Sharp S3503CVP09FX/T, CV-P09FX Service Manual

CVP09FX

SERVICE MANUAL

S3503CVP09FX/T

PORTABLE AIR CONDITIONER

CONTENTS

CHAPTER 1. PRODUCT SPECIFICATION

[1] SPECIFICATION............................................1-1

[2] ELECTRICAL PARTS .................................... 1-1

[3] WIRING DIAGRAM........................................1-2

[4] EXTERNAL DIMENSION...............................1-2

CHAPTER 2. OPERATION INSTRUCTION

[1] PART NAMES................................................2-1

[2] LOCATION.....................................................2-2

[3] INCLUDED.....................................................2-3

[4] INSTALL WINDOW PANEL ........................... 2-3

[5] INSTALLATION AND REMOVAL OF EX-

HAUST HOSE................................................2-4

[6] PRE-OPERATION CHECKS..........................2-5

[7] OPERATION MODE ...................................... 2-5

[8] DRAINAGE ....................................................2-7

[9] MAINTENANCE.............................................2-7

MODEL

In the interests of user-safety (Required by safety regulations in some countries)
the set should be restored to its original condition and only parts identical to
those specified should be used.

CHAPTER 4. EXPLANATION OF CIRCUIT AND OP­ERATION

[1] ELECTRONIC CONTROL CIRCUIT DIA-

GRAM............................................................4-1

[2] PRINTED WIRING BOARD...........................4-2

[3] FUNCTION....................................................4-3

[4] PERFORMANCE CURVES...........................4-6

CHAPTER 5. ATTENTION WHEN REPAIRING

[1] HOW TO REPAIR REFRIGERATION ...........5-1

[2] ELECTRICAL COMPONENT TEST..............5-3

CHAPTER 6. TROUBLESHOOTING GUIDE

[1] TROUBLESHOOTING ..................................6-1

REPLACEMENT P ARTS LIST

CV-P09FX

CHAPTER 3. DISASSEMBLING PROCEDURE

[1] PROCEDURE FOR DISASSEMBLY ............. 3-1

[2] DISASSEMBLING THE CONTROL BOX........3-9

Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for

maintaining the safety and performance of the set.

SHARP CORPORATION

This document has been published to be used
for after sales service only.
The contents are subject to change without notice.

CVP09FX



CVP09FX

CHAPTER 1. PRODUCT SPECIFICATION

ServiceManual

[1] SPECIFICATION

Cooling Capacity BTU/h 9000
Moisture Removal Pint/h 2.5
Electrical Data
Phase Single
Rated frequency Hz 60
Rated voltage V 115
Rated current A 9.0
Rated input W 1010
Power factor % 98
EER BTU/Wh 8.9
Compressor
Type (Hermetically sealed rotary type)
Model, Motor Output 44R211AE-AJS (805W)
REFRIGERANT SYSTEM
Evaporator Louver fin, Grooved tube, 7mm, hair pin
Condenser Louver fin, Grooved tube, 7mm, hair pin
Control O.D. x I.D x Length(mm)

(Capillary Tube)
Refrigerant Volume R-22 (OZ)
(Factory Charge)
NET DIMENSIONS
Width Height Depth Inch (mm) 18.5" (470) x 32.3" (820) x 15.1" (383)
Net Weight Lbs 84
GROSS DIMENSIONS
Width Height Depth Inch (mm) 22.1" (561) x 35.8" (910) x 18.3" (465)
Gross Weight Lbs 95
FAN SYSTEM
Indoor side (Evaporator) Centrifugal fan
Outdoor side (Condenser) Centrifugal fan
Air Flow rate (Indoor side) CFM High / Med / Low

OTHERS
Safety devices Compressor : Overload relay

Air filter Polypropylene net
Power cord length ft 4.6
Power plug type NEMA 5-15P

2.7 x 1.4 x 400

12.5

240/190/140

Fan motor (IN/OUT) : Internal thermal fuse / Internal thermal protector

[2] ELECTRICAL PARTS

Running capacitor 250V - 60µF
Fan capacitor (IN/OUT) 250V - 6µF / 250V - 8µF
Thermistor 10kΩ at 77°F (TH1), 4.431kΩ at 77°F (TH2, TH3)
Fan motor (IN) IBH-884-512 (MLB180)
Fan motor (OUT) PFU040ZREA/SHP (MLB178)
Overload relay MRA99239L-9054 or B380-150B-141E
Drain motor ORM-1524K1 (M-A438)

1 – 1

[3] WIRING DIAGRAM

CVP09FX

[4] EXTERNAL DIMENSION

18.5"

M

M

TH2
TH1
TH3

Max. : 59"

32.3"

0.95"

15.1"

16.1"

1 – 2

CVP09FX



CVP09FX

CHAPTER 2. OPERATION INSTRUCTION

[1] PART NAMES

1. Front view

ServiceManual

Air Outlet

Vertical louvers

Horizontal louvers

PLASMACLUSTER Lamp (blue)

Remote control signal receiver
window

AUX. Button

OPERATION Lamp (red)

TIMER Lamp (orange)

MEGA COOL Lamp (green)

Air inlet

2. Rear view

Exhaust air outlet

Window exhaust adapter

Exhaust hose

Remote control hook

Air filters

Drainage nozzle and stopcock

Power supply cord hooks

Drainpipe nozzle and stopcock

Power supply cord

Power plug

Casters(4)

2 – 1

3. Remote control

CVP09FX

Transmitter

Display

POWER Button

LIGHTS Button

TEMPERATURE Button

PLASMACLUSTER Button

1 hr OFF Button

MODE Button

ON TIMER Button

FAN Button

OFF TIMER Button

CANCEL Button

LOUVERS Button

RESET Button

MEGA COOL Button

4. Remote control display

MODE SYMBOLS

: COOL : DEHUMIDIFICATION

: FAN : VENTILATION

MEGA COOL SYMBOL

PLASMACLUSTER SYMBOL

FAN SPEED SYMBOLS

: AUTO : Manual setting

TEMPERATURE AND TIMER COUNT
DOWN INDICATOR

TRANSMITTING SYMBOL

ON TIMER / OFF TIMER SYMBOL

[2] LOCATION

• The air conditioner should be placed on a firm foundation to minimize noise and vibration. For safe and secure positioning, place the unit on a
smooth, level floor strong enough to support the unit.

• The unit has casters to aid placement, but it should only be rolled on smooth, flat surfaces. Use caution when rolling on carpet surfaces. Do not
attempt to roll the unit over objects.

• The unit must be placed within reach of a properly rated grounded socket.

• Never place any obstacles around the air inlet or outlet of the unit.

• Allow at least 12" (30cm) of space from the wall for efficient air-conditioning.

MIN.12"
(30cm)

MIN.12"
(30cm)

2 – 2

CVP09FX

[3] INCLUDED

Exhaust hose (1) Window exhaust adapter (1)

Exhaust cover (1)

Drainage Grommet (1)

Extension panel (1)

Bracket (1)

Adjustment panel (1)

Window panel (1)

Rain guard (2)

Insect guard net (1)

Foam seal (1)

Foam seal (3)

(adhesive type)A

Foam seal (1)

(adhesive type)B

(thickness:1/5") (thickness:2/5")

Hose clamp (1)

Screw (8)

Remote control (1)

Battery (2)
(AAA.R03)

Manual (1)

SUGGESTED TOOLS FOR WINDOW PANEL INSTALLATION

1. Screwdriver(medium size Phillips)

2. Tape measure or ruler

3. Knife or scissors

4. Saw (In the event that the window panel needs to be cut down in size because thewindow is too narrow for direct installation.)

[4] INSTALL WINDOW PANEL

Installation in a double-hung sash window

(See page 14 for installation in a sliding sash window. )

Connect the rain guards to the insect

1

guard net.

Insert all three projections on each rain
guard into the holes in the insect guard net.

Side “A” will now be uppermost, as indi­cated in the diagram.

Attach the guard combined above to the

2

window panel

Push the insect guard net firmly to ensure
that its four projections fit into the holes in
the window panel.

Side “A” will now be at the top, as indicated
in the diagram.

Cut the foam seal A (adhesive type) to

3

the proper length and attach it to the
window stool.

Attach the window panel to the window

4

stool.

If the inner width of the window is be­tween 22" (559mm) and 24" (609mm)
inclusive.

The window panel cannot be installed in
windows less than 22" (559mm) wide, as
you will be unable to shut the exhaust cover.

(1) Remove the adjustment panel from th e

window panel, and cut the window
panel to the same width as the window.

(2) Open thewindow sash and place the win-

dow panel on the window stool

(3) Secure the window panel to the window

stool with 2 screws.

Insect guard
net

Projection

"A"

Window
panel

22"~ 24"

Hole

Projection

Exhaust cover

Adjustment panel

Window stool

Window panel

Foam seal A
(adhesive type)

Cut

Window panel

Rain guard

"A"

If the inner width of the window is
between 24" (609mm) and 36.8"
(934mm) inclusive.

(1) Open the window sash and place the

window panel on the window stool.

(2) Slide the adjustment panel to fit the

window frame width.

(3) Secure the window panel tothe stool with

3 screws.

If the inner width of the window is
between 36.8" (934mm) and 48"
(1219mm) inclusive.

(1) Attach the extension panel to the

adjustment panel.

(2) Open thewindow sash and place the win-

dow panel on the window stool.

(3) Slide the adjustment and extension

panels to fit the window frame width.

(4) Secure the window panel to the window

stool with 4 screws.

Cut the foam seals (adhesive type) A and

5

B to the proper length and attach it to the
window panel.

Attach foam seal A to the window panel and
extension panel, and attach foam seal B to
the adjustment panel.

Close the window sash securely against

6

the Window panel.

Cut the foamseal to an appropriate length

7

and seal the opening between the top of
the inner window sash and the outer win­dow sash.

Attach a bracket with the screw.

8

36.8"~48"

Foam seal

24"~36.8"

Extension panel

Foam seal B
(adhesive type)

Adjustment panel

Foam seal A
(adhesive type)

Bracket

2 – 3

CVP09FX

Installation in a sliding sash window

(See page 12 for installation in a double-hung window.)

Connect the rain guards to the insect

1

guard net.

Insert all three projections on each rain
guard into the holes in the insect guard net.
Side “A” will now be uppermost, as

indicated in the diagram.

Attach the guard combined above to the

2

window panel.

Push the insect guard net firmly to ensure
that its four projections fit into the holes in
the window panel.
Side “A” will now be at the top, as indicated
in the diagram, when it is installed in the
window.

Cut the foam seal A (adhesive type) to the

3

proper length and attach it to the window
frame.

Install the window panel into the window

4

frame.

If the inner height of the window is
between 22" (559mm) and 24" (609mm)
inclusive.

The window panel cannot be installed in
windows less than 22" (559mm) high, as
you will be unable to shut the exhaust
cover.

(1) Remove the adjustment panel from the

window panel, andcut the window panel
to the same height as the window.

(2) Open the window sash and place the

window panel on the window frame.

(3) Secure the window panel to the window

frame with 2 screws.

Insect guard net

Hole

Projection

Projection

Window
panel

Window
panel

Exhaust cover

Adjustment panel

"A"

Rain guard

Window panel

"A"

Foam seal A
(adhesive type)

Cut

22"~24"

If the inner height of the window is
between 24" (609mm) and 36.8"
(934mm) inclusive.

(1) Open the window sash and place the

window panel on the window frame.

(2) Slide the adjustment panel to fit the

window frame height.

(3) Secure the window panel to the window

frame with 3 screws.

If the inner height of the window is be­tween 36.8" (934mm) and 48" (1219mm)
inclusive.

(1) Attach the extension panel to the

adjustment panel.

(2) Open the window sash and place the

window panel on the window frame.

(3) Slide the adjustment and extension

panels to fit the window frame height.

(4) Secure the window panel to the window

frame with 4 screws.

Cut the foam seals (adhesibe type) A and

5

B to the proper length and attach them to
the window panel.

Attach foam seal Ato the window panel and
extension panel, and attach foam seal B to
the adjustment panel.

Close the window sash securely against

6

the Window panel.

Cut the foamseal to an appropriate length

7

and seal the opening between the side of
the inner window sash and the outer win­dow sash.

Attach a bracket with the screw.

8

Foam seal

Adjustment
panel

Extension panel

Foam seal B
(adhesive type)

Foam seal A
(adhesive type)

Bracket

24"~36.8"

36.8"~48"

[5] INSTALLATION AND REMOVAL OF EXHAUST HOSE

The exhaust hose must be installed or removed in accordance with the usage mode.

MODE EXHAUST HOSE

COOL, FAN, VENTILATION, DEHUMIDIFICATION with no container Install

DEHUMIDIFICATION with container(minimum capacity 3 gallons) Remove

Installation of the exhaust hose

Attach the window exhaust adapter to

1

the exhaust hose.

Extend one end of the exhaust hose and
insert it into the window exhaust adapter,
and turn it (approx. three times) until it
stops.
Make sure they are securely attached
afterwards.

Attach the exhaust hose adapter to the

2

unit.

Insert the two projections on the exhaust
hose adapter into the two holes on the
unit, and firmly attach them to each
other.

Slide and open the exhaust cover on

3

the window panel, and attach the win­dow exhaust adapter.

Surface of window exhaust adapter
marked "TOP" should be at the top when
it is installed in a double-hung sash
window.
Surface of window exhaust adapter
marked "TOP" should be on the window
frame side when it is installed in a sliding
sash window.

The exhaust hose should be as short as possible for operational efficiency;
however, it must not be twisted or bent.

