Sakura Dry-Boy SDB-55 User manual

SAKURA Basement Air System
(for Basement / Crawlspace Dehumidification)
Installer’s & Owner’s Manual
High Efficiency Dehumidifier
Dry-Boy
Model: SDB-55

Table of Contents
1. Specifications ................................................................................... 2
2. Installation ........................................................................................ 3
2.1 Location .................................................................................... 3
2.1A In Humid Area, No Ducting ................................................... 3
2.1B In Humid Area, Duct Inlet and/or Outlet
.................................... 3
2.1C In Remote Area, Duct Inlet & Outlet ...................................... 3
2.1D In Remote Area, Duct Outlet Only ......................................... 3
2.1E In Remote Area, Duct Inlet Only ............................................ 3
2.2 Electrical Requirements ............................................................ 3
2.3 Condensate Removal ................................................................ 3
2.4 Ducting ..................................................................................... 3
2.4A Optional Ducting .................................................................. 3
2.4B Ducting for Dehumidification ................................................ 3
3. Dehumidifier Operation ..................................................................... 3
3.1 Humidity Control ....................................................................... 3
3.2 On/Off ....................................................................................... 4
3.3 Mode ........................................................................................ 4
3.4 Up/Down Arrows ....................................................................... 4
3.5 Button Press Tone ..................................................................... 4
4. LED Display ...................................................................................... 4
4.1 Run LED .................................................................................... 4
4.2 Defrost LED ............................................................................... 4
4.3 Dehumidify LED ........................................................................ 4
4.4 Fan LED .................................................................................... 4
5. Digital Display .................................................................................. 4
5.1 Digital Display Relative Humidity % ........................................... 4
5.2 Digital Display Relative Humidity % Set Point
............................
4
5.3 Display Codes ........................................................................... 4
6. Memory/Power Failure ...................................................................... 4
7. Operating Modes .............................................................................. 4
7.1 Power Up .................................................................................. 4
7.2 Default Settings After Power Up ................................................ 4
7.3 Dehumidify Mode ...................................................................... 4
7.4 Changing Modes ....................................................................... 4
7.5 Fan Mode .................................................................................. 4
7.6 Standby Mode ........................................................................... 4
8. Protection Functions and Troubleshooting ........................................ 5
8.1 Defrost Protection ..................................................................... 5
8.2 Defrost Condition ...................................................................... 5
8.3 Coil Sensor Operating Properly .................................................. 5
8.4 Coil Sensor Malfunction (Digital Display Shows E1) 5
8.5 Defrost Cycle ............................................................................ 5
8.6 Defrost Cycle Complete Conditions ........................................... 5
8.6A Coil Sensor Operating Properly ................................................ 5
8.6B Coil Sensor Malfunction (Digital Display Shows E1)
.................
5
8.6C Defrost Cycle LED ................................................................... 5
8.7 Dehumidifier Cycle Delayed Start .............................................. 5
8.8 Troubleshooting the Sensors ..................................................... 5
8.8A Coil Sensor ............................................................................. 5
8.8B Humidity Sensor ..................................................................... 5
9. Other Functions ................................................................................ 5
9.1 Control Lock .............................................................................. 5
9.2 Display Coil Temperature .......................................................... 5
10. Electromagnetic Compatible Standard ............................................ 5
10.1 EMS Criteria ............................................................................ 5
10.2 EMC Criteria ............................................................................ 5
10.3 EMI Criteria ............................................................................. 5
11. Maintenance ................................................................................... 5
11.1 Air Filter
.................................................................................. 5
12. Service
........................................................................................... 6
12.1 Warranty
................................................................................. 6
12.2 Technical Description
.............................................................. 6
12.3 Troubleshooting
...................................................................... 6
13. Condensate Pump
.......................................................................... 6
Wiring Diagram
..................................................................................... 6
Service Parts List
.................................................................................. 7
Exploded Parts Diagram
....................................................................... 8
Condensate Pump Installation Instructions
............................................ 9
Ductable Inlet Mounting Detail
............................................................ 10
Muffler Kit Instructions
....................................................................... 11
Filter Installation Instructions
.............................................................. 11
Specifications
Model: SDB-55
Blower: 300 CFM @ 0.0" WG
Power: 742 watts @ 80°F and 60% RH
Supply Voltage:115 volt – 1 phase - 60 Hz
Current Draw: 6.75 Amps
Energy Factor: 2.88 L/kWh
Operating Temp.:40°F Min., 95°F Max.
