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Drying Regimen modifications for FX-6000™ Tension Systems

March 29, 2019

The purpose of this document is to outline recent changes to the Drying Regimen parameters and connections for the FX-6000 Tension Systems.

Drying Filter Modification


Figure 1 - Drying Filter connection to the FX-6000™ Tension FlexLink®

The drying filter connection has been updated for improved removal of moisture from the FlexLink® System. The drying filter must be connected directly to the FLEX OUT and FLEX IN ports (see Figure 1). If your drying filter came with quick-disconnect fittings on the ends of the tubing for connection to the baseplate tubing, please remove these fittings and connect the drying filter as shown in Figure 1.

Drying Regimen Modification

The drying regimen parameters have also been updated for improved removal of moisture from the
FlexLink® System. See the table below and Figure 2:

Figure 2 - Drying regimen creation window

The drying regimen should be assigned to the BFlx Loading Station (25mm) platform. Make sure the desiccant beads inside the drying filter are fully regenerated (blue color). If the desiccant beads are saturated (pink/clear color), follow the instructions in the FX-6000™ Water Trap and Drying Filter Tech Report to regenerate the beads.

Allow the drying regimen to run for the entire 4-hour duration for best results. When scheduling allows, the drying regimen should be run in between every experiment. If an experiment runs for more than 24 hours, the drying regimen should be run more than once. A general recommendation is to run the entire drying regimen one time for every day that an experiment has continuously run. Therefore, if an experiment is run for 72 hours (3 days), at the end of the experiment the drying regimen should be run three times (12 hours).

Make sure the drying filter is connected directly to the FLEX IN and FLEX OUT ports and assign the drying regimen to the BFlx Loading Station (25mm) platform. It is normal for the drying regimen readouts on the FlexSoft® program screen to have rapid oscillations. These rapid oscillations help transfer entrained moisture from the system into the drying filter. See Figure 3 for an example of a proper drying regimen readout.

Figure 3 - Example of a proper drying regimen readout

If you have any question or concerns, please contact Flexcell® International Corp.
Flexcell® International Corporation
2730 Tucker St., Suite 200
Burlington, NC 27215
1-800-728-3714
1-919-732-1591
1-919-732-5196 (fax)
Website: www.flexcellint.com
Email: techsupport@flexcellint.com

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