Unacceptable

Acceptable

Acceptable

Extend

Exhaust hose

Window
exhaust
adapter

Projection

Hole

"TOP"

Removal of the exhaust hose

Remove the window exhaust adapter.

1

Pull out and remove the window exhaust
adapter by pushing down two “PUSH”
markings, and slide and close the exhaust
cover in the window panel.

Remove the exhaust hose adapter from

2

the unit.

Lift up and remove the exhaust hose
adapter from the unit by pushing down on
the two projections.

"PUSH"

Projection

2 – 4

CVP09FX

1

Remove the exhaust hose (See Page 17)

2

Turn the drainage nozzle to the OPEN position.

3

Pull the stopcock out from the drainage nozzle.

• When the stopcock is removed, a small amount of water
may be discharged from the drainage nozzle.

• Always perform this procedure with the unit turned off.
Drain water will spout out if attempted during operation.

4

I

nsert the hose clamp into a standard commer­cially-available hose (5/8"inner diameter, 7/8" outer
diameter) and attach the drain grommet to the
hose.

5

Attach the hose to the drainage nozzle, and secure
it with the hose clamp.

• Insert the hose securely into a container with a minimum

capacity of 3 gallons. Be sure to monitor the water levelin
the container and empty as necessary. Do not operate in
dehumidify mode for more than 8 hours at a time. Be sure
to empty the watercontainer wheneverdehumidify modeis
started. Failure to empty the water container can cause
the container to overflow and cause damage to underlying
materials.

• Set the hose sloping downwards for easier drainage.

Moreover, do not bend the hose at any point, nor allow
the end to be submerged in water.

Dehumidification with no container

2

1

In this mode, the air conditioner dehumidifies the room.

CAUTION

When operating dehumidification with container, the unitgenerates heat during dehumidifica­tion mode and the room temperature will rise. Operate dehumidification with no container if
you don't want the room temperature to rise. This will help to slightly drop the room
temperature, but dehumidification performance will become less effective than when operat­ing dehumidification with container.

1

Press the MODE button to select DEHU­MIDIFICATION mode.

COOL DEHUM FAN VENT

2

Press the power button to start opera­tion.

• The red OPERATION lamp on the unit will light.

• The temperature cannot be set.

• The fan speed is preset to AUTO and cannot be
changed.

TO TURN OFF

Press the POWER button again.

• The red OPERATION lamp on the unit will turn off.

Dehumidification with container

Drainage nozzle

Stopcock

Drain grommet

Hose clamp

Hose

I

f draining of the water is not desirable, install the exhaust hose (See Page 16), turn the drainage nozzle to the
CLOSE position, and check that the drainage nozzle is covered with the stopcock. In this operation, the water
tank inside the unit may be full, the unit stops operating and then the TIMER, OPERATION and MEGA COOL
lamps are blinking, depending on room condition. In this case, drain out the water within the unit (See Page 29).

"OPEN" position

[6] PRE-OPERATION CHECKS

POWER PLUG CHECK

This air conditioner uses a fused power plug.
Always check the power plug before use.

Press the RESET button.

1

Insert the power plug into the wall socket.

2

Press the TEST button.

3

You will hear a CLICK if the circuit breaker is
functioning correctly.

Press the RESET button until you hear another

4

CLICK.

The circuit breaker is activated, power is supplied,
and the air conditioner is now ready for use.

Do not attempt to use the air conditioner if the above procedure is
impossible, as it is malfunctioning.
Disconnect the power plug and request service.

LOADING BATTERIES

Remove the battery cover at the

1

back of the remote control.

Insert batteries into the compart-

2

ment, making sure the

polarities are correctly

aligned.

¥ Lines will appear on the display

when batteries are properly in­stalled.

Reattach the battery cover.

3

Press the RESET button using a

4

thin pointed implement.

NOTES:

¥ The battery should last approximately one year under normal use.
¥ When replacing the batteries, always change both batteries at the same time, and

make sure they are the same type.

¥ If the remote control does not operate normally after replacing the batteries, press

the RESET button using a thin pointed implement.

¥ If you will not be using the unit for a prolonged period, remove the batteries from

the remote control.

Use two AAA (R03) batteries.

and

RESET

TEST

Battery cover

HOW TO USE THE REMOTE CONTROL

Point the remote control towardsthe
units signal receiver window and
press the desired button. A beep
will sound when the unit receives
the signal.

• Make sure nothing, such as curtains,
blocks the signal receiver window.

• The remote control operates up to 23
feet (7 meters) away.

CAUTION

• Do not expose the signal receiver window to direct sunlight. This may adversely
affect its operation. If necessary, close the curtains to block out the sunlight.

• Use of a fluorescent lamp in the same room may interfere with transmission of the
signal.

• The unit may be affected by signals emitted from other remote controllers for
televisions, VCRs or other equipment used in the same room.

• Do not leave the remote control exposed to direct sunlight or near a heater. Pro­tect the remote control from moisture and shock which can discolor or damage it.

To prevent the remote control from
being misplaced, hook it to the unit
when not in use.

When attached, to remove the remote
control from the unit, lift the remote
control up slightly and pull it out.

Remote control hook

[7] OPERATION MODE

1. Cool mode 2. Dehumidification mode

Install the exhaust hose (See Page16), turn
the drainage nozzle to the CLOSE position,

Drainage nozzle

"CLOSE" position

Stopcock

and check the drainage nozzle is covered
with the stopcock.

Press the MODE button to select COOL

1

mode.

COOL DEHUM FAN VENT

Press the POWER button to start op-

2

eration.

• The red OPERATION lamp on the unit will
light.

Press the TEMPERATURE button toset

3

2
3

the desired temperature.

• The temperature can be setwithin the range

of 64°F to 86°F.

1
4

Press the FAN button to set the de-

4

sired fan speed.

AUTO QUIET LOW HIGH

TO TURN OFF

Press the POWER button again.

• The red OPERATION lamp on the unit will turn
off.

2 – 5

3. Fan mode

1

Press the PLASMACLUSTER button during
operation.

• The remote control will display “ ”.

• The blue PLASMACLUSTER lamp on the unit will
light.

TO CANCEL

Press the PLASMACLUSTER button again.

• The PLASMACLUSTER lamp on the unit will turn off.

NOTES:

• Use ofthe PLASMACLUSTER function will bememo­rized and it will be activated the next time you turn on
the air conditioner.

• To turn off the PLASMACLUSTER Lamp, press the
LIGHTS button.

• PLASMACLUSTER operation cannot be set during
VENTILATION mode.

The Plasmacluster ion generator inside the air conditioner will release positive and
negative Plasmacluster ions into the room. Approximately the same numbers of posi­tive and negative ions released into the air.

1

In this mode, the air conditioner simply circulates the air without cooling it.

Install the exhaust hose (See Page16), turn the drainage nozzle to the CLOSE
position, and check the drainage nozzle is covered with the stopcock.

Press the MODE button to select FAN mode.

1

COOL DEHUM FAN VENT

2

Press the POWER button to start operation.

2

• The red OPERATION lamp on the unit will light.

2

5

• The temperature cannot be set.

Press the FAN button to set the desired fan

3

3

speed.

1
3

1

QUIET LOW HIGH

TO TURN OFF

Press the POWER button again.

• The red OPERATION lamp on the unit will turn off.

4. Ventilation mode

CVP09FX

6. Plasmacluster operation

In this mode, the air conditioner ventilates the air to outdoors.

Install the exhaust hose (See Page 16), turn the drainage nozzle to the CLOSE
position, and check the drainage nozzle is covered with the stopcock.

Press the MODE button to select VENT mode.

1

COOL DEHUM FAN VENT

Press the POWER button to start operation.

2

2

2

• The red OPERATION lamp on the unit will light.

• The temperature cannot be set.

5

Press the FAN button to set the desired fan

3

3

speed.

• Although the louvers are closed and no air blows

1
3

out into the room, the external ventilation fan speed
changes.

1

4

QUIET LOW HIGH

TO TURN OFF

Press the POWER button again.

• The red OPERATION lamp on the unit will turn off.

5. To change air flow direction

UP / DOWN AIR FLOW DIRECTION

Press the LOUVERS button on the re-

1

mote control.

• The horizontal louvers will swingcontinuously.

Press the LOUVERS button again when

2

the horizontal louvers are at the desired

1
2

LEFT / RIGHT AIR FLOW DIRECTION

CAUTION

Never attempt to adjust the horizontal louvers manually.

• Manual adjustment of the horizontal louvers can cause the unit to malfunction when the remote
control is used for adjustment.

• When the horizontal louvers are positioned atthe lowest position in the COOL or DEHUMIDIFICA­TION mode for an extended period of time, condensation may result.

Do not adjust the vertical louvers to the extreme left or right in the COOL mode with the fan
speed set to "QUIET (
Condensation may form on the louvers.

)" for an extended period of time.

position.

• The horizontal louvers will stop moving.

• The adjusted position will be memorized and
the same position will be set automatically
when operated the next time.

NOTE

• During VENTILATION mode, UP/DOWN air flow
direction cannot be changed.

Horizontal louvers

Hold the vertical louver as shown in the dia­gram and adjust the air flow direction.

Vertical louvers

7. Mega cool operation

In this operation, the air conditioner fan works at extra high speed with a setting
temperature of 59°F.

NOTES:

• You cannot set the temperature or fan speed during MEGACOOL operation.

• The fan returns to the HIGH speed setting after the unit has run for 30 minutes in MEGA
COOL mode.

• The extra high fan speed may automatically slow down to protect the unit.

8. One-hour off timer

When the ONE-HOUR OFF TIMER is set, the unit will automatically turn off after one
hour.

NOTES:

• The ONE-HOUR OFF TIMER operation has priority over ON TIMER and OFF TIMER
operations.

• If the ONE-HOUR OFF TIMER is set while the unit is not operating, the unit will operate for
an hour at the formerly set condition.

• If you wish to operate the unit for another hour before the ONE-HOUR OFF TIMER is
activated, press the 1hr OFF TIMER button again during operation.

2 – 6

Press the MEGA COOL button during cooling

1

mode.

• The remote control will display " ".

• The temperature display will go off.

• The green MEGA COOL lamp on the unit will light.

TO CANCEL

Press the MEGA COOL button again.

• MEGA COOL operation is also cancelled when the

1

mode is changed, or when the unit is turned off.

• The green MEGA COOL lamp onthe unit will turn off.

Press the 1hr OFF button.

1

• The remote control displays “ ”.

• The orange TIMER lamp on the unit will light.

• The unit will stop operating after one hour.

TO CANCEL

Press the CANCEL button.

• The orange TIMER lamp on the unit will turn off.

1

Alernatively, turn the unit off by pressing the
POWER button.

• The red OPERATION lamp and the orange TIMER
lamp on the unit will turn off.

CANCEL

CVP09FX

CLEANING THE UNIT AND THE REMOTE CONTROL

Wipe them with a soft, dry cloth or with a cloth moistened with a mild soap. Carefully remove
any residue by wiping with a damp cloth and dry completely.
Avoid splashing water onto the unit. Water can dangerously damage the electrical insulation.
Never use harsh chemicals or abrasive cleanerson anypart ofthe unit. To avoid damaging the
unit, do not use hot water (120°F/50°C or hotter) when cleaning.

1

Perform drainage to drain out water within the unit. (See Page 29 "When the unit is not
used for a long time").

2

Operate the unit the FAN or VENTILATION mode for about half a day to thoroughy dry
inside the unit.

3

Clean the filters, then reinstall them.

CLEANING THE INSECT GUARD NET

The cooling performance may be reduced or stop
completely if the insect guard net becomes clogged
with dust.

Periodically remove the window exhaust adapter from
the window panel and clean the insect guard net with a
vacuum cleaner or suchlike.

Filters

Be sure to disconnect the power from the wall socket before performing any mainte­nance.

CLEANING THE FILTERS

If the filter is clogged with dust, the airflow will be reduced, resulting in poor cooling perform­ance. The filter should be cleaned every two weeks.

1

REMOVE THE FILTERS

• Gently pull the filter handle to the right and slide
the filter out of the unit.

2

CLEAN THE FILTERS

• Use a vacuum cleaner to remove any dust. If the
filters are very dirty, wash themwith detergentand
rinse carefully with clean water. Dry the filters in
the shade before reinstalling them.

3

REINSTALL THE FILTERS

• Hold thefilter handleand gentlypush thefilter back
into place.
Never operate the unit without the filter. Doing so
may result in serious damage to the unit.

MAINTENANCE AFTER AIR CONDITIONER SEASON

Insect guard net

9. Timer operation

[8] DRAINAGE

9.1. Off timer

The unit will turn off automatically according to your setting.
Timer duration can be set from a minimum of half an hour (30 minutes) to a
maximum of 12 hours.
Up to 9.5 hours, you can set in half-hour (30-minutes) increments and from 10 to 12
hours, in 1-hour increments.

Display shown when you
set the unit to turn off 2.5
hours later.

NOTES ON TIMER SETTING AND OPERATION

• The latest time setting will be memorized and will appear on the remote control display the next
time you set the OFF TIMER or ON TIMER.

• The OFF TIMER and ON TIMER can not be set together.
Only the most recent TIMER setting will be valid.

• While the ONE-HOUR OFF TIMER is set, the OFF TIMER and ON TIMER is settings are
unavailable.

• If the ONE-HOUR OFF TIMER is set while the OFF TIMER or ON TIMER activated, the ON
TIMER or OFF TIMER setting will be cancelled.

• If a power failure occurs while the OFF TIMER or ON TIMER is set, the TIMER setting will be
cancelled and will not be retrieved even after the power is restored.

Point the remote control at the signal receiver win­dow on the unit.