Sized for: 2500 Sq. Ft. - Typical
Minimum Performance at 80°F and 60%RH
Water Removal: 109 Pints/Day
Efficiency: 6.09 Pints/kWh
Air Filter: MERV-11
Efficiency: Standard 65% Efficient, ASHRAE Dust Spot Test
Size: 16" x 20" x 2"
Power Cord: 10', – 110-120 VAC, Ground
Drain Hose: 9/16" ID x 8' Direct Gravity Drain Hose
Dimensions
Unit With Duct K itShipping
Width: 19 ¾" 22 ¾" 20¼"
Height: 36 ½" 43" 43¼"
Depth: 17 ½" 17 ½" 225
/
8"
Weight: 106 lbs 122 lbs
TABLE OF CONTENTS
2 Installer’s & Owner’s Manual
※ 50 Hz version is available upon request.

CAUTION! — This symbol means
important instructions. Failure to heed them can result
in injury or material property damage.
2. Installation
2.1 Location
SAKURA Dry-boy is designed to be installed indoorss and is ideal for
unfinished and finished basements.
CAUTION!
• Installation outdoors, or near a pool or spa will void
factory warranty.
•
2.1A In humid area, no ducting.
The simplest installation is to place SAKURA Dry-boy in the humid
area with no ducting. The air inlet on top & outlet on the side
must be at least 1’ from walls and other obstructions to air
flow.
2.1B In humid area, duct inlet and/or outlet.
If the humid area is very large or has high ceilings,
dehumidification can be improved by adding an inlet and/or
outlet duct to circulate and destratify stagnant areas. For a
large area, add inlet or outlet ducting to create flow across the
area’s greatest length. For areas with ceilings higher than 12’,
use an inlet duct to draw warm, moist air from near the ceiling.
See section 2.4 for attaching duct collars & ducting.
2.1C In A Remote Area, Duct Inlet & Outlet.
It is often desirable, in finished areas, to install SAKURA Dry-boy
in an adjacent equipment room or unfinished area. Air is
transferred between the humid room and the unit via ducting.
The factory-mounted humidity control on SAKURA Dry-boy
cabinet will sense the humidity in the humid room accurately
enough with this installation method.
2.1D In A Remote Area, Duct Outlet Only.
A simpler remote installation method than above uses ducting
between SAKURA Dry-boy discharge and the humid room;
SAKURA Dry-boy 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; i.e. high door undercut, louvered door or wall grill.
There are several potential disadvantages to using this method.
First, humid air is drawn into the room where SAKURA Dry-boy is
located. Second, to accurately sense humidity, the blower in
SAKURA Dry-boy may need to run continuously to draw air from the
humid room into SAKURA Dry-boy room. Third, a slight negative
pressure is created in the room with SAKURA Dry-boy which could
backdraft open combustion devices located there. If such devices
are present, call the factory for specific instructions before using
this installation method or consider the option 2.1E below.
2.1E In A Remote Area, Duct Inlet Only.
When SAKURA Dry-boy is located in a room separate from the
main area to be dehumidified, it may be desirable to dehumidify
and/or slightly pressurize that room. Pressurization assures
that open combustion devices do not backdraft . This can be
accomplished by installing a duct from the humid room to
SAKURA Dry-boy inlet and by allowing SAKURA Dry-boy to discharge
dehumidified air into the room in which it’s located. An
adequate air flow path must exist between the two rooms for
this method to work well.
2.2 Electrical Requirements
SAKURA Dry-boy plugs into a common grounded outlet on a 15 Amp
circuit. It draws between 6 and 7 Amps under normal operating
conditions.
2.3 Condensate Removal
Condensate drains by gravity via the clear hose extending from
the unit. Route hose to a floor drain, sump pump, or drainage
system. Use care to keep the hose as flat to the floor as possible.
Excessive humps or kinks will prevent proper drainage.
If SAKURA Dry-boy is located too far from a floor drain for the
attached hose to reach, 1/2" PVC pipe can be used to extend
it. It is commonly available in 10’ lengths from building supply,
plumbing and hardware stores. It will slide tightly inside the end of
the drain hose.
If more than one length of pipe is required, they can be joined with
a short piece cut from the end of the drain hose.
