background image

FINISHING

(1) Insulate between pipes.

For rear, right, and bottom piping, overlap the connection pipe heat insulation and
indoor unit pipe heat insulation and bind them with vinyl tape so that there is no gap.

For left and left rear piping, butt the connection pipe heat insulation and indoor unit
pipe heat insulation together and bind them with and vinyl tape so that there is no gap.

For left and left rear piping, wrap the area which accommodates the rear piping housing
section with cloth tape.

For left and left rear piping, bind the connection cord to the top of the pipe with vinyl
tape.

For left and left rear piping, bundle the piping and drain hose together by wrapping
them with cloth tape over the range within which they fit into the rear piping housing
section.

(2) Temporarily fasten the connection cord along the connection pipe with vinyl tape. (Wrap

to about 1/3 the width of the tape from the bottom of the pipe so that water does not
enter.)

(3) Fasten the connection pipe to the outside wall with saddles, etc.
(4) Fill the gap between the outside wall pipe hole and the pipe with sealer so that rain

water and wind cannot blow in.

(5) Fasten the drain hose to the outside wall, etc.

Fig. 16

Fig. 15

Pipe

(Saddle)

(Outside wall cap)

(Sealer putty)

(Outdoors)

Pipe

Drain hose

Cloth tape

Wrap with cloth tape

Left piping

Connection cord

Pipe

Drain hose

For connection from the left rear

Connection cord

Wall pipe

Connection
pipe

Check the following:

GOOD

Lifted up

Saddle

Wave

End in water

Overlap the insulation

Bind the pipes together so
that there is no gap.

Connection pipe
(heat insulation)

Vinyl tape

Wall

Indoor unit pipe
(heat insullation)

Drain hose

BAD

BAD

BAD

Drain hose

1. Check if the piping connections are secure.

2. Check that the stems of 2-way valve and 3-way valve are closed

fully.

3. Connect the gauge manifold charge hose to the charging port

of the 3-way valve (side with the projection for pushing in the
valve core).

4. Open the low pressure side valve of the gauge manifold fully.

5. Operate the vacuum pump and start pump down.

6. Slowly loosen the flare nut of the 3-way valve and check if air

enters, then retighten the flare nut.
(When the flare nut is loosened the operating sound of the
vacuum pump changes and the reading of the compound
pressure gauge goes from minus to zero.)

OUTDOOR UNIT

OUTDOOR UNIT INSTALLATION

AIR PURGE

Always use a vacuum pump to purge the air.
Refrigerant for purging the air is not charged in the
outdoor unit at the factory.

Close the high pressure side valve of the gauge manifold fully and do
not operate it during the following work.

Set the unit on a strong stand, such as one made of concrete blocks
to minimize shock and vibration.

Do not set the unit directly on the ground because it will cause trou-
ble.

Connector cover removal

Remove the tapping screws.

Installing the connector cover

(1) After inserting the two front hooks, then insert the rear hook.
(2) Tighten the tapping screws.

7. Pump down the system for at least 15 minutes, then check if the

compound pressure gauge reads -0.1 MPa (-76 cmHg, -1 bar).

8. At the end of pump down, close the low pressure side gauge of

the gauge manifold fully and stop the vacuum pump.

9. Slowly loosen the valve stem of the 3-way valve. When the

compound pressure gauge reading reaches 0.1-0.2 MPa,
retighten the valve stem and disconnect the charge hose
from the 3-way valve charging port.
(If the stem of the 3-way valve is opened fully before the
charge hose is disconnected, it may be difficult to disconnect
the charge hose.)

10. Fully open the valve stems of the 2-way valve and 3-way valve

using a hexagon wrench. (After the valve stem begins to turn,
turn it with a torque of less than 2.9 N

m (30 kgf

cm) until it

stops turning.)

11. Firmly tighten the 2-way valve and 3-way valve blank cap and

the charging port cap.

Fig. 11

CAUTION

(1) R e f r i g e r a n t   m u s t   n o t   b e   d i s c h a r g e d   i n t o

atmosphere.

(2) After connecting the piping , check the joints for

gas leakage with gas leak detector.

OUTDOOR UNIT WIRING

(1) Remove the outdoor unit connector cover.
(2) Bend the end of the cord as shown in the figure.
(3) Connect the end of the connection cord fully into the terminal block.
(4) Fasten the sheath with a cord clamp.
(5) Install the connector cover.

(1) Match the terminal block numbers and connection

cord colors with those of the indoor unit.
Erroneous wiring may cause burning of the electric
parts.

(2)

Connect the connection cords firmly to the terminal
block. Imperfect installation may cause a fire.

(3) Always fasten the outside covering of the connec-

tion cord with the cord clamp. (If the insulator is
chafed, electric leakage may occur.)

(4) Securely earth the power cord plug.

(5) Do not use the earth screw for an external connector.

Only use for interconnection between two units.