Press the OFF TIMER button and set the time

1

as desired.

• The time setting will change as you press the
button as follows.

0.5h 1.0h 1.5h 10h 11h 12h

Hold the button down to speed through the set­tings.

• The orange TIMER lamp on the unit will light.

• The unit will emit a beep when it receives the

1

signal.

• The time setting will count down to show the re­maining time.

TO CANCEL TIMER

Press the CANCEL button.

• The orange TIMER lamp on the unit will turn off.

9.2. On timer

The unit will turn on automatically according to your setting.
Timer duration can be set from a minimum of half an hour (30 minutes) to a
maximum of 12 hours.
Up to 9.5 hours, you can set in half-hour (30-minute) increments and from 10 to 12
hours, in 1-hour increments.

Display shown when you set
the unit to turn on 6.5 hours
later.

Point the remote control at the signal receiver win­dow on the unit.

Press the ON TIMER button.

1

• The time setting will change as you press the button
as follows.

0.5h 1.0h 1.5h 10h 11h 12h

Hold the button down to speed through the set­tings.

• The orange TIMER lamp on the unit will light.

• The unit will emit a beep when it receives the signal.

1

• The time setting will count down to show the re­maining time.

Select the mode, temperature, fan speed setting
and PLASMACLUSTER operation as desired.

• When the temperature is set with the ON TIMER,
the temperature will show in the display for 5 sec­onds and then return to the time display.

• If you do not change the setting, the unit will operate
using the most recent setting.

TO CANCEL TIMER

Press the CANCEL button.

• The orange TIMER lamp on the unit will turn off.

Prepare for drainage and drain out water within the unit in the following cases.

If the unit stops operating and the TIMER, OPERATION and MEGA COOL lamps are
blinking. (This indicates that the water tank inside the unit is full.)

Make sure to turn the unit off.

1

Turn the drainage nozzle to the OPEN

2

position.
Pull the stopcock out from the drainage

3

nozzle.

• When the stopcock is removed, a small amount of
water may be discharged from the drainage nozzle.

Insert the hose clamp into a standard

4

commercially available hose (5/8" inner
diameter, 7/8" outer diameter) and attach
the drain gromment to the hose.

Attach the hose to the drainage nozzle, and

5

secure it with the hose clamp.

• Prepare for draining, as drain water will come out
through the hose during operation.

Press the AUX. button on the unit twice.

6

• The water will drain out through the drainage hose.
Maximum amount of water that may be drained
out is approximately 4

• The OPERATION, TIMER and MEGA COOL
lamps will be blinking.

When drainage water stops running out from the hose, turn the unit off by

7

pressing AUX. button.

• This would take about one minute.

Remove the hose from the drainage nozzle, and replace the stopcock.

8

• Keep the hose clamp and drain grommet in case of re-used.

Turn the drainage nozzle to the CLOSE position.

9

Whenever the unit is moved (to provent water within the unit from spilling).
When the unit is not used for a long time.

Carry out the above procedures from 1 to 5.

1

Press the AUX. button on the unit.

2

• The water will drain out through the drainage hose.
Maximum amount of water that may be drained out is approximately 4

• The OPERATION lamps will light.

When drainage water stops running out from the hose, turn the unit off by

3

pressing AUX. button.

• This would take about one minute.

Remove the hose from the drainage nozzle, and replace the stopcock.

4

• Keep the hose clamp and drain grommet in case of re-used.

Turn the drainage nozzle to the CLOSE position.

5

Remove the stopcock from the drainpipe nozzle, and completely drain any

6

water within the unit.

• Always prepare a receptacle to collect the water
before draining. Maximum amount of water that
may be drained out is approximately

Replace the stopcock to the drainpipe nozzle.

7

1

/5 pints.

2

/5 pints.

"OPEN" position

[9] MAINTENANCE

Drainage
nozzle

Stopcock

Drain grommet

Hose clamp

Hose

1

/5 pints.

Stopcock

Drainpipe nozzle

10. Auxiliary mode

Use this mode when the remote control is not available.

NOTES:

• If the AUX. button is pressed during normal operation, the unit will turn off.

• Upon starting AUXILIARY operation, the drainage pump inside the unit runs for
about a minute, which may produce an audible gurgling sound.

Press the AUX. button on the unit.

1

• The red OPERATION lamp on the unit will
light and the unit will start operating in COOL

1

mode.

• The fan speed is set to AUTO.

• The temperature setting is automatically set
according to the room temperature.

TO TURN OFF

Press the AUX. button again.

• The red OPERATION lamp on the unit will turn off.

2 – 7



A

㪈㩹

CVP09FX

CHAPTER 3. DISASSEMBLING PROCEDURE

ServiceManual

[1] PROCEDURE FOR DISASSEMBLY

"ACTUAL UNITS MAY VARY SLIGHTLY FROM THOSE PICTURES BELOW"

CAUTION:• DISCONNECT THE PORTABLE TYPE ROOM AIR CONDITIONER

1. Unscrew 2 screws holding the front panel on lower both ends.

2. Remove two air filters.

1) Insert flathead screw driver into the position shown in below fig-

CVP09FX

• DISCONNECT THE EXHAUST HOSE FROM THE UNIT BEFORE

• DRAINAGE SHOULD BE PERFORMED BEFORE ANY SERVICE.
(SEE "WHENEVER THE UNIT IS MOVED" OF PAGE 2-7)

ure. Then gently pry the driver to the arrow mark direction, to
unhook the lower hooks (both sides).

3. Open horizontal louvers, as shown in below figure.

4. Unhook 6 hooks of the front panel which is at both sides in an order
from the lower position using flathead screw driver. <6 parts>

2) Insert flathead screw driver into the position shown in below fig­ure. Then gently pry the driver to the arrow mark direction, to
unhook the middle hooks (both sides).

3) Insert flathead screw driver into the position shown in below fig­ure. Then gently pry the driver to the arrow mark direction, to
unhook the upper hooks (both sides).

3 – 1

CVP09FX

㪊㩹

㪊㩹

5. Push down the orifice (at position of illustration), as shown in below
figure, to unhook 2 hooks of front panel.

6. Remove the front panel by pulling it at the lower corner toward you
as shown in a figure, and next lift it up and pull it toward you.

7. Unscrew 6 screws holding the side panel L and R.
Remove side panel L and R.

8. Remove the stopcock from the drainpipe nozzle.

* Drain stopcock replacement

• Please check that the stopcock is fully inserted into the
drainage nozzle and drainpipe nozzle when operating at
cooling mode, and after drainage.

• Applying small amount of soapsuds to the stopcock will help
it make easier, if it is difficult to fully insert the stopcock.

9. Unscrew 12 screws holding the cabinet.
6 screws are on each sides.
6 screws are on back side of unit.

3 – 2

10.Remove the cabinet by lifting it up and pulling toward you as shown
in below figure.

11.Unscrew 4 screws holding the control bo x cover.

CVP09FX

13.Unscrew 2 screws holding the float switch ass’y.

Then move the float switch a little from bulkhead L.

12.Remove the control box cover, as shown in below figure.

CAUTION:DISCHARGE THE FAN MOTOR CAPACITOR AND RUN-

NING CAPACITOR BEFORE TOUCHING THESE CAP AC­ITORS OR OTHER COMPONENTS OR WIRING.

14.Unscrew 6 screws holding the bulkhead L.
Remove the wire from wire holder.(2 parts)

Then remove the bulkhead L by pulling it toward the arrow mark in
below figure and next lift it up toward you.

3 – 3

CVP09FX

15.Unscrew 7 screws holding the stay angle L.
Remove the stay angle L.

16.Unscrew 3 screws holding the led guide.
Remove the led guide.

19.Remove the plasmacluster unit and cluster cover.
Disconnect the connector of plasmacluster unit.

20.Unscrew 5 screws holding the top duct
Remove the top duct

17.Disconnect two louver motor connectors.
CAUTION:CONNECT THE CONNECTOR OF LOUVER MOTOR

CORRECTLY WHEN RE-ASSEMBLYING.
White connector : Upper louver motor
Black connector : Lower louver motor

18.Unscrew 2 screws holding the cluster holder.
Remove the cluster holder.

21.Cut the fixing band holding the wire and tape. Then remove the
tape.

CAUTION:KEEP THE TAPE IN CASE OF RE-ASSEMBLYING.

3 – 4

22.Cut the fixing band holding the wires.(7 parts)
Disconnect 8 connectors.

CAUTION:CONNECT THE CONNECTORS OF FAN MOTOR ETC.

CORRECTLY WHEN RE-ASSEMBLYING.
CN6 : OUTDOOR FAN MOTOR(BLACK AND SMALL)
CN4 : INDOOR FAN MOTOR(WHITE AND SMALL)
CN3 : INDOOR FAN MOTOR(WHITE AND LARGE)
CN5 : OUTDOOR FAN MOTOR(BLACK AND LARGE)
CN13 : LEAD WIRE FOR FLOAT SWITCH ASS'Y(4P)

CVP09FX

24.Cut the fixing band holding the wire and tape.
Then remove the tape.

CAUTION:KEEP THE TAPE IN CASE OF RE-ASSEMBLYING.

Then cut the fixing band holding the wires.

25.Disconnect the micro switch connector.
*Lower micro switch only.

23.Cut the fixing band holding the wires.(1 part)

26.Unscrew 3 screws holding the wire holders.

27.Remove wiring connectors of the compressor cord by using long­nose pliers.(3 parts)

CAUTION:DISCHARGE THE FAN MOTOR CAPACITOR AND RUN-

NING CAPACITOR BEFORE TOUCHING THESE CAPAC­ITORS OR OTHER COMPONENTS OR WIRING.

3 – 5

CVP09FX

28.Unscrew 2 screws holding the control box.
Remove the control box from the unit.

31.Move the band to the direction shown in below figure (approx.11/
16").

Then removed the drain hose B.

29.Unscrew 6 screws holding the casing cover.
Remove the casing cover from the unit.

30.Unscrew 4 screws holding the orifice.
Remove the orifice from the unit.

32.Unscrew the screw holding the lead wire.

33.Turn the band, as shown in below figure.
CAUTION:RETURN THE BAND TO THE ORIGINAL DIRECTION

WHEN RE-ASSEBLYING.

Move the band to the direction of the arrow(approx.11/16"), and
removed the drain hose A.

Then turn the band to the direction, as shown in below figure.

CAUTION:RETURN THE BAND TO THE ORIGINAL DIRECTION

WHEN RE-ASSEMBLYING.

3 – 6

34.Unscrew 4 screws holding the half plate.

CVP09FX

36.Unscrew 6 screws holding the stay angle R.
Remove the stay angle R from the unit.

37.Unscrew 3 screws holding the drain pump ass’y.
Remove the drain pump ass’y from the unit.

Then remove the half plate by lifting it up and pulling toward you as
shown in below figure.

35.Unscrew 6 screws holding the out casing.
Remove the out casing from the unit.

38.Unfasten and remove the nut holding the terminal cover at the top
of compressor.

Then remove the wiring connector of the compressor cord.

39.Unscrew the screw holding the centrifugal fan.
Remove the centrifugal fan.

3 – 7

CVP09FX

40.Unscrew 4 screws holding the motor cover and wire hold e r.
Remove the motor cover.
Then remove the fan motor.

41.Unscrew the screw holding the centrifugal fan.

43.Remove the 2 motor cushions on each side.

44.Loosen 2 screws holding the motor cover B.
* Do not remove 2 screws and 2 nuts.

45.Remove the motor cover A.

42.Unscrew 5 screws holding the motor cover and wire hold e r.
Remove the motor cover.
Then remove the fan motor.

46.Slide and remove motor cover B, C and D, as shown in b elow fig­ure.

3 – 8

CVP09FX

[2] DISASSEMBLING THE CONTROL BOX

CAUTION:DISCHARGE THE FAN MOTOR CAPACITOR AND RUNNING CAPACITOR BEFORE TOUCHING THESE CAPACITORS OR OTHER

COMPONENTS OR WIRING.

1. Cut fixing bands holding the wires.(2 parts)

2. Remove 2 P.W.B.

3. Cut fixing bands holding the wires.(2 parts)
Disconnect 6 connectors.

4. Unscrew 5 screws holding fan motor capacitor, transformer and
lead wire (earth).

5. Remove the control board by unhooking 3 spacers.

3 – 9

CVP09FX



CVP09FX

CHAPTER 4. EXPLANATION OF CIRCUIT AND OPERATION

ServiceManual

[1] ELECTRONIC CONTROL CIRCUIT DIAGRAM

ALARM

PUMP

FLOAT

CONTROL

)

SWITCH

(

2

2

(XA)

4

123

1

1W
47

R60

240KR55

240KR54

DRAIN

1

)

FLOAT

SWITCH

(

CN13

R701

1 / 2W 470

2

3

PI701

4

432

R59

BCN701

(XA)

1W
47

(XH)

TH2

INDOOR

CN14

PIPE TMEP.

4.431kW(25ºC)

TH1

312

6.8KF

R51

C38

10µ

+

10K

R48

10kW(25ºC)

ROOM TMP.

16V

10K

R49

:TESTPOINT

(NOTE)

UNLESS OTHERWISE

SPECIFIED, POWER OF

RESISTOR IS 1 /4W.

RES. No.enclosed by rectangleare

124

124

(WHITE)

CN8

(XH)

5V

12V

CHIP PARTS.