2.4 Ducting
2.4A Optional Ducting
An inlet shroud with an 8" round collar and an 8" round
exhaust collar are available from the factory that will allow
round ducting to be attached to the inlet and/or outlet of
SAKURA Dry-boy
2.4B Ducting for Dehumidification
Ducting SAKURA Dry-boy as mentioned in sections 2.1B-2.1E
requires consideration of the following points:
Duct Sizing: For total duct lengths up to 25 feet, use a
minimum 8" diameter round or equivalent rectangular. For
longer lengths, use a minimum 10" diameter or equivalent.
Grills or diffusers on the duct ends must not excessively restrict
air flow. Isolated Areas: Effective dehumidification may require
that ducting be branched to isolated, stagnant areas. Use 6"
diameter branch ducting to each of two or three areas, use 4"
to each of four or more areas.
3. Dehumidifier Operation
3.1 Humidity Control
The dehumidifier will run continuously until relative humidity
(RH) is reduced to the desired humidity level using the electronic
controlller. Setting the electronic humidity controller to lower RH
levels will NOT increase the unit’s dehumidification rate - it will
simply run longer to reduce the area’s RH to the setting.
SAKURA Dry-boy unit (and refrigerant based dehumidifiers in general)
will reduce a warm space’s RH to a lower level than that of a cool
space. For example, SAKURA Dry-boy may reduce an 80° F space to
30% RH. However, if the same space is 65° F, it may only reduce
it to 40% RH. It is therefore pointless to set the electronic humidity
INSTALLER'S AND OWNER'S MANUAL
3Installer’s & Owner’s Manual

controller to excessively low levels in cool rooms. Doing so will
result in long periods of ineffective dehumidifier run time. An ideal
setting is 55%, which prevents mold growth.
3.2 ON/OFF: Pressing the ON/OFF button once will power up the
control system and illuminate the RUN LED. The unit will now
operate in either DEHUMIDIFY or FAN MODE. Pressing the ON/OFF
button again will return the unit to STANDBY MODE. The RUN LED
will flash.
3.3 MODE: Use the MODE button to select DEHUMIDIFY or FAN
mode of operation.
3.4 UP/DOWN ARROWS: Pressing the UP/DOWN arrow buttons
will display and change the desired %RH. The selectable %RH
range is 26 - 90%. These buttons will not function while in FAN
MODE.
3.5 BUTTON PRESSING TONE: Pressing any function button will
sound a tone.
4. LED DISPLAY
4.1 RUN LED: This indicator will flash when in STANDBY MODE.
It will remain illuminated while in either DEHUMIDFY or FAN
MODE.
4.2 DEFROST LED: This indicator will be illuminated while in the
DEFROST MODE, otherwise it will be extinguished.
4.3 DEHUMIDIFY LED: This indicator will be illuminated while in
the DEHUMIDIFY MODE, otherwise it will be extinguished.
4.4 FAN LED: This indicator will be illuminated while in the FAN
MODE, otherwise it will be extinguished.
5. DIGITAL DISPLAY
5.1 DIGITAL DISPLAY RELATIVE HUMIDITY %: The digital
display will show the current %RH. in the room that the
dehumidifier is located while in stand by mode or while running in
DEHUMIDFY or FAN MODES.
5.2 DIGITAL DISPLAY RELATIVE HUMIDITY % SET POINT:
The digital display will show the % RH set point when a new
setting is selected using the UP/DOWN arrow buttons.
5.3 DISPLAY CODES: E1 indicates that the coil temperature
sensor is not functioning properly.
E2 indicates that the humidity sensor is not functioning properly.
CO indicates that the unit is running in continuous dehumidify
mode.
6. MEMORY/POWER FAILURE
If a power failure occurs, the owner must press the ON/OFF button
to restart the unit in the mode previously selected.
7. OPERATING MODES:
7.1 POWER UP : When the unit is powered up, it will be in
STANDBY MODE indicated by the flashing RUN LED. All other LEDs
are extinguished. None of the buttons are functional except ON/
OFF. The compressor and fan will not run.
7.2 DEFAULT SETTINGS AFTER POWER UP: The control unit
displays the current %RH humidity condition of the room and sets
the %RH goal to 60.