CAUTION

45mm

12mm

5mm

5mm

12mm

30mm

Fig. 13

Sheath

Cord clamp

Earth screw

Outdoor unit terminal block

Indoor unit terminal block

Connection cord

Earth screw

Earth screw

Table 4

Tightening torque

Blank cap

19.6 to 24.5 N

m (200 to 250 kgf

cm)

Charging port cap

12.3 to 15.7 N

m (125 to 160 kgf

cm)

TEST RUNNING

Perform test operation and check items 1 and 2 below.

For the test operation method, refer to the operating manual.

The outdoor unit, may not operate, depending on the room temperature. In this case, press the test run button on the remote control unit while
the air conditioner is running, (Point the transmitter section of the remote control unit toward the air conditioner and press the test run button
with the tip of a ball-point pen, etc.)

To end test operation, press the remote control unit START/STOP button.
(When the air conditioner is run by pressing the test run button, the OPERATION indicator lamp and TIMER indicator lamp will simultaneously
flash slowly.)

1. INDOOR UNIT

(1) Is operation of each button on the remote control unit normal?
(2) Does each lamp light normally?
(3) Do the air flow-direction louver operate normally?
(4) Is the drain normal?

2. OUTDOOR UNIT

(1) Is there any abnormal noise and vibration during operation?
(2) Will noise, wind, or drain water from the unit disturb the neighbors?
(3) Is there any gas leakage?

WARNING

(1) Install the unit where it will not be tilted by more

than 5°.

(2) When installing the outdoor unit where it may ex-

posed to strong wind, fasten it securely.

Connection cord

Cord clamp

Control box

Fig. 14

Connection cord

Connection cord wiring

Run the connection cord to the rear of the outdoor unit within the 

A

range of the arrows shown in the figure.
(The connector cover becomes difficult to install.)

Fig. 12

Additional charge

Refrigerant suitable for a piping length of 15 m is charged in the outdoor
unit at the factory.
When the piping is longer than 15 m, additional charging is necessary.
For the additional amount, see the table below.

Pipe length

Additional refrigerant

Table 5

15 m

None

20 m

100 g

Tapping screw

Rear hooks

Connector cover

Front hooks

CAUTION

(1) When adding refrigerant, add the refrigerant from

the charging port at the completion of work.

(2) The maximum length of the piping is 20 m. If

the units are further apart than this, correct
operation can not be guaranteed.

Between 15 m and 20 m, when using a connection pipe other than
that in the table, charge additional refrigerant with 20g/1 m as the
criteria.

Control box cover

Transmitter section

Test run button

Fig. 17

P/N 9315140012-02

Wall hook bracket

INDOOR UNIT

CUTTING THE HOLE IN THE WALL FOR THE CONNECTING PIPING

(1) Cut a 65 mm diameter hole in the wall at the position shown in (Fig.

5).

(2) When cutting the wall hole at the inside of the wall hook bracket, cut

the hole within the range of the left and right center marks 40 mm
below the wall hook bracket.
When cutting the wall hole at the outside of the wall hook bracket, cut
the hole at least 10 mm below over.

(3) Cut the hole so that the outside end is lower (5 to 10 mm) than the

inside end.

(4) Always align the center of the wall hole. If misaligned, water leakage

will occur.

(5) Cut the wall pipe to match the wall thickness, stick it into the wall cap,

fasten the cap with vinyl tape, and stick the pipe through the hole.
(The connection pipe is supplied in the installation set.) (Fig. 5)

(6) For left piping and right piping, cut the hole a little lower so that drain

water will flow freely. (Fig. 5)

Fig. 5

Lower

Center mark

Fasten with
vinyl tape

(Wall cap)

(Wall pipe)

(Inside)

5 to 10
mm low

Wall

(Outside)

65 mm dia. hole

Lower

10 mm
or over

65 mm dia. hole

(1) Remove the cord clamp.
(2) Bend the end of the connection cord as shown in the figure.

(1) Match the terminal block numbers and connection

cord colors with those of the outdoor unit.
Erroneous wiring may cause burning of the elec-
tric parts.

(2)

Connect the connection cords firmly to the terminal
block. Imperfect installation may cause a fire.

(3) Always fasten the outside covering of the connec-

tion cord with the cord clamp. (If the insulator is
chafed, electric leakage may occur.)

(4) Securely earth the power cord plug.

(5)

Do not use the earth screw for an external connector.
Only use for interconnection between two units.

Fig. 10

 CAUTION

(3) Connect the end of the connection cord fully into the terminal block.
(4) Fasten the connection cord with a cord clamp.

INDOOR UNIT WIRING

Connection cord

40

 m

m

12

 m

m

50

 m

m

12

 m

m

5 m

m

5 m

m

Cord clamp

(There is a

terminal block

inside.)

Screw

Connection cord

Cord clamp

Tab

Screw

Square hole

Insert the tab into the square hole of the
indoor unit and fasten with a screw.

INSTALLING THE WALL HOOK BRACKET

(1) Install the wall hook bracket so that it is correctly positioned horizon-

tally and vertically. If the wall hook bracket is tiled, water will drip to

the floor.

(2) Install the wall hook bracket so that it is strong enough to withstand

the weight of an adult.

Fasten the wall hook bracket to the wall with 6 or more screws through

the holes near the outer edge of the bracket.