LOUVER

3

3

GND

MOTOR

9

(UPPER)

5

5

(BLACK)

CN9

(XH)

PLASMA

CLUSTER

GR

LED503

(LOWER)

LOUVER

MOTOR

2

3

BCN503

Q6
1

321

BCN1

3

5

4

2

1

3

5

4

2

1

IC6

8

9

IC5

8

TIMER

BL

LED502

820

(PH)

R502

CN501

4

7654321

2.7K

R63

2

Q9

3

470

SSR4

RY1

SSR1

R35

470

1W

SSR2

R34

470

1/2W

SSR3

R33

470

1/2W

1.8K

R32

BZ1

IC7

9

OPERATION

LED501

2.7K

R505

R501

123

1W

R36

TURBO

LED504

1.3K

1W
47

R64

JP14

8

IC501

DRAIN

50V

C502

0.1µ

C501

47µ

+

10V

SW1

SW501

4

5

312

5

4

1W
47

R61

10K

3.3K

10K

R44

R46

R39

JP15

JP16

1

DISPLAY & RECEIVER BOARDUNIT

1

(PH)

CN502

CN12

BCN2

213

3.3K

R42

22K

R41

10K

10K

R43

R45

680

R47

TH3

PIPE TMP.

OUTDOOR

10KF

R52

C39

10µ

+

4.431kW(25ºC)

654

6.8KF

R53

C40

16V

16V

10µ

+

10K

R50

C42

10V

100µ

+

ALARM

SW2

D5

DRAIN

21

C4

3A 125V

D7

)

FLOAT

SWITCH

(

TR1

0.1µ

275V

FUSE1

BLACK

USA

AC115V 60Hz

OUT

RY1

L

OUT

IC2

IN

+

IC3

IN

21

+

C18

+

+

D1 ~ 4

NR1

WHITE

N

POWER

C20

10V

C19

BCN3

(JP68)

25V

7812

C17

SUPPLY

PLUG

100µ

7805

50V

47µ

50V

N

0.1µ

JP9

0.1µ

35V1000µ
C41

35V1000µ
C16

NR2

G

C32

50V

20212223242526272829303132P21

MD1

MD0

RST

MB89538

(PATTERN SIDE)

P43

P42

P41

P44

64636261605958575655545352

(WHITE)

(OUTDOOR)

1

IC4
50V

+

3

50V

L2

C10

SSR2

(BLACK)

THERMAL

PROTECTOR

P64
P63
P62
P61
P60
AVss
AVR
AVcc
P57
P56
P55
P54
P53
P52
P51
P50
MD2
P46
P45

100

0.1µ

275V

1µ

C31

C30

9
8
7
6
5
4
3
2
1

0.01µ

JP1
JP2
JP3
JP4
JP5

0.033µ

1W

CN5

(VH)

0.1µ

19
18
17
16
15
14
13
12
11
10

1000p

0.01µ

R3

HOLE

5
6
7
8

0.1µ

SSR1

(C15)

(XA)

CN7

1K

R11

R10

6.8K

C15

275V

0.01µ

11

3

R29

R27

R25

R23

R21

CLUSTER

NONENONE NONE NONE NONE 13K15K15K15K15K13K15K 13K13K13K

NONE

R29R28R27R26R25R24R23R22R21R20

FANSPEED

FANSPEED

FANSPEED

FANSPEED

FANSPEED

MODEL

JP7

MODEL

AUTO

WIRE

JP2 JP3 JP4JP1 JP6JP5

PWR

SYMBOL

OUTDOOR

L

INDOOR

MH

INDOORINDOOR

INDOOR

TURBO

B

SELECT

A

SELECT

RESTART

TEST

LESS

SWEAT

ON

DEF.

CN80

(XA)

1K

R13

1234

R12

6.8K

874

6

5

R28

R26

0.01µ

0.01µ

0.01µ

0.01µ

0.01µ

16V

16V

C34

C33

50V

C29

0.01µ

0.01µ

0.01µ

16V

16V

16V

JP6

JP7

C26

C27

C28

50V

C25

16V

C24

CAPACITOR

C11

MOTOR

275V

FAN

C

1

3

5

BLACK

RED

BLUE

BLACK

C3

FAN

MOTOR

IC

0.1µ

8µF

250V

16V

16V

16V

C35

C36

3.3K

R16

3.3K

R15

3.3K

R14

2

1

Q5

50V

3

C12

C13

0.1µ

312

D

BLUE

BROWN

GRAY

YELLOW

R24

R22

C37

R20

4
3
2
1

IC8

50V
C22

R6

1W

100

C14

275V

R5

0.033µ

50V

0.1µ
R4

(XH)

2K 2W 2K 2W

(BLACK)

CN6

JP13

JP12

JP11

33
34
35
36
37
38
39
40

NC

41
42
43
44
45
46
47
48

5049NC
51

50V

0.1µ

0.01µ

1

SSR4

DRAIN

(PH)

3

PUMP

1

5V

UI1

(VH)

CN2

(INDOOR)

C23

432

UO1

GND

(CN99)

L1

275V

C6

SSR3

R2

(WHITE)

THERMAL

PROTECTOR

0.033µ

1W

CN3

(VH)

100

0.01µ

HOLE

C7

275V

1

5

3

RED

BLUE

BLACK

FAN

MOTOR

IC

JP10

2

1

Q1

R8

22K

TR1 :

PA031

16V

C21

22K

R7

0.01µ

20K

R9

100

1W

COMPRESSOR

C1

60µF 250V

R1

C5

275V

RUNNING CAPACITOR

SA1

P20
P17
P16
P15
P14
P13
P12
P11
P10
P07
P06
P05
P04
P03
P02
P01
P00

P30

P31

NC

CAPACITOR

MOTOR

FAN

A

BLACKBLACK

6µF

C2

250V

8MHz

OSC1

P22

P23

P24

P25

P26

P27X1X0

Vss

NC

NC

IC1

P40

P37

P36

P35

P34

UI1

UO1

Vcc

2

1

Q4

50V

3

C8

50V

C9

0.1µ

0.1µ

CN4

(XH)

213

B

BLUE

BROWN

GRAY

YELLOW

4 – 1

[2] PRINTED WIRING BOARD

CVP09FX

4 – 2

CVP09FX

[3] FUNCTION

1. Cool Operation

In the "COOL" mode, the thermostat circuit is controlled by 3 thermo­stat lines(C1~C3).

When the difference between Room Temper ature and Preset Temper­ature is in [2]~[4] area, compressor is driving or starts driving. If [1]
area is detected, compressor will stop. And indoor fan speed is set as
following speed.

Room Temperature—Preset Temperature

C1 0.9 / 2.7°F
C2 0 / 0.9°F
C3 -2.7 / -0.9°F

Indoor fan speed

Evaporator Temperature

Lower than D3 DH

Higher than D3 DL

D3 53.6 / 60.8°F

Evaporator Temperature

D3

Customer Setting

AUTO

Room Temperature - Preset Temperature

[4]

C1

C2

C3

Indoor fan speed

Area

[4]
[3] CM
[2]
[1]

Customer Setting

LMHAUTO

CL CM CH

[3]

[2]

[1]

CAH

CAL

2. Dehumidification Operation

In the "Dehumidification" Mode, compressor is controlled by room tem­perature. If it goes over D1 line and gets into the area [3], or if it lowers
than D2 line and gets into the area [1], compressor will stop.

If the evaporator temperature is lower than D3 line, indoor fan speed
will be DH and if the evaporator temperature is higher than D3 line,
indoor fan speed will be DL when the room temperature is in area [2].

Room Temperature

D1 111.2 / 113.0°F
D2 50.0 / 51.8°F

Room Temperature

[3]

D1

D2

[2]

[1]

3. Fan Operation

In the "Fan" mode, compressor and outdoor fan doesn’t operate.
Indoor fan motor operates as follows.

Indoor fan speed

Customer Setting

LMH

AL AM AH

4. Ventilating Operation

In the "Ventilation" mode, compressor and indoor fan doesn’t operate.
Outdoor fan motor operates as follows.

Indoor fan speed

Customer Setting

LMH

600[rpm] 900[rpm] 1200[rpm]

5. Indoor Fan Speed

Fan speeds are given by the indoor fan motor, "DL"~"AH" which are
available in the following operation mode.

In the "COOL" or "DRY" mode, indoor fan speed is different by con­denser temperature.

Fan Speed Setting [rpm]

DEHUM

COOL

FAN ONLY

DL - AUTO 400 ~ 500

DH - AUTO 500 ~ 600

CL COOL SOFT - 420 ~ 520

CAL - AUTO 500 ~ 600

WET - - 570 ~ 670

CM COOL LOW AUTO 570 ~ 670

CAH - AUTO 650 ~ 750

CH COOL HIGH - 720 ~ 820

AL FAN ONLY - 520

AM FAN ONLY - 640

AH FAN ONLY - 750

6. Overheating protection system

If the condenser temperature goes over 136.4°F during the cooling or
dry operation, outdoor fan speed will rise to prevent the overloading of
the compressor and restrain the rise in high pressure, and If it lowers
than 134.6°F, outdoor fan speed will return.

If the condenser temperature goes over 158.0°F during the cooling or
dry operation, compressor will stop and if it lowers than 149.0°F, com­pressor will restart after 3 minutes.

4 – 3

7. Freeze preventive

When the indoor pipe temperature falls below 32.0°F during cool oper­ation or dry operation, the compressor is turned off. And if the indoor
pipe temperature rises exceeds 39.2°F after 3 minutes, the compres­sor will restart.

8. Timer

8.1. OFF TIMER

Set the OFF-TIMER.
The unit will turn off automatically according to your setting. Timer

duration can be set by 0.5 hours to maximum 12 hours. Up to 9.5
hours, you can set by 0.5hours increments and from 10 to 12 hours, by
1 hour increment.

CVP09FX

8.3. ONE-HOUR TIMER

When ONE-HOUR timer is set, the unit turns off automatically after
one hour. The one hour timer operation has priority over other time
operation, such as the TIMER ON and TIMER OFF. If the ONE-HOUR
TIMER button is pressed again during operation, the unit will operate
additionally for another one hour.

9. AUX Button

9.1. Test Run

If the "AUX" button on the unit is pressed for 5 seconds or more during
operation, cool test operation starts. The operation LED (red) flickers
during test run. Continuous compressor on operation is performed.

During Test-Run mode, pump is always ON.

8.2. ON TIMER

Set the ON-TIMER.
The unit will turn on automatically according to your setting. Timer

duration can be set by 0.5 hours to maximum 12 hours. Up to 9.5
hours, you can set by 0.5hours increments and from 10 to 12 hours, by
1 hour increment.

9.2. Aux Operation

If the "AUX" button on the unit is pressed during operation OFF, cool­ing operation starts.

Then setting Temperature will be is automatically set.
During Aux mode, pump will be ON for 1 minute since start.

10. Te st mode

Keep pushing the "AUX." buttons and supply the power, the system
will go to the test mode. In this mode, the output of operation is
switched by pushing the "AUX." button in the unit or the "OI" button in
the remote controller. Normal outputs are shown in "Self Check Mode
Table"

11. Diagnostic program

When indoor fan motor is out of order or compressor lock or abnormal water level occurs, the compressor, indoor fan motor, outdoor fan motor, and
louver are all stopped and the operation LED(red) turns on or off synchronously with the timing of the timer LED. When the thermistor for room te m­perature or pipe temperature is open or short state, the operation LED turns on or off synchronously with the timing of the timer LED by pushing con­tinuously for more than 5 seconds "AUX." button during suspension of operation.

Timer LED

Indoor fan motor

ON

OFF

ON

OFF

1sec

1sec

4sec

Outdoor fan motor

Operation LED

Thermistor short state

Thermistor open state

12. Drain Pump

When drainage is accumulated the float switch becomes close condi­tion and the microcomputer detects this for 1 minute and cause to
operate drain pump. If it has passed for 3 minutes since the microcom­puter detects an error by photo interrupter circuit, Compressor will stop
and ALL LED will blink.

ON

OFF

ON

OFF

ON

OFF

13. Plasmacluster

Whenever an indoor machine receives the signal of the plasma cluster
from remote control during air conditioner operation, the operation
mode regarding at the plasmacluster changes in the order of the fol­lowing.

