costs as a simple all-in-one drop-in solution.
The Rosemount 8800 Quad Vortex flow meter’s design and configuration allows for a SIL 3-capable solution and protects against spurious trips using a two out of three (2oo3) voting method. The 2oo3 voting method ensures that at least two of the sensors must read ‘good’ for a process to continue, which means one poor reading does not trip a complete process shutdown.
“Our refining and chemical customers who have tested this new flow meter have found tremendous value from this unique and differentiated flow solution,” said Julie Valentine, refining industry flow solutions director for Emerson’s Automation Solutions business. “The 8800 Quad Vortex flow meter has made the specification, purchase and installation of a SIS/SIL application with reduced piping and space requirements easier than ever before.”