Check that there is no rattle at the wall hook bracket.

FORMING THE DRAIN HOSE AND PIPE

WARNING

If the wall pipe is not used, the cord interconnecting
the indoor and outdoor units may touch metal and
cause electric leakage.

[Rear piping, Right piping, Bottom piping]

Install the indoor unit piping in the direction of the wall hole and bind
the drain hose and pipe together with vinyl tape. (Fig. 7)

Install the piping so that the drain hose is at the bottom.

Wrap the pipes of the indoor unit that are visible from the outside
with decorative tape.

[For Left rear piping, Left piping]

Interchange the drain cap and the drain hose.

Fig. 6

Fig. 7

Drain cap

Indoor unit
drain hose

Remove the drain cap by pulling
at the projection at the end of
the cap with pliers, etc.

For left outlet piping, cut off the
piping outlet cutting groove
with a hacksaw.

CAUTION

(1)

  

In order to align the drain hose and drain cap, be
sure to insert securely and vertically. Incline
insertion will cause water leakage.

(2)

   

When inserting, be sure not to attach any material
besides water. If any other material is attached, it
will cause deterioration and water leakage.

(3)

  

After removing drain hose, be sure not to forget

mounting drain cap.

(4)

  

 Be sure to fix the drain hose with tape to the bottom

of piping.

CAUTION

Install the wall hook bracket horizontally and
perpendicularly.

Wall hook bracket

Center notch

Hook

Tapping screw

Wall hook bracket

String

Removal method of drain
hose

Remove the screw at the left of
drain hose and pull out drain
hose.

Installation method of
drain hose

Vertically insert the drain hose
toward the inside, so that the
d r a i n   f i x t u r e   ( b l u e )   c a n
accurately align with the screw
hole around the drain cock.
After inserting and before
replacing, please reinstall and
fix the removed screws.

Right piping

Bind with vinyl tape

Indoor unit drain hose (bottom)

Pipe (top)
Rear piping

Bottom piping

●   

Be sure to install around the drain hose connector.

●   

As the screw is inside, be sure to use screwdriver treated with

magnet.

Screw

Drain hose

Drain fixture
(blue)

Screw hole

Drain hose

Screw

Drain cock

Drain fixture (blue)

For left piping and left rear piping, align the marks on the wall hook
bracket and shape the connection pipe.

Bend the connection piping at the bend radius of 70 mm or more and
install no more than 35 mm from the wall.

After passing the indoor piping and drain hose through the wall hole,
hang the indoor unit on the hooks at the top and bottom of the wall
hook bracket.

[Installing the indoor unit]

Hang the indoor unit from the hooks at the top of the wall hook bracket.

Insert the spacer, etc. between the indoor unit and the wall hook
bracket and separate the bottom of the indoor unit from the wall.

Fig. 8

After hooking the indoor unit to the top hook, hook the fittings of the
indoor unit to the two bottom hooks while lowering the unit and
pushing it against the wall.

CONNECTION

(1) Install the outdoor unit wall cap (supplied with the optional installation set

or procured at the site) to the wall pipe.

(2) Connect the outdoor unit and indoor unit piping.
(3) After matching the center of the flare surface and tightening the nut hand

tight, tighten the nut to the specified tightening torque with a torque wrench.
(Table 2)

FLARING

(1) Cut the connection pipe to the necessary

length with a pipe cutter.

(2) Hold the pipe downward so that cuttings

will not enter the pipe and remove the
burrs.

(3) Insert the flare nut onto the pipe and flare

the pipe with a flaring tool.

Insert the flare nut (always use the flare nut
attached to the indoor and outdoor units
respectively) onto the pipe and perform the
flare processing with a flare tool.
Use the special R410A  flare tool, or the conv-
entional (for R22) flare tool.
When using the conventional flare tool, always
use an allowance adjustment gauge and secure
the A dimension shown in table 3 .

CONNECTING THE PIPING

Check if [L] is flared uniformly
and is not cracked or scratched.

Fig. 9

Die

A

Pipe

Connection pipe
(6.35  mm dia.)

Connection pipe
(9.52 mm dia.)

Align the marks.

Bend (R70) with
a pipe bender

Top hooks

Indoor unit

(Fitting)

Bottom hooks

Wall hook
bracket

Indoor unit

Wall hook bracket

(Spacer)

Table 2

Flare nut tightening torque

Tighten with two wrenches.

Torque
wrench

Wrench (fixed)

Flare nut

Indoor unit pipe

Connection pipe

To prevent gas leakage, coat the flare
surface with refrigerator oil.

Table 3

Pipe outside diameter

Flare nut

6.35  mm dia.

9.52  mm dia.

Tightening torque

15.7  to 17.6 N

m

(160 to 180 kgf

cm)

29.4 to 41.1 N

m

(300 to 420 kgf

cm)

Tightening torque standard

(using a 20 cm wrench)

Wrist strength

Arm strength

A (mm)

Pipe outside

diameter

ø 6.35 mm (1/4”)

ø 9.52 mm (3/8”)

Flash tool for