Clean mode → OFF

4 – 4

CVP09FX

14. SELF-CHECK MODE

LED

STEP

0

1

2

3

4

5

6

7

8

9

10

11

RED YELLOW GREEN BLUE A B C D A B C D

Room Temp Eva Temp Cond Temp Test Input

44.6~107.6°F O 28.4~113.0°F O 28.4~113.0°F O P37 = H O
~44.6°F,

107.6°F~

Power On Start

Select

P44 = H O P45 = H O P46 = H O

P44 = L X P45 = L X P46 = L X

2

E

PROM

OK O P40 = H O OK O
NG X P40 = L X NG X

Photo Interrupter Float SW (L)

P64 = H X P63 = H O OK O

P64 = L O P63 = L X NG X

Photo Interrupter Float SW (L) Sweat

P64 = H X P63 = H O P41 = H O P34 = H O

P64 = L O P63 = L X P41 = L X P34 = L X

Bit7 = 1 O Bit6 = 1 O Bit5 = 1 O Bit4 = 1 O
Bit7 = 0 X Bit6 = 0 X Bit5 = 0 X Bit4 = 0 X

Bit3 = 1 O Bit2 = 1 O Bit1 = 1 O Bit0 = 1 O
Bit3 = 0 X Bit2 = 0 X Bit1 = 0 X Bit0 = 0 X

Bit7 = 0 X Bit6 = 0 X Bit5 = 0 X Bit4 = 0 X

Bit7 = 0 X Bit6 = 0 X Bit5 = 0 X Bit4 = 0 X

Bit7 = 0 X Bit6 = 0 X Bit5 = 0 X Bit4 = 0 X

Bit7 = 0 X Bit6 = 0 X Bit5 = 0 X Bit4 = 0 X

Bit7 = 0 X Bit6 = 0 X Bit5 = 0 X Bit4 = 0 X

~28.4°F,

X

113.0°F~

Function Select A Function Select B

Wireless

2

PROM Version

E

2

PROM Version

E

P53 AD Input

P54 AD Input

P55 AD Input

P56 AD Input

P57 AD Input

~28.4°F,

X

113.0°F~

Cond Fan RPM

Eva Fan RPM

X P37 = L X

Input

Input

Auto Restart

Louver

(Upper Side)

Pump

Eva Fan

Cond Fan

Compressor

Plasmacluster

P.I. Power Supply

XXXXXXXXXXXXXX

X XXOXXXOXOXOXOX

OXOXXX

X OOOX

Select

XXXX

XXOO

XXXX

XXOX

XXXX

XXOX

XXXXXXXXXX CLOSEBit7 = 1 O Bit6 = 1 O Bit5 = 1 O Bit4 = 1 O

XXOXXX CLOSE CLOSEBit7 = 1 O Bit6 = 1 O Bit5 = 1 O Bit4 = 1 O

XOXOXOXO

Speed 1

CL

CM

CH

AL

AM

AH

Mega

OPEN X X X X

Speed 2

OPEN OPEN

Speed 3

XXXXXXXX

Speed 4

XXXXXXXX

VL

XXXXXXXXBit7 = 1 O Bit6 = 1 O Bit5 = 1 O Bit4 = 1 O

VM

XXXXXXXXBit7 = 1 O Bit6 = 1 O Bit5 = 1 O Bit4 = 1 O

VH

XXXXXXXXBit7 = 1 O Bit6 = 1 O Bit5 = 1 O Bit4 = 1 O

VH

Louver

(Lower Side)

4 – 5

[4] PERFORMANCE CURVES

NOTE: 1) Use this data only as a guide to check the running condition.

2) The running conditions of this data is as follows.

Remote control setting .......... High cool, 64°F

Drain pump ............................. OFF

Exhaust hose .......................... Shortest

3) This data will be changed by operation conditions such as: a drain pump operation or an exhaust hose configuration.
Especially, pump operation will decrease the line current and the power input value significantly.

12.0
70%RH

11.0

10.0

9.0

Line current (A)

8.0

7.0
25ºC

77ºF

Room temperature

30ºC
86ºF

40%RH

CVP09FX

35ºC
95ºF

Power input(W)

temperature

Out let air

1350

1250

1150

1050

950

850

750

30ºC
86ºF

20ºC
68ºF

10ºC
50ºF

25ºC
77ºF

25ºC
77ºF

30ºC
86ºF

Roo m t emp erat ure

30ºC
86ºF

Room t emp erature

70%RH

40%RH

35ºC
95ºF

70%RH

40%RH

35ºC
95ºF

4 – 6

CVP09FX



CVP09FX

CHAPTER 5. ATTENTION WHEN REPAIRING

ServiceManual

[1] HOW TO REPAIR REFRIGERATION

Before sealed system work can be preformed a refrigerant recovery EPA and LOCALLY approved certification is required, additionally, EP A
and LOCALLY approved refrigerant recovery equipment is required.

1. Sealed system repair

Sealed system repairs should be properly diagnosed before entering
into a repair of the system.

It is important to follow proper procedures when doing a system repair
for safety reasons and that the repair will result in a restoration of the
system to proper factory standards.

2. Safety reminders

1) Do not heat any system component with an open flame for any rea­son.

2) Do not solder until you are sure that all refrigerant has been
removed from the system.

3) Do not heat the charging cylinder with an open flame. Use warm
water only and do not exceed 125°F (not too hot to keep your hand
in.)

4) Do not over fill any charging cylinders, as they could explode when
over filled.

5) Use proper wrenches.

6) Use safety goggles when working with refrigerants.

7) Keep a fire extinguisher within easy reach.

8) Watch flame direction when soldering so as not to burn clothing,
wiring or other components.

9) Solder in a well ventilated area. If a high concentration of freon is
present, an open flame will create phosgene gas which can be
harmful.

3. Proper soldering

Joint clearances should be maintained so that the brazing alloy will
flow between the closely mated surfaces rather than forming large fil­lets.

This films make the strongest joints, capillary attraction also work best
with close tolerance.

The best clearance is between 0.01" to 0.03", the amount of lap will be
approximately 3/8" depending on the swaging tool used.

4. Cleaning tubing

To make a sound, leak tight joint, the brazing alloy when raised to
brazing temperature, must wet and flow freely over the entire surface
of the tubing in the joint area.

To assure this, the tubing surfaces must be free of all dirt, grease, oil
and oxides otherwise the alloy will not wet and flow properly over any
surface with these elements present. Cleaning can be done with an
abrasive cloth or steel wool. Never blow into the tubing because this
will introduce a lot of moisture into the system. Open tubing joints
should be covered if exposed for long periods of time.

EMERY CLOTH

KEEP TUBE IN
DOWNWARD POSITION

Cleaning Tubing.

5. Proper fluxing

Flux is necessary when using silver solder; it is not required when
using silfos on copper to copper joints.

To do a good job the flux should cover the tube surface completely. Be
careful not to introduce any flux inside the tubing.

Fluxing should be done after the tubing is mated together and just
before brazing is done. Do not allow it to dry out.

When brazing, the flux should become entirely liquid and clear, like
water. The temperature will be at 1100°F and only a little more heat will
allow the alloy to flow freely into the joint.

GOOD FIT

PROPER
JOINT FIT
CLEARANCE

0.2mm TO 0.6mm

POOR FIT

Joint Clearance.

5 – 1

10mm

INNER CONE

TORCH STEM

SILVER ALLOY

Directing Torch Flame to Copper Tubing.

CVP09FX

HIGH VACUUM PUMP

LARGE DIAMETER
BRAIDED VACUUM
HOSES

HIGH VACUUM
MANIFOLD

DIAL-CHARGE
CHARGING CYLINDER

HIGH SIDE
GAUGE

LOW SIDE
GAUGE

ELECTRIC
VACUUM
GAUGE

TO RELATED SERVICE
VALVE OR PROCESS
TUBES OF THE UNIT.

Hook up for Evacuation
and charging

6. Heating the tubing

Direct the torch flame so that the larger tube receives most of the heat.
Silver solder flows at 1200°F and silfos flows at 1300°F.

Heat all around the tubing.
The flame is composed of two cones, a smaller inner cone (pale blue)

in calor and a much larger outer cone. The hottest part of the flame is
at the tip of the inner cone. The flame should be directed at the joint
with the tip of the cone just touching the surface of the tubing.

Composition of Torch Flame.

7. Dehydrating sealed system

Many servicers feel that since air conditioners run with evaporator temperatures above 33°F, moisture will not present a problem. Nothing is further
from the truth. Oxygen in moisture plus the heat produced during compression will react with the refrigerant oil to produce harmful acids in the system
which will break down motor winding insulation, create sludge and pit comp onent parts, reducing efficiency of the air conditioner and shortening the
life of compressors.

There it becomes mandatory that good dehydrating practices be adhered to at all times.
Proper hook up procedures as shown in Figure 5 must be used in order to pull and good vacuum from the system.
The use of a good vacuum pump is very important so that the boiling point of any water in the system will be lowered to a point where it will vaporize

and be expelled from the system in the form of vapor.

OUTER CONE

HOTTEST PART
OF FLAME

INNER CONE

TORCH STEM

7.1. Type of evacuation methods

1. Piston Type Compressor No good.
System parts must be above 110°F.

2. Rotary Vacuum Pump Disavantages.
Low CFMC. 4 oil gets dirty.

3. Single State Vacuum Pump will not clean oil.
Oil must be changed often.

4. Two Stage Vacuum Pump will reach 50 microns.
First stage is below atmospheric pressure.
Moisture is removed into second stage which works up to atmo-

spheric pressure thus keeping oil clean.
Manometer cannot be read to 1/2 mm. Micron gauge reads from

25,400 microns to 0.

It becomes clear that good equipment and maintained properly must be used in order to remove air and moisture from the system.
When a vacuum of 1,000 to 500 microns is reached, block off the vacuum pump from the system.
This is done by closing the value between the pump and system. If the micron gauge does not increase above 1,000, the system is free of moisture

and no leak exists. If the micron gauge increases to higher levels moisture or a leak exists.

5 – 2

CVP09FX

RUNNING CAPACITOR

FAN CAPACITOR

8. Leaks

Several methods are used to detect leaks in systems.

• Electronic Leak Detectors are very sensitive and are able to detect leaks down to 1/2 ounce per year.
A good electronic leak detector is generally far better in locating very small leaks.

• Halide Torch be sure the room is free from refrigerant vapours. Watch the flame for the slightest change in calor.
A very faint green indicates a small leak. The flame will be unmistakably changed to green or purple when large leaks are encountered. To simplify

leak detection pressurize the system to approximately 75 lbs.
Some leaks can be located by a visual inspection of the system components and solder joints and if oil is found at any given location it generally is

a sign that a leak exists at that point due to the fact that flame does carry oil with it travels through the system.

• Soap Bubbles
Liquid detergents can sometimes assist in finding small leaks by brushing detergent on the suspect area and watching for bubbles. Before apply-

ing detergent be sure that the system is pressurized.

Tap line devices are permissible for diagnosis only they are not suitable when evacuat ing the system. After the diag nosis has been made they must
be removed so that the system will be restored to a hermeticly sealed condition.

[2] ELECTRICAL COMPONENT TEST

RUNNING CAPACITOR AND FAN CAPACITOR

NOTE: DISCHARGE THE RUNNING CAPACITOR AND FAN CAPACITOR BEFORE

TOUCHING CAPACITOR OR WIRING.

1) Discharge capacitor by shorting terminals.

2) Take the wires off the capacitor terminals.

3) Set the selector switch of a volt-ohm-meter (or a tester) on the resistance range.

4) Connect the probes to the capacitor terminals and watch the indicator swing.

The indicator does not swing at all ..... Open.

The indicator swings but does not return ..... Shorted.

The indicator swings, then returns a moment later ..... Good.

1. Insulation test

Check the resistance between the terminals and case.
Reading must be more than 10MΩ at DC 500V.

2. Overload relay

Check continuity between terminals with volt-ohm-meter.

3. Insulation test

Check resistance between terminals and the relay case.
Reading must be more than 10MΩ at DC 500V.

4. Compressor

1) Take the wires off compressor terminals.

2) Set selector switch of volt-ohm-meter on the resistance range.

3) Put the probes on the terminals of the compressor and check continuity between each terminal.

5. Insulation test

Check the resistance between the terminals and the copper tube.
Reading must be more than 10MΩ at DC 500V.

5 – 3



CVP09FX

CHAPTER 6. TROUBLESHOOTING GUIDE

[1] TROUBLESHOOTING

No cooling

CVP09FX

ServiceManual

Any LED does not turn on

Neither fan nor louver works

The plug was connected
by improper insertion

NO (proper insertion)

Check the Limit SW
for drain water.

Exhaust some water

from the lower outlet.

At first only about 500mL

Water was exhaust. YES YES Check the diagnostic program.

NO

Check the power supply

The wall socket output
under 100V.
Or when the product is
powered on, the voltage is
drop down under 100V.

NO

115V(over 100V)

YES

Some LED turn on.

YES
Some fan or louver
work.

YES YES Check the diagnostic program.

Insert the plug properly.

YES If you use the power supply equipment, check the current capacity of it.

Check the diagnostic program.
Refer to the page(4-4).

Check the display&
detector unit.

Check the operation of
the product.
Any LED does not turn on

NO

Check the operation of
the product.
Any LED does not turn on

Check the indoor wiring capacity.
This product needs more than 15A

Some LED turn on.

Some LED turn on.

Refer to the page(4-4).

EX. For the house fuse, the circuit breaker on the distributing board and
the wires(wire diameter), check the capacity of the current.

NG

Exchange the proper part or equipment.

Refer to the page(4-4).

A

Checking for LCDI

Pull the LCDI out from the wall socket. And remove the LCDI from product.

Push the reset button on the LCDI.(If the LCDI is tripped itself before, you must push the reset button to bring back the common state.)

Put the LCDI into the wall socket.(Check the output of the power supply cord) under 100V NG(out of order)

Push the test button on the LCDI.
(If the LCDI is tripped itself by this action, the LCDI is working normally.) The LCDI did NOT trip. The output is 115V( over 100V.)

Push the reset button on the LCDI to bring back the common state. The LCDI output voltage is 0V .

115V( over 100V)

--

115V

>0V NG(out of order)

--

0V

>115V( or receptacle output voltage) NG(out of order)

While the reset button is pushed ,the power supply cord output is 0V.

OK

When you release the button, the output will be 115V.

6 – 1

CVP09FX

A

Check the LCDI
(the power supply cord)

Exhaust water from the lower outlet.
All of them.

Open the panels, and check the power cord output voltage.
Check the voltage between white wire at R-capasitor under 100V
and black wire at main relay(IN) on PWB.
The voltage is under 100V

115V (over 100V) Check the output voltage between white and black wires. Set the product

115V(over 100V)

you must check the insulation Change the power supply cord with LCDI
resistance of compressor. Check the leak current

Push the reset button on the LCDI.

Remove the power supply cord from the product.
Check the power supply cord with LCDI only.
Refer to the page(6-1).

OK NG

under 100V

Check the operation of
the product.
Any LED does not turn on

Check the PWB
(the control board)

The fuse on PWB is short.

short

Measure the insulation
resistance of compressor.

