UltimateAir 200DX, Руководство пользователя и инструкция по установке

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The UltimateAir® RecoupAerator® 200DX Manual and Installation Guide, March 2014
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(Boost mode will over-ride any pressurization offset)
Your RecoupAerator can affect your home’s or business’s indoor air pressure
by allowing for an air flow offset between the incoming and outgoing air
streams, thus discouraging moisture and gases from entering the wall cavities .
Implement the optional airflow offset only if you’re a qualified specialist
familiar with indoor pressure-related issues. The factory setting for this feature
is balanced air flow into and out of the space with respect to outside.
**Note: the standard airflow offset feature is different from the Pressure
Contorol Transmitter option, which continuously samples indoor and outdoor
pressure and adjusts airflow to provide desired indoor air pressure.
1.
To offset airstreams, locate the Three-Motor Main Control Board mounted
under the power switch cover.
2.
Inside on the Main Control Board, locate the jumpers labeled JMP2 and
JMP3, which determine the offset between the two air streams at
maximum air flow. Notice on the board directly beside these jumpers are
the numbers “0” and “1”. These numbers refer to the position of the
jumpers. The factory setting is: JMP2 = JMP3 = 1, which means no offset is
in effect and the unit will provide balanced supply and exhaust air flow.
3.
Shut OFF the main power switch and disconnect the 110VAC power source.
4.
Move the jumpers to set the jumper configurations for their corresponding
air flow offset as follows:
JMP2 & JMP3= 1 no offset balanced default setting
JMP2= 1, JMP3= 0 ~20 cfm offset
JMP2= 0, JMP3= 1 ~40 cfm offset
JMP2= 0, JMP3= 0 ~60 cfm offset
*Note: airflow is approximate.
*See following diagram for further instruction
When an offset is selected, the unit will drop the exhaust air flow by the
specified amount at the maximum air flow setting. At lower air flow settings,
the air streams will become proportionally closer together until they are equal
at the minimum air flow.