The Rosemount Twisted Square thermowell avoids wake shedding

Create Date: 2024-8-30 12:03:23|Source: Rosemount/Rosemount

When a problem arises in the design of Rosemount thermowells, it is necessary to analyze the cause of its failure, and then go further and propose solutions. In less complex cases, it may be necessary to make a small change, such as increasing the wall thickness by one or two millimeters or shortening the penetration length without changing the predetermined measurement orientation. In complex cases, a completely different solution may be argued, such as a non-touch temperature measurement solution, such as Emerson's Rosemount X-well design, or a Rosemount Twisted Square spiral thermowell that is resistant to eddy current-induced oscillation.
The Rosemount Twisted Square thermowell avoids wake shedding
  The Rosemount Twisted Square thermowell has a unique shape that prevents the common wake-off problem. There is no need for a specific orientation at the time of piercing, and the need for overly thick thermowells and large-diameter process perforations is reduced. It eliminates the need for thick thermowells and prevents the undesirable effects on echo times, and can be adapted to different operating parameters. Its slight shape can disrupt the composition of a long vortex, causing it to form on both sides, so that they tend to balance and cancel each other out. The result is much smaller oscillations, in some cases down to 90 percent, and spiral structures like this one can be successfully used in ducts and deep-sea risers.

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