OK(over 10M )

Measure the insulation
resistance of indoor fan motor.

OK(over 10M )

Measure the insulation
resistance of outdoor fan motor.

OK(over 10M )

Can the Compressor operate ?

can operate

YES Check the diagnostic program.

Some LED turn on.

Change the fuse on PWB.

The fuse was open.

And check the cause of over current.

Check the operation of
the product.
Any LED does not turn on

NG(under 10M )

Change the compressor.

NG(under 10M )

Change the indoor fan motor.

NG(under 10M )

Change the outdoor fan motor.

can't operate

Change the compressor.

Refer to the page(4-4).

YES

Some LED turn on.

Check the diagnostic program.
Refer to the page(4-4).

Check the voltage.

The voltage 14V and -12V don't output.

The voltage -5V doesn't output.

Check the operation of
the product.
Any LED does not turn on

Complete the checking

proper output

proper output

proper output(-5V)

EX. Transformer secondary voltage14V, -12V and -5V.

improper output

Check the conduction between 1pin and 6pin of BCN3.
(short or open)

Repair the connection of BCN3 and their
lead wires and the connected limit SW.

YES

Some LED turn on.

Check the diagnostic program.
Refer to the page(4-4).

open

6 – 2

Change the PWB ass'y.

short

No cooling
(Fan operate but the
compressor doesn't operate.)

CVP09FX

Measure the power
supply voltage at
receptacle.

120V(over 100V)

I

s it sufficient current
capacity of power
equipment ?
Is it small wiring for power
supply equipment ?

sufficient

Measure the current in
compressor circuit.

current

Check the
overload relay.

OK

Check the
running capacitor.

OK

under 100V

Ask the power supply
company for check.

insufficient

Ask the power supply
company for check.

no current

imperfect contact

Change the
overload relay.

NG

Change the running
capacitor.

Check the
overload relay.

short

Is the connector
disconnecting ?

connecting

Check the compressor
relay.(RY1 on PWB)

OK

open

Change the
overload relay.

disconnecting

Connect properly.

NG

Change PWB ass'y.

Measure the resistance
of compressor coil.

OK

Is there high heat
source near the unit.

there isn't

Is the indoor
temperature too high ?

under 43ºC

Check the outdoor heat
exchanger.

not dirty

Can the compressor
operate ?

can operate

NG

Change the compressor.

there is

Remove the high heat
source or stop.

over 43ºC

Avoid sun light and
ventilate well for outdoor
heat exchanger.

dirty

Clean them with steam
cleaner or another method.

can't operate

Change the compressor.

Check the thermistor.

OK

NG

Change the thermistor.

Checking method for the compressor relay.

(RY1 on PWB)

Turn off the
power supply.

Measure the
resistance of its coil.

OK(about +160Ω on board [20ºC])

Turn on the power
supplty as operating the
compressor.

Measure the
voltage to its coil.

OK(12V, DC)

OK

NG

NG

NG

Checking complete.

6 – 3

CVP09FX

No cooling
(The compressor operate but
the indoor fan motor doesn't operate)

crack at the solder part

Repair with over solder. Connect the connector

Check CN3 on PWB
ass'y

OK

Check the indoor fan
motor capacitor. (6µF)

OK

Measure the resistance
of indoor fan motor coil.

OK

Is the indoor fan locked ?

Checking complete

disconnecting the connector

properly.

NG

Change the indoor fan
motor capacitor

NG

Change the indoor fan motor.

locked

Is the fan touched to
another parts ?

no touch

Change the indoor fan motor.

touch

Change fan or another
parts, or adjust.

No cooling
(The compressor operate but
the outdoor fan motor doesn't operate)

crack at the solder part

Repair with over solder. Connect the connector

Check CN5 on PWB
ass'y

OK

Check the outdoor fan
motor capacitor. (8µF)

OK

Measure the resistance
of outdoor fan motor coil.

OK

Is the outdoor fan locked ?

disconnecting the connector

properly.

NG

Change the outdoor fan
motor capacitor

NG

Change the outdoor fan motor.

locked

Is the fan touched to
another parts ?

no touch

Change the outdoor fan motor.

touch

Change fan or another
parts, or adjust.

Checking complete

6 – 4

CVP09FX

Operation stops immediately and a
TIMER, OPERATION, and MEGA
COOL lamp blink.

(Indicated of filled with water)

Should be performed drainage.
(See "If the unit stops operating
and the TIMER,OPERATION and
MEGA COOL lamps are blinking."
of page 2-7.)

Can condensation water be drained?

YES

Should be performed drainage.
(See step 6 and 7 "Whenever the unit
is moved." of page 2-7.)

Should be removed the cabinet.

NO

Should be performed drainage.
(See step 6 and 7 "Whenever the unit is moved."

of page 2-7.)

*CAUTION
It is possibility that the tank inside the unit
has filled with condensation water.
(approx. 0.6 gallons.)

Therefore move a unit to the place with
drainage equipment carefully so that the water
may not be spilt.
Then should be performed drainage.

Should be removed the cabinet.

Are disconnecting of "CN2" on the
PWB and pump lead wire?

Connecting

Isn't pump lead wire broken?

GOOD

Should be set it as Step 3 in
test mode.
(See "Test mode" of page 4-4.)

Measure the voltage at "CN2"
on the PWB and pump lead wire.

115V(over 100V)

Should be checked
the drain pump ass'y(drain motor and
pump body etc.).

GOOD

Should be canceled Step 3
in test mode.
*Operation stop.

Disconnecting

NG

Under 100V

NG

Connect them properly.

Change the pump lead wire.

Change the PWB.

Change the drain pump ass'y.

Should be checked movement
of the float ass'y.

GOOD

Should be set it as Step 3 in
test mode.
(See "Test mode" of page 4-4.)

When there is 1st. Micro switch
operation sound can be heard,you
move the float ass'y gradually upward,
and does TIMER lamp (yellow)
put out the light?

Go off

Should be canceled Step 3
in test mode.
*Operation stop.

Should be checked whether to have got
dust etc. blocked in the circulation course
of drainage water.

There are
no dust.

NG

Light up

There are
dust.

Repair or change the float ass'y.

Are disconnecting of "CN12"
on the PWB and micro switch
lead wire?

Connecting

Isn't micro switch lead wire broken?

GOOD

Should be checked micro switch
of upper side(pump control).

GOOD

Should be performed cleaning and
change of dribller,drain valve ass'y
and drain hose.

Disconnecting

NG

NG

Connect them properly.

Change the D-F-S board unit.

Change the micro switch
of upper side(pump control).

Complete.

6 – 5

CVP09FX

The compressor doesn't
turn off.

Check the thermistor
connector.

OK

Check the thermistor
resistance.

OK

Check the compressor
relay.

OK

Checking complete.

Insufficient cool air (Compressor and fan motors running)

Temperature set to high?

NO

Air filter or heat exchanger clogged?

NO

Unit is located to close to another heat source?

NO

Exhaust hose is bent or expanded

unnecessarily ?

NO

Another object obstructing exhaust
outlet?

NO

Compressor runs discontinuously?

NO

Variation in temperature of

discharge pipe and Suction pipe

too low?

NO

Frost accumulation around
capillary tube outlet and/or
evaporator inlet ?

NO

disconnecting

Connect the connector
properly.

NG

Change the thermistor.

NG

Change PWB ass'y.

Reset temperature to a lower setting

Clean

Move other heat source

Adjust properly

Remove obstruction

Error light is on?

Thermister attached incorrectly?

Room temperature out of
operation range ?

Power supply voltage too low?

Check the electronical parts

Refrigerant leakage, repair or
change the refrigeration cycle

Lower power current than
normal?

Capillary tube blockage,
change the refrigeration cycle

Checking method for the compressor relay.

(RY1 and PWB)

Turn off the power
supply.

Measure the contact
resistance.

open

OK NG

YES

YES

YES

YES

YES

YES

NO

NO

NO

NO

YES

YES

NO

short

YES

Refer to the manual,
[3] Funtion

11.Diagnostic program

Attach correctly

Remove heat source and ventilate
room

Unplug other appliances

Refrigerant leakage, repair or
change the refrigeration cycle

YES

YES

YES

YES

Unit Check complete

6 – 6

Excessive vibration
or Abnormal noise

CVP09FX

Excessive vibration

or Abnormal noise

in fan mode

NO

YES

Check the air filter

Check rotating,
direction of centrifugal
fan.(to clockwise)

Is the fan deformed or
broken.

Is loosened screw
and nut fixing fan ?

not dirty

OK

NO

NO

dirty

Clean the air filter.

NG

Check the fan motor
connector.

Measure the resistance
of fan motor coil.

YES

Change the fan

YES

Tighten up.

OK

OK

NG

Connect properly.

NG

Change the fan motor.

Is each screws
loosened ?

NO

Is pipe touching to
another parts.

NO

Check mounting of
compressor.

OK

Check compressor
noise and vibration.

OK

Checking complete

Checking complete

YES

Tighten up

YES

Repair with adjusting
shape of pipes.

NG

Repair mounting or
change compressor
cushion.

too big

Change compressor.

6 – 7

CVP09FX

— MEMO —

6 – 8

REPLACEMENT PARTS LIST

PORTABLE AIR CONDITIONER

CVP09FX

[1] OUTSIDE PARTS
[2] INSIDE PARTS

MODEL

CONTENTS

CV-P09FX

[5] ACCESSORY PARTS

[6] PACKING PARTS
[3] CONTROL BOX PARTS
[4] CYCLE PARTS

To have your order filled promptly and correctly, please furnish the
following information.

1. MODEL NUMBER 2. REF. No.

3. PART NO. 4. DESCRIPTION

★ MARK: SPARE PARTS-DELIVERY SECTION

Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these
parts with specified ones for

SHARP CORPORATION

 INDEX

“HOW TO ORDER REPLACEMENT PARTS”

ForU.S.A.only

Contact your nearest SHARP Parts Distributor to order.
For location of SHARP Parts Distributor,

Please call Toll-Free;
1-800-BE-SHARP

This document has been published to be used
for after sales service only.
The contents are subject to change without notice.

CVP09FX

[1] OUTSIDE PARTS

6-19

1-80

1-61

1-55

6-22

1-115

6-24

1-81

1-78

1-67

1-63

1-76

1-62

1-64

1-77

1-73

1-72
1-74

1-75

1-71

1-68

1-60

1-70

1-66

1-65

6-24

6-24

1-1

1-2

1-5

6-24

1-137

1-6

1-3

6-19

1-7

1-36

1-41

1-56

1-37

1-40

1-39

1-58

1-79

6-19

1-79

6-16

1-38

1-43

1-57

6-19

6-19

1-59

6-19

1-42

1-43

1-42

1-69

6-19

6-19

6-24

1-116

6-24

1-3

1-134

1-4

6-19

6-24

1-132

6-24

6-19

1-83

1-84

2

CVP09FX

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PART

RANK

[1] OUTSIDE PARTS

CABINET AND UNIT PARTS

1-1 CCAB-A382JBKZ BG Cabinet ass'y
1-2 GCAB-A292JBFA BL Cabinet
1-3 LHLD-A735JBFA AD Cord holder
1-4 TLAB-C694JBRZ AE Caution label
1-5 TLAB-C797JBRZ AD Caution label
1-6 TLAB-C798JBRZ AD Label

1-7 TLAB-C799JBRZ AD Label
1-36 CPNL-A520JBKZ BD Front panel ass'y
1-37 HBDG-A002KKEA AE Al badge
1-38 HDEC-B192JBFA AF Cluster display
1-39 HPNL-A726JBFA AW Center panel
1-40 HPNL-A727JBFA AZ Display panel
1-41 HPNL-A731JBRA AW Front panel
1-42 PGID-A124JBFA AF Filter gu i de a
1-43 PGID-A125JBFA AF Filter gu i de b
1-55 CKITTA069AKKZ BD Plasmacluster unit
1-56 DLOV-A013JBKZ AZ H louver ass'y
1-57 MLOV-A413JBFA AF Horizontal louver c
1-58 MLOV-A412JBFA AF Horizontal louver b
1-59 GWAKPA173JBFA BC Top duct
1-60 LANG-A623JBPZ AG Top angle
1-61 LHLD-A737JBFA AZ Cluster holder
1-62 LSTP-A027JBFA AM Stopper
1-63 MLOV-A411JBFA AF Horizontal louver a
1-64 PCOV-B108JBFA AZ Cluster cover
1-65 PFPFPC769JBFZ AF Insulator a
1-66 PFPFPC770JBFZ AF Insulator b
1-67 PFPFPC771JBEZ AF Insulator c
1-68 PFPFPC772JBEZ AF Insulator d
1-69 PFPFPC773JBEZ AF Insulator e
1-70 PFPFPC774JBEZ AF Insulator f
1-71 PFPFPC775JBEZ AF Insulator g
1-72 PFPFPC830JBEZ AC Cl.cover insulator b
1-73 PFPFPC831JBEZ AC Cl.cover insulator d
1-74 PFPFPC832JBEZ AC Insulator h
1-75 PFPFPC862JBEZ AC Insulator i
1-76 PSEL-C876JBEZ AC Cluster insulator
1-77 PSEL-C877JBEZ AC Cl.cover insulator a
1-78 PSEL-C879JBEZ AC Cl.cover insulator c
1-79 PSPRCA010JBE0 AD Spring
1-80 QW-VZE971JBZZ AL Lead wire
1-81 RMOT-A061JBE0 AS Louver motor
1-83 DFILMA001JBEA AM Ply filter a
1-84 DFILMA002JBEA AM Ply filter b