7.3 DEHUMIDIFY MODE: When DEHUMIDIFY MODE is selected,
the DEHUMIDIFY and RUN LED will be lit and the digital display will
show the current %RH of the room. The %RH set range is 26-
90%. When the set point is lower than the current %RH of the
room, the compressor and fan will run. When the current %RH
of the room is equal to or less than the set point, the compressor
will stop. The fan will continue to run for an additional 3 minutes.
When the set point is less than 26%, the digital display will show
CO. This indicates that the unit will run continuously
7.4 CHANGING MODES: Press the MODE button to change the
operating mode from DEHUMIDIFY to FAN or back to DEHUMIDIFY.
The corresponding LED will be lit to indicate the current operating
mode.
7.5 FAN MODE: When the FAN MODE is selected, the FAN and
RUN LED will be lit, the digital display will show the current %RH
of the room and only the fan will run. Pressing the ON/OFF button
while operating in FAN MODE will stop the fan, extinguish the
FAN LED and return the unit to STANDBY MODE indicated by the
flashing RUN LED. Pressing the ON/OFF button again will return
the unit to FAN MODE, lite the FAN and RUN LED without any
delay each time this is done. There are no timers for FAN MODE.
The control unit does not monitor sensor information when leaving
or entering FAN MODE.
7.6 STANDBY MODE : The unit will return to STANDBY MODE
each time 110VAC is applied or when the MODE button is pressed
to leave the FAN or DEHUMIDIFY MODES indicated by the flashing
RUN LED. When running in DEHUMIDIFY MODE, the unit will also
return to STANDBY MODE when the %RH set point is satisfied.
The compressor will shut off, the fan will run for an additional
3 minutes and the defrost timer will be reset. If the ON/OFF
button is pressed before the fan shuts off and the unit returns to
STANDBY MODE, the compressor will not start until the this timer
has run out. The control unit does not monitor sensor information
while in STANDBY MODE.
INSTALLER'S AND OWNER'S MANUAL
4Installer’s & Owner’s Manual

8. PROTECTION FUNCTIONS AND
TROUBLESHOOTING
CAUTION!
ELECTRICSHOCKHAZARD: Maintenance and repairs should be
performed by a qualified service person.
8.1 DEFROST PROTECTION
8.2 DEFROST CONDITIONS
8.3 COIL SENSOR OPERATING PROPERLY: While the
compressor is running in the DEHUMIDIFY MODE, the control
unit will monitor the coil sensor and measure how much time it
sees a coil temperature that is equal to or less than -1 °C. Once
that count reaches 15-minutes, the unit will perform a DEFROST
CYCLE.
8.4 COIL SENSOR MALFUNCTIONING (DIGITAL DISPLAY
SHOWS “E1”): The unit will perform DEFROST CYCLES after the
compressor has run for 35 minutes.
8.5 DEFROST CYCLE: During a DEFROST CYCLE, the compressor
will turn off, the fan motor will turn on, the DEFROST LED will
illuminate and the defrost 15 minute timer will be reset.
8.6 DEFROST CYCLE COMPLETE CONDITIONS
8.6A COIL SENSOR OPERATING PROPERLY: When the coil
sensor sees a temperature higher than 3 °C for 4 minutes, the
control unit will exit the DEFROST MODE.
8.6B COIL SENSOR MALFUNCTIONING (DIGITAL DISPLAY
SHOWS “E1”): The control unit will execute a DEFROST CYCLE
for 6 minutes and then exit the DEFROST MODE.
8.6C The DEFROST CYCLE LED will be extinguished.
8.7 DEHUMIDIFY CYCLE DELAYED START (COMPRESSOR
PROTECTION FUNCTION)
When the compressor stops running for any reason (%RH set point
reached, mode change, power off, power failure, etc.), it will not
restart for 3 minutes. When it starts, it will run for a minimum of 5
minutes regardless of the %RH setting.
8.8 TROUBLESHOOTING THE SENSORS
CAUTION!
ELECTRICSHOCKHAZARD: Maintenance and repairs should be
performed by a qualified service person.
8.8A COIL SENSOR: When the coil sensor reports a temperature
that is lower than -20 °C or higher than 70 °C, the control unit
considers it faulty and will display “E1” in the digital display.
The unit will continue to run in the DEHUMIDIFY MODE and will
perform a DEFROST CYCLE every 35 minutes of operation.
