Description

The Yokogawa Advanced Reflux Sampler (YARS100) is designed to provide conditioning for severe service analysis needs using a simple self contained two stage system. The first stage is designed to provide filtration of particulate and passive cooling. As the sample reaches the second stage, it is directed through a transition piece which channels the gas evenly across two active cooling elements. The cooling elements provide 360 degree contact between sample and coolant. As the cooling takes place, condensate and Heavy Hydrocarbons removed from the sample are gravity fed back through the reflux section, washing the sample inlet of particulate and other fouling compounds. Temperature is tightly controlled with a single point temperature measurement fed to a controller which cycles the two active cooling elements. The YARS100 provides conditioning for severe service analysis using a simple self-contained two-stage system. The first stage is designed to provide filtration of particulate and passive cooling. As the sample reaches the second stage, it is directed through a transition piece which channels the air evenly across two active cooling elements. The cooling elements provide 360 degree contact between sample and coolant.

For best performance, use line pressure 80 to 100 PSIG (5.5 – 6.9 BAR). Vortex Tubes are rated in SCFM (SLPM) at 100
PSIG (6.9 BAR) supply pressure.
With proper filtration and separation for dirt, moisture and oil from the compressed air supply, the Vortex Tube will run for
years with no maintenance required. Use a 25 micron or smaller filter separator that is sized to SCFM (SLPM) rating of the
Vortex Tube.
To prevent problems associated with oil, use an appropriate Oil Removal Filter for Vortex Tubes up to 30 SCFM (850
SLPM) . The oil removal filter should be used downstream from the automatic drain filter separator. Filter should be used
within 10 to 15 ft ( 3 to 4.6 m ) of each Vortex Tube

Learn more about Yokogawa products from BBP here.