1-115 HPNL-A728JBFA AW Side panel l
1-116 HPNL-A729JBFA AW Side panel r
1-132 TLAB-C501JBRZ AC Caution label
1-134 TSPC-E997JBRZ AD Name badge
1-137 TLAB-C822JBRZ AG Caution label

SCREWS AND NUTS

6-16 XTPS730P10000 AC Tapping screw
6-19 XTTS740P12000 AC Tapping screw
6-22 XUPS740P08000 AC Tapping screw
6-24 XTTS740P10000 AC Tapping screw

DESCRIPTION

3

CVP09FX

[2] INSIDE PARTS

6-24

1-82

1-45

6-24

2-21

1-28

6-19

1-17

2-2-(3)

2-18

1-46

1-18

1-23

2-2-(2)

1-22

6-24

6-24

1-86

1-19

1-24

6-24

6-24

1-51

1-20

1-9

1-25

6-23

6-5

1-10

1-52

1-20

1-29

1-15

6-24

6-3

6-20

1-19

1-18

6-24

1-26

1-21

6-19

1-121

1-16

6-23

6-5

6-3

6-24

2-19

1-8

6-2

1-114

6-15

6-3

1-111

1-114

6-23

6-5

1-101

1-107

6-19

6-23

1-10

1-15

6-3

1-106

6-17

1-113

1-14

1-112

6-17

1-122

6-19

1-12

6-19

1-108

1-34

1-29

1-11

6-20

1-92

1-13

6-19

1-103

1-97

1-24

6-21

6-24

1-85

1-27

6-2

1-89

1-87

1-53

1-99

6-24

1-50

6-24

1-98

1-138

1-102

1-121

1-29

1-122

6-24

1-48

1-44

1-122

1-54

1-93

1-91

6-19

1-28

6-9

6-24

6-24

6-19

1-91

6-19

1-96

1-123

1-28

1-100

1-117

1-29

1-122

1-94

6-8

1-88

6-19

6-20

1-45

6-24

1-95

6-13

6-19

1-104

6-19

1-14

1-29

6-6

1-90

6-24

6-19

4

CVP09FX

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PART

RANK

[2] INSIDE PARTS

CABINET AND UNIT PARTS

1-8 CCHS-A914JBKZ AZ Base pan ass'y

1-9 DCHS-A536JBTA BB Base pan ass'y
1-10 NKOM-A001JBEZ AG Caster
1-11 PGUM-A164JBEZ AE Mot or cushion
1-12 PGUM-A165JBEZ AE Mot or cushion b
1-13 PGUM-A166JBEZ AE Mot or cushion c
1-14 PGUMMA346JBEZ AE Drain plug
1-15 PSEL-C875JBEZ AC Insulator
1-16 PSRA-A172JBFA AX Drain tray
1-17 CKES-A162JBKZ AT Orifice ass'y
1-18 MJNT-A023JBFA AF Louver link
1-19 MLOV-A409JBFA AF Vertical louver a
1-20 MLOV-A410JBFA AF Vertical louver b
1-21 PFPFPC765JBEZ AE Evaporator insulator
1-22 PFPFPC826JBEZ AC Orifice insulator a
1-23 PFPFPC827JBEZ AC Orifice insulator b
1-24 PFPFPC828JBEZ AC Orifice insulator c
1-25 PFPFPC829JBEZ AC Orifice insulator d
1-26 PKESSA090JBFA AX Orifice
1-27 CPMP-A005JBKZ AN Drain pump ass'y
1-28 LBND-A042JBE0 AC Wire fixing band
1-29 LBNDKA132JBEZ AE Band
1-34 PHOS-A045JBEZ AM Drain hose a
1-44 CVLV-A755JBKZ BE Drain valve ass'y
1-45 LANG-A615JBWZ AK Stay angle l
1-46 PCOV-B109JBEZ AG Cover f
1-48 LPLTMA210JBWZ AQ Bulkhead r
1-50 PCOV-B110JBEZ AH Cover r
1-51 LPLTMA211JBWZ AQ Bulkhead l
1-52 PCOV-B111JBEZ AK Cover
1-53 LPLTMA207JBWZ AL Half plat e
1-54 PCOV-B153JBEZ AG Cover t
1-82 DANG-A048JBKZ AZ Stay angle l ass'y
1-85 DPLT-A070JBKZ AU Bulkhead r ass'y
1-86 DPLT-A071JBKZ AW Bulkhead l ass'y
1-87 DPLT-A072JBKZ AW Half plate ass'y
1-88 CMOT-A439JBKZ BL F an motor sub ass'y
1-89 NFANSA045JBFZ AX Centrifugal fan-out
1-90 LANG-A617JBWZ AL Motor cover
1-91 LHLDW0364JBE0 AA Wire holder
1-92 LHLDW0370JBE0 AA Wire holder
1-93 PCOV-B197JBPZ AE Motor cover a
1-94 PCOV-B198JBPZ AG Motor cover b
1-95 PCOV-B199JBPZ AG Motor cover c
1-96 PCOV-B200JBPZ AE Motor cover d
1-97 PKESSA092JBFA AX Out casing a
1-98 PKESSA093JBFA AX Out casing b
1-99 PKESSA094JBFA AX Out casing c

1-100 CMOT-A440JBKZ BG Fan motor sub ass'y
1-101 NFANSA049JBFZ AV Centrifugal fan-in
1-102 LANG-A606JBFZ AM Fan motor angle
1-103 LANG-A614JBPZ AK Casing cover
1-104 LANG-A618JBPZ AK Motor cover in
1-106 PKESSA091JBFZ AX In casing
1-107 DSW-MA003JBKZ AS Float switch ass'y
1-108 CFLO-A001JBKZ AK F loat ass'y
1-111 LHLD-A739JBFA AZ Sw stay
1-112 PCOV-B112JBFZ AF Sw cover
1-113 PFLO-A006JBFZ AE Float c
1-114 QSW-MA009JBZZ AL Micro switch
1-117 LANG-A613JBWZ AR Stay angle r
1-121 LHLDWA042JBEZ AE Wire holder
1-122 LHLDW0366JBE0 AA Wire holder
1-123 LHLDW0368JBE0 AA Wire holder
1-138 PSHE-A231JBEZ AG Motor sheet

CONTROL BOX PARTS

2-18 PCOV-B105JBFZ AG Led guide
2-19 DPWBFA395JBKZ AS D-f-s board unit
2-21 PSHE-A230JBEZ AF Sheet

SCREWS AND NUTS

6-2 LX-BZA360JBEZ AF Special screw

6-3 LX-NZA316JBEZ AF Special nut

6-5 LX-WZA048JBEZ AD Washer

6-6 XBPS730P08J00 AB Machine screw

6-8 XCTS740P10000 AC Tapping screw

6-9 XHTS740P08000 AC Tap tight screw

6-13 XNES730-24000 AE Nut
6-15 XTPS723P14000 AC Tapping screw
6-17 XTPS740P12000 AC Tapping screw
6-19 XTTS740P12000 AC Tapping screw
6-20 XTTS740P14000 AC Tapping screw
6-21 XTTS740P16000 AC Tapping screw
6-23 XWSS700-25000 AC Spring washer
6-24 XTTS740P10000 AC Tapping screw

DESCRIPTION

5

CVP09FX

[3] CONTROL BOX PARTS

2-20

2-6

1-28

6-9

2-12

2-11

2-16

2-10

2-15

2-17

6-44

2-13

2-9

2-2

6-42

2-7

-(1)

6-45

6-43

2-4

2-8

6-44

NO. PARTS CODE

PRICE

RANK

6-43

2-3

2-14

NEW

MARK

6-9

PART

RANK

2-5

* Control board unit (2-2) consists of three units.

2-2-(1) · The main control unit with Fuse (2-10).
2-2-(2) · The display & detector unit.

2-2-(3) · The display unit for the cluster.
But we can't deliver the units separatly.
Only you can order Fuse (2-10).

DESCRIPTION

[3] CONTROL BOX PARTS

CABINET AND UNIT PARTS

1-28 LBND-A042JBE0 AC Wire fixing band

CONTROL BOX PARTS

2-1 CACC-A030JBKZ BM Pack ass'y
2-2 DPWBFA394JBKZ BT Control board uint
2-3 LBNDKA130JBWZ AK Capacitor clamp
2-4 LHLDW0366JBE0 AA Wire holder
2-5 PBOX-A450JBWZ AS Control box
2-6 PCOV-B126JBWZ AP Control box cover
2-7 PSPA-A146JBE0 AC Spacer
2-8 PSPA-A177JBZZ AE Pwb spacer

2-9 PSPA-A178JBZZ AE Pwb spacer
2-10 QFS-AA048JBE0 AB Fuse
2-11 QW-VZE964JBZZ AG Lead wire
2-12 QW-VZE985JBZZ AG Lead wire
2-13 QW-VZE999JBZZ AK Lead wire
2-14 RC-HZA484JBZZ AY Running capacitor
2-15 RC-HZA509JBZZ AP Fan motor capacitor
2-16 RC-HZA529JBZZ AR Fan motor capacitor
2-17 RH-HXA047JBZZ AV Thermistor
2-20 TLABCC034JBRZ AD Wiri ng diagram

SCREWS AND NUTS

6-9 XHTS740P08000 AC Tap tight screw (for earth leads & Control box)
6-42 XJTS740P08000 AC Tap tight screw (for the transformer)
6-43 XJTS740P10000 AC Tap tight screw (for Running capacitor & Wire holder)
6-44 XJTS740P12000 AC Tap tight screw (for Fan motor capacitor)
6-45 XCPS740P10000 AE Tapping screw (for Control box ass'y)

2-1

6

[4] CYCLE PARTS

<TH2(OR)>

1-120

<TH1(YE)>

<TH3(BK)>

1-28

1-124

1-130

6-24

1-129

1-127

1-28

3-2

3-13

1-128

3-14

3-21

1-131

6-24

1-126

6-14

6-4

3-12

3-20

3-10

3-17

3-6

3-7

3-3

3-4

3-9
3-5

3-1

CVP09FX

3-15

3-16

6-14

6-4

6-14

6-4

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PART

RANK

[4] CYCLE PARTS

CABINET AND UNIT PARTS

1-28 LBND-A042JBE0 AC Wire fixing band
1-120 LHLD-A315JBF0 AE Thermistor holder
1-124 MSPR-A027JBE0 AB Thermistor spring
1-126 PCOV-B154JBEZ AG Cover m
1-127 PFIL-A070JBEZ AE Filter
1-128 PSEL-C882JBEZ AC Drain pan insulator
1-129 PSRA-A174JBFZ AZ Dribller
1-130 PSRA-A173JBFZ AX Drain pan
1-131 QW-IZA083JBZZ AP Comp wiring

CYCLE PARTS

3-1 CPIPCA929JBKZ AX Suction tube ass'y
3-2 DCPY-A340JBKZ AR Capillary tube ass'y
3-3 GLEG-A103JBE0 AG Compressor cushion
3-4 LX-NZA148JBE0 AD Frange nut
3-5 MSPR-A114JBE0 AF Protector spring
3-6 PCOV-A371JBE0 AF Terminal cover
3-7 PSEL-B160JBE0 AH Terminal gasket

3-9 RHOG-A233JBEZ AU Overload relay
3-10 PCMPRA468JBEZ CA Compressor
3-12 LBND-A046JBE0 AE Wire fixing band
3-13 PCON-A544JBEZ BR Condenser
3-14 PEVA-A547JBEZ BL Evaporator
3-15 PFPFPC834JBEZ AD Insulator a
3-16 PFPFPC835JBEZ AD Insulator b
3-17 PGUM-A113JBE0 AH Damper rubber
3-20 PPIPCH210JB1Z AP Discharge tube
3-21 PSEL-C880JBEZ AC Eva insulator

SCREWS AND NUTS

6-4 LX-WZA047JBEZ AC Comp.washer
6-14 XNES780-65000 AC Nut
6-24 XTTS740P10000 AC Tapping screw

DESCRIPTION

7

CVP09FX

[5] ACCESSORY PARTS

4-20

4-22

4-21

4-3

4-10

4-4

4-7

4-1

4-15 4-19 4-16

4-2

4-11

4-9

4-26

4-5

4-8

4-25

4-18

4-23

4-17

4-6

4-24

4-12

4-13

4-27

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PART

RANK

[5] ACCESSORY PARTS

4-1 PDUC-A011JBFA AZ Duct hose
4-2 PJNT-A007JBFA AH Connecter c
4-3 SSAKAA109JBEZ AE Bag
4-4 CPNL-A518JBKZ BD Window panel ass'y
4-5 PPNLCA011JBEA AW Window panel a
4-6 PPNLCA012JBEA AP Window panel b
4-7 PPNLCA013JBEA AP Window panel c
4-8 PPNLCA014JBEA AL Panel cover

4-9 SSAKAA111JBEZ AE Bag
4-10 CJNT-A001JBKZ AZ Connecter ass'y
4-11 CRMC-A663JBEZ AY Remote controller
4-12 DX-BZA049JBKZ AS Screw kit
4-13 SSAKAA018YDE0 AB Bag
4-14 XMPS740P25000 AC Wood screw
4-15 LANG-A616JBTA AK Panel angle
4-16 LBNDKA136JBEZ AF Band 5/8
4-17 LHLD-A740JBFA AQ Holder
4-18 PCOV-B115JBFA AG Cover
4-19 PGUMMA347JBEZ AE Drain joint
4-20 PSEL-A931JBE0 AH Window insulator
4-21 PSEL-C848JBEZ AD Panel insulator
4-22 PSEL-C881JBEZ AC Panel insulator
4-23 SPAKCB932JBEZ AH Accessory case
4-24 SSAKHA149YDE0 AC Bag

4-14

DESCRIPTION

8

CVP09FX

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PART

RANK

[5] ACCESSORY PARTS

4-25 TINSEA403JBRZ AX Operation manual
4-26 UBATUA027JBE0 AE Battery pack
4-27 TLAB-C807JBRZ AE Caution label

[6] PACKING PARTS

5-2

5-2

5-7

DESCRIPTION

5-5

5-4

5-6

5-3

NO. PARTS CODE

PRICE

RANK

NEW

MARK

PART

RANK

[6] PACKING PARTS

5-1 CPADBA090JBKZ AS Bottom pad ass'y
5-2 CPADBA091JBKZ AR T op pad ass'y
5-3 DPAKCA002JBKZ AX Packing case ass'y
5-4 SPADBA321JBEZ AD Pad
5-5 SSAKHA018JBEZ AF Bag
5-6 SSAKHA245YDE0 AB Protect
5-7 TLABKD765JBRZ AK Number card

PACKING AND ACCESSORIES

ACCESSORY SUB KIT

TOP PAD R

TOP PAD L

DUCT ASS'Y

6

5

4

5-1

DESCRIPTION

2

POWER SUPPLY CORD

PANEL ASS'Y

5

3

PACKING CASE

BAG

BAG

1

BOTTOM PAD ASS'Y

9

CVP09FX

INDEX

PARTS CODE No.