8.8B HUMIDITY SENSOR: When the humidity sensor’s output
voltage is less than 0.5V or more than 4V, the control unit
considers it faulty and will display “E2” in the digital display. The
unit will continue to run continuously in the DEHUMIDIFY MODE
and will perform a DEFROST CYCLE as required.
9. OTHER FUNCTIONS
9.1 LOCK: In the RUN mode, pressing the UP/DOWN buttons
together for 2 seconds will lock the control. None of the buttons
will function except ON/OFF. A decimal point will appear
indicating this condition. Pressing the UP/DOWN arrow buttons
together for 2 seconds again will unlock the control and restore
the all button functions.
9.2 DISPLAY COIL TEMPERATURE:
In the RUN mode, pressing the UP arrow button and the MODE
button together for 2 seconds will display the coil temperature.
Pressing the UP arrow button and the MODE button together for
2 seconds again will return the display to the current %RH of the
room.
10. ELECTROMAGNETIC COMPATIBLE
STANDARD
10.1 Meets EN61000-3 electromagnetic compatible EMS criteria
10.2 Meets IEC6100C-4 electromagnetic compatible EMC criteria
10.3 Meets CISPR14 electromagnetic compatible EMI criteria
11. Maintenance
11.1 Air Filter
SAKURA Dry-Boy is equipped with two (2) air filters. An aluminum/
foam pre-filter followed by a standard MERV-11 65% efficient
pleated fabric filter. These should be checked every six months.
Operating the unit with dirty filters will reduce dehumidifier
capacity and efficiency and may cause the compressor to cycle off
and on unnecessarily.
If dirty, the aluminum/foam prefilter can be vacuumed or carefully
hand washed with warm water and mild detergent then rinsed.
The pleated fabric filter can generally be vacuumed clean several
times before needing replacement.
DO NOT operate the unit without the filters or with a less effective filter.
The heat exchange coils inside the unit could become clogged and
require disassembly to clean.
INSTALLER'S AND OWNER'S MANUAL
5Installer’s & Owner’s Manual

12. Service
CAUTION!
Servicing SAKURA Dry-Boy with its high-pressure refrigerant
system and high-voltage circuitry presents a health hazard
which could result in death, serious bodily injury, and/or
property damage. Only qualified service people should service
this unit.
12.1 Warranty
A warranty certificate has been enclosed with this unit. Read
it before any repair is initiated.
12.2 Technical Description
SAKURA Dry-Boy uses a refrigeration system similar to an air
conditioner’s to remove heat and moisture from incoming air and
add heat to the air that is discharged (see Figure 1).
Hot, high-pressure refrigerant gas is routed from the compressor
to the condenser coil (see Figure 1). The refrigerant is cooled
and condensed by giving up its heat to the air that is about to be
discharged from the unit. The refrigerant liquid then passes through
a filter/drier and capillary tubing, which cause the refrigerant
pressure and temperature to drop. It next enters the evaporator coil
where it absorbs heat from the incoming air and evaporates
The evaporator operates in a flooded condition, which means that
all the evaporator tubes contain liquid refrigerant during normal
operation. A flooded evaporator should maintain constant pressure
and temperature across the entire coil, from inlet to outlet.
The mixture of gas and liquid refrigerant enter the accumulator
after leaving the evaporator coil. The accumulator prevents any
liquid refrigerant from reaching the compressor. The compressor
evacuates the cool refrigerant gas from the accumulator and
compresses it to a high pressure and temperature gas to repeat
the process.
13 Condensate Pump
The Condensate is automatically pumped to a remote location
when the water level in the pump’s reservoir rises to close the
float switch.
