TES E- SD Operator's Manual page 53

Step #3 - Airflow applied directly to the water
1. We are getting air movement with two pieces of equipment – the air mover / E-TES SD box and also the
floor drying panel system. We are heating the water to cause the evaporation, but the floor drying panel
system is removing the vapor from the floor by providing airflow through the interspatial cavities in the
floor.
2. The sandbags – rather than stapling/taping/sealing – allows the air to escape bringing with it water vapor
and heating the walls, baseboards and sill plates that may also be affected.
Step #4 - Reduction of vapor saturation levels (
by dehumidification or evacuation
1. Now that we have evaporated the moisture into the air, we need
to remove it from the structure along with the excess heat. This
is accomplished with the exhaust controller, an air mover, 14"
lay flat duct and a duct ring. Set up the exhaust system to
evacuate to the outside of the structure.
Set the Remote Activation temperature to turn on the
2.
exhaust fan using the Smart E-TES Remote Exhaust Fan
Control or use a separate exhaust control unit set to keep
the ambient room temperature below 105ºF. (See Page 16 of this manual or the instructions included
with separate exhaust controller unit).
Overheating the structure may cause damage to structure or contents.
Controlling the temperature is important to prevent damage.
Since there is less water in the wood than would be in a carpet/pad combination, the exhaust doesn't need to
cycle as often. Monitor your progress at least daily – more often if practical.
Floors will dry quickly!
Smart E-TES Remote
Exhaust Controller
AT206
© Copyright Tes Drying Systems, 2014
(Evaporation)
humidity
(Dehumidification)
Exhaust Controller
MB230
53
)
Air mover with ducting
connected to Exhaust
Controller