[ C ]

CACC-A030JBKZ 3-2-1 BM
CCAB-A382JBKZ 1-1-1 BG
CCHS-A914JBKZ 2-1-8 AZ
CFLO-A001JBKZ 2-1-108 AK
CJNT-A001JBKZ 5-4-10 AZ
CKES-A162JBKZ 2-1-17 AT
CKITTA069AKKZ 1-1-55 BD
CMOT-A439JBKZ 2-1-88 BL
CMOT-A440JBKZ 2-1-100 BG
CPADBA090JBKZ 6-5-1 AS
CPADBA091JBKZ 6-5-2 AR
CPIPCA929JBKZ 4-3-1 AX
CPMP-A005JBKZ 2-1-27 AN
CPNL-A518JBKZ 5-4-4 BD
CPNL-A520JBKZ 1-1-36 BD
CRMC-A663JBEZ 5-4-11 AY
CVLV-A755JBKZ 2-1-44 BE

[ D ]

DANG-A048JBKZ 2-1-82 AZ
DCHS-A536JBTA 2-1-9 BB
DCPY-A340JBKZ 4-3-2 AR
DFILMA001JBEA 1-1-83 AM
DFILMA002JBEA 1-1-84 AM
DLOV-A013JBKZ 1-1-56 AZ
DPAKCA002JBKZ 6-5-3 AX
DPLT-A070JBKZ 2-1-85 AU
DPLT-A071JBKZ 2-1-86 AW
DPLT-A072JBKZ 2-1-87 AW
DPWBFA394JBKZ 3-2-2 BT
DPWBFA395JBKZ 2-2-19 AS
DSW-MA003JBKZ 2-1-107 AS
DX-BZA049JBKZ 5-4-12 AS

[ G ]

GCAB-A292JBFA 1-1-2 BL
GLEG-A103JBE0 4-3-3 AG
GWAKPA173JBFA 1-1-59 BC

[ H ]

HBDG-A002KKEA 1-1-37 AE
HDEC-B192JBFA 1-1-38 AF
HPNL-A726JBFA 1-1-39 AW
HPNL-A727JBFA 1-1-40 AZ
HPNL-A728JBFA 1-1-115 AW
HPNL-A729JBFA 1-1-116 AW
HPNL-A731JBRA 1-1-41 AW

[ L ]

LANG-A606JBFZ 2-1-102 AM
LANG-A613JBWZ 2-1-117 AR
LANG-A614JBPZ 2-1-103 AK
LANG-A615JBWZ 2-1-45 AK
LANG-A616JBTA 5-4-15 AK
LANG-A617JBWZ 2-1-90 AL
LANG-A618JBPZ 2-1-104 AK
LANG-A623JBPZ 1-1-60 AG
LBND-A042JBE0 2-1-28 AC

"3-1-28AC

"4-1-28AC
LBND-A046JBE0 4-3-12 AE
LBNDKA130JBWZ 3-2-3 AK
LBNDKA132JBEZ 2-1-29 AE
LBNDKA136JBEZ 5-4-16 AF
LHLD-A315JBF0 4-1-120 AE
LHLD-A735JBFA 1-1-3 AD
LHLD-A737JBFA 1-1-61 AZ
LHLD-A739JBFA 2-1-111 AZ
LHLD-A740JBFA 5-4-17 AQ
LHLDW0364JBE0 2-1-91 AA
LHLDW0366JBE0 2-1-122 AA

"3-2-4AA
LHLDW0368JBE0 2-1-123 AA
LHLDW0370JBE0 2-1-92 AA
LHLDWA042JBEZ 2-1-121 AE
LPLTMA207JBWZ 2-1-53 AL
LPLTMA210JBWZ 2-1-48 AQ
LPLTMA211JBWZ 2-1-51 AQ
LSTP-A027JBFA 1-1-62 AM
LX-BZA360JBEZ 2-6-2 AF
LX-NZA148JBE0 4-3-4 AD
LX-NZA316JBEZ 2-6-3 AF

PRICE

RANK

NEW

MARK

PART

RANK

PARTS CODE No.

LX-WZA047JBEZ 4-6-4 AC
LX-WZA048JBEZ 2-6-5 AD

[ M ]

MJNT-A023JBFA 2-1-18 AF
MLOV-A409JBFA 2-1-19 AF
MLOV-A410JBFA 2-1-20 AF
MLOV-A411JBFA 1-1-63 AF
MLOV-A412JBFA 1-1-58 AF
MLOV-A413JBFA 1-1-57 AF
MSPR-A027JBE0 4-1-124 AB
MSPR-A114JBE0 4-3-5 AF

[ N ]

NFANSA045JBFZ 2-1-89 AX
NFANSA049JBFZ 2-1-101 AV
NKOM-A001JBEZ 2-1-10 AG

[ P ]

PBOX-A450JBWZ 3-2-5 AS
PCMPRA468JBEZ 4-3-10 CA
PCON-A544JBEZ 4-3-13 BR
PCOV-A371JBE0 4-3-6 AF
PCOV-B105JBFZ 2-2-18 AG
PCOV-B108JBFA 1-1-64 AZ
PCOV-B109JBEZ 2-1-46 AG
PCOV-B110JBEZ 2-1-50 AH
PCOV-B111JBEZ 2-1-52 AK
PCOV-B112JBFZ 2-1-112 AF
PCOV-B115JBFA 5-4-18 AG
PCOV-B126JBWZ 3-2-6 AP
PCOV-B153JBEZ 2-1-54 AG
PCOV-B154JBEZ 4-1-126 AG
PCOV-B197JBPZ 2-1-93 AE
PCOV-B198JBPZ 2-1-94 AG
PCOV-B199JBPZ 2-1-95 AG
PCOV-B200JBPZ 2-1-96 AE
PDUC-A011JBFA 5-4-1 AZ
PEVA-A547JBEZ 4-3-14 BL
PFIL-A070JBEZ 4-1-127 AE
PFLO-A006JBFZ 2-1-113 AE
PFPFPC765JBEZ 2-1-21 AE
PFPFPC769JBFZ 1-1-65 AF
PFPFPC770JBFZ 1-1-66 AF
PFPFPC771JBEZ 1-1-67 AF
PFPFPC772JBEZ 1-1-68 AF
PFPFPC773JBEZ 1-1-69 AF
PFPFPC774JBEZ 1-1-70 AF
PFPFPC775JBEZ 1-1-71 AF
PFPFPC826JBEZ 2-1-22 AC
PFPFPC827JBEZ 2-1-23 AC
PFPFPC828JBEZ 2-1-24 AC
PFPFPC829JBEZ 2-1-25 AC
PFPFPC830JBEZ 1-1-72 AC
PFPFPC831JBEZ 1-1-73 AC
PFPFPC832JBEZ 1-1-74 AC
PFPFPC834JBEZ 4-3-15 AD
PFPFPC835JBEZ 4-3-16 AD
PFPFPC862JBEZ 1-1-75 AC
PGID-A124JBFA 1-1-42 AF
PGID-A125JBFA 1-1-43 AF
PGUM-A113JBE0 4-3-17 AH
PGUM-A164JBEZ 2-1-11 AE
PGUM-A165JBEZ 2-1-12 AE
PGUM-A166JBEZ 2-1-13 AE
PGUMMA346JBEZ 2-1-14 AE
PGUMMA347JBEZ 5-4-19 AE
PHOS-A045JBEZ 2-1-34 AM
PJNT-A007JBFA 5-4-2 AH
PKESSA090JBFA 2-1-26 AX
PKESSA091JBFZ 2-1-106 AX
PKESSA092JBFA 2-1-97 AX
PKESSA093JBFA 2-1-98 AX
PKESSA094JBFA 2-1-99 AX
PPIPCH210JB1Z 4-3-20 AP
PPNLCA011JBEA 5-4-5 AW
PPNLCA012JBEA 5-4-6 AP
PPNLCA013JBEA 5-4-7 AP
PPNLCA014JBEA 5-4-8 AL
PSEL-A931JBE0 5-4-20 AH
PSEL-B160JBE0 4-3-7 AH
PSEL-C848JBEZ 5-4-21 AD

PRICE

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PART

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10

PARTS CODE No.

PSEL-C875JBEZ 2-1-15 AC
PSEL-C876JBEZ 1-1-76 AC
PSEL-C877JBEZ 1-1-77 AC
PSEL-C879JBEZ 1-1-78 AC
PSEL-C880JBEZ 4-3-21 AC
PSEL-C881JBEZ 5-4-22 AC
PSEL-C882JBEZ 4-1-128 AC
PSHE-A230JBEZ 2-2-21 AF
PSHE-A231JBEZ 2-1-138 AG
PSPA-A146JBE0 3-2-7 AC
PSPA-A177JBZZ 3-2-8 AE
PSPA-A178JBZZ 3-2-9 AE
PSPRCA010JBE0 1-1-79 AD
PSRA-A172JBFA 2-1-16 AX
PSRA-A173JBFZ 4-1-130 AX
PSRA-A174JBFZ 4-1-129 AZ

[ Q ]

QFS-AA048JBE0 3-2-10 AB
QSW-MA009JBZZ 2-1-114 AL
QW-IZA083JBZZ 4-1-131 AP
QW-VZE964JBZZ 3-2-11 AG
QW-VZE971JBZZ 1- 1-80 AL
QW-VZE985JBZZ 3- 2-12 AG
QW-VZE999JBZZ 3- 2-13 AK

[ R ]

RC-HZA484JBZZ 3-2-14 AY
RC-HZA509JBZZ 3-2-15 AP
RC-HZA529JBZZ 3-2-16 AR
RH-HXA047JBZZ 3-2-17 AV
RHOG-A233JBEZ 4-3-9 AU
RMOT-A061JBE0 1-1-81 AS

[ S ]

SPADBA321JBEZ 6-5-4 AD
SPAKCB932JBEZ 5-4-23 AH
SSAKAA018YDE0 5-4-13 AB
SSAKAA109JBEZ 5-4-3 AE
SSAKAA111JBEZ 5-4-9 AE
SSAKHA018JBEZ 6-5-5 AF
SSAKHA149YDE0 5-4-24 AC
SSAKHA245YDE0 6-5-6 AB

[ T ]

TINSEA403JBRZ 5-4-25 AX
TLAB-C501JBRZ 1-1-132 AC
TLAB-C694JBRZ 1-1-4 AE
TLAB-C797JBRZ 1-1-5 AD
TLAB-C798JBRZ 1-1-6 AD
TLAB-C799JBRZ 1-1-7 AD
TLAB-C807JBRZ 5-4-27 AE
TLAB-C822JBRZ 1-1-137 AG
TLABCC034JBRZ 3-2-20 AD
TLABKD765JBRZ 6-5-7 AK
TSPC-E997JBRZ 1-1-134 AD

[ U ]

UBATUA027JBE0 5-4-26 AE

[ X ]

XBPS730P08J00 2-6-6 AB
XCPS740P10000 3-6-45 AE
XCTS740P10000 2-6-8 AC
XHTS740P08000 2-6-9 AC

"3-6-9AC
XJTS740P08000 3-6-42 AC
XJTS740P10000 3-6-43 AC
XJTS740P12000 3-6-44 AC
XMPS740P25000 5-4-14 AC
XNES730-24000 2-6-13 AE
XNES780-65000 4-6-14 AC
XTPS723P14000 2-6-15 AC
XTPS730P10000 1-6-16 AC
XTPS740P12000 2-6-17 AC
XTTS740P10000 1-6-24 AC

"2-6-24AC

"4-6-24AC
XTTS740P12000 1-6-19 AC

"2-6-19AC
XTTS740P14000 2-6-20 AC
XTTS740P16000 2-6-21 AC
XUPS740P08000 1-6-22 AC
XWSS700-25000 2-6-23 AC

PRICE
RANK

NEW

MARK

PART

RANK

CVP09FX

11

COPYRIGHT © 2005 BY SHARP CORPORATION

ALL RIGHTS RESERVED.

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stored in retrieval systems, or transmitted in any
form or by any means, electronic, mechanical,
photocopying, recording, or otherwise, without
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SHARP CORPORATION
Appliance Systems Group
Quality & Reliability Control Center

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