INSTALLER'S AND OWNER'S MANUAL
SAKURA Dry-Boy WIRING DIAGRAM
6Installer’s & Owner’s Manual
Electrical Diagram

SERVICE PARTS LIST
NO DESCRIPTION QTY SPECIFICATIONS
1 Wheel 4
2 Plate, Bottom 1 Galvanized steel (1.5mm)
3 Bracket 4 Galvanized steel (1.0mm)
4 Grommet, rubber – compressor 3 Buna N
5 Washer, plate 3 6mm dia. Steel
6 Nut 3 M6 steel
7 Capacitor, compressor 1 35µF/250V
8 Compressor 1 5RS080UAA21 115VAC/60HZ R410A
9 Gasket, cover – terminal 1 EPT
10 Spring, hold down 1 SS
11 Overload protector 1 B290-150-241H
12 Cover, terminal 1 PET
13 Gasket, nut 1 5mm dia PET
14 Cover, terminal – nut 1 M5 steel
15 Seal, lower - condenser 1 PU
16 Seal, side – condenser 2 PU
17 Condenser 1
18 Seal, upper – condenser 1 PU
19 Trough, collection - water 1 SS
20 Probe, temperature 1
21 Evaporator 1
22 Seal, heat exchanger - vertical 4 PU
23 Seal, heat exchanger - horizontal 2 PU
24 Probe, humidity 1
25 Cover, probe - humidity 1 ABS
26 Heat exchanger 1 PP
27 Guide, filter 2 SS (0.6mm)
28 Seal, guide 2 PU
29 Cabinet 1 Powder-coated steel (1.0mm)
30 Bracket, evaporator 1 SS (0.6mm)
31 Tubing, evaporator 1 9.52mm OD x .8mm wall copper tubing
32 Grommet 1 Buna N
33 Capillary 2 2.5mm OD x 1.0mm wall
34 Tubing, discharge 1 6.35mm OD x .8mm wall copper tubing
35 Filter 1
36 Tubing, process 1 6.35mm OD x .8mm wall copper tubing
37 Tubing, condenser 2 9.52mm OD x .8mm wall copper tubing
38 Insulation 1 PE
39 Tubing, suction 1 9.52mm OD x .8mm wall copper tubing
40 Line cord 1 3 wire 16AWG/125V/13A/105˚C/300V
41 Cordgrip 1 ABS
42 Grommet 1 Buna N
43 Screen, fan 1 Steel
44 Control unit 1 115V/60Hz
45 Insulation, trough – water collection 1 PE
46 Damper, mass 1
47 Housing, fan 1 Powder-coated steel (1.0mm)
48 Motor, fan 1 115V/60Hz
49 Washer, motor - fan 4 11.5mm OD x 5.0mm ID Steel
50 Capacitor, fan 1 12.5µF/250V
51 Isolator, vibration - fan 1 PE
52 Rotor, fan 1 Aluminum
53 Deflector, air 1 Powder-coated steel (1.0mm)
54 Wire 1 16-20AWG/105˚C/600V/VW-1
55 Clamp, tubing 1 SS
56 Tubing, drain 1 16mm ID x 1.8m PVC
57 Cover, cabinet 1 Powder-coated steel (1.0mm)
58 Insulation, cover - cabinet 1 PE
59 Insulation, cabinet - lower 2 PE
60 Insulation, cabinet - upper 2 PE
61 Filter, pleated – paper 1
62 Filter, aluminum 1
7Installer’s & Owner’s Manual

SERVICE PARTS LIST •
8Installer’s & Owner’s Manual
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CONDENSATE PUMP INSTALLATION INSTRUCTIONS
STEP 1: The condensate pump kit
includes:drain hose, condensate pump, two
mounting screws and instructions.
STEP 4: Cut the condensate drain hose at a 45°
angle approximately 10 inches from the unit.
STEP 7: Insert the drain hose into the
condensate pump reservoir as shown.
STEP 2: Predrilled mounting holes are located
near the bottom and on the same side of the
unit as the drain hose.
STEP 5: Example of hose cut at a 45° angle.
The angle prevents the hose from sealing tight
against the bottom of the pump reservoir.
STEP 8: Install the provided drain hose over the
condensate pump nipple.
STEP 3: Secure the condensate pump to the
unit with the two provided screws.
STEP 6: Remove the plug as shown.
STEP 9: Route the condensate pump drain hose
to an appropriate drain and plug the condensate
pump into a standard 115VAC outlet.
9Installer’s & Owner’s Manual

DUCTABLE INLET MOUNTING
Ductable Inlet Instructions
1. Remove the Filters from the unit.
2. Remove the ductable inlet from the box and remove the
release paper from the tape on the inlet flanges.
3. Center the inlet above the filter guides and attach the inlet to
the guides.
4. Replace the filters in the unit.
Exhaust Collar Mounting Instructions
5. Remove the exhaust collar from the box and bend the tabs in.
6. Place the collar over the blower outlet and line up the tabs
with the holes in the cabinet.
7. Using (4) screws from the kit, attach the collar to the unit.
collar.
Ductable
Inlet
Exhaust
Collar
10 Installer’s & Owner’s Manual