3. Specifications
Part Number:
4027450
Blower:
415CFM @ 0.0" WG
390 CFM @ 0.2" WG
365 CFM @ 0.4" WG
Power:
850 Watts @ 80°F and 60% RH
Supply Voltage:
115 volt – 1phase – 60 Hz
Current Draw:
6.9 AMPS
Energy Factor:
3.74 L/kWh
Operating Temp.:
45°F Min., 95°F Max.
Sized for:
3600 Sq. Ft. - Typical
Minimum Performance at 80°F and 60% RH
Water Removal:
150 Pints/Day
Efficiency:
7.9 Pints/kWh
Air Filter:
MERV-6
Size:
16" x 20" x 2'
Power Cord:
10', 110-120 VAC, Ground
Drain Connection:
3/4" Threaded MPT
Dimensions
Unit
Shipping
Width:
37"
42"
Height:
22"
28 1/4"
Depth:
20 5/8"
24"
Weight:
134 lbs
164 lbs
4. Installation
4.1 Location
The Santa Fe Max Dry Dual XT can be installed in a variety of
locations to meet the owner’s needs; other considerations
include:
1. Providing access to a 115 VAC power outlet (10'
power cord is provided).
2. Locating near a floor or other suitable drain (8'
drain hose included).
3. Mount 4" above drain.
4. Do not install the Santa Fe Max Dry Dual XT
with the exhaust of the unit within 1' of a wall or
obstruction. Do not place the unit near open water.
4.1A No Ducting (fig. 1)
The simplest installation is to place the Santa Fe Max Dry
Dual XT with no ducting. To ensure optimal performance, the
air inlet and the outlet of the unit must be at least 1' from
walls and other obstructions to air flow.
4.1B Duct Inlet and Outlet (fig. 2)
Dehumidification performance can be modified by adding an
inlet and/or outlet duct to circulate air.
For optimal drying, use an inlet duct to draw warm, moist air
from near the ceiling.
4.1C Remote Area, w/Outlets Ducted (fig. 3)
A simplified remote installation method than above uses
ducting between the Santa Fe Max Dry Dual XT discharge and
the humid room; the Santa Fe Max Dry Dual XT inlet draws air
from the room in which it’s located. This works well if there is
an adequate air flow path between the two rooms; e.g. high
Santa Fe Max Dry Dual XT OWNER’S AND INSTALLER’S MANUAL
3
Santa Fe Max Dry Dual XT Installer’s & Owner’s Manual
Input of
Humid Air
Out put of
‘Dehumidified Air
Front View
Input of
Humid Air
Front View
Output of Dehumidified Air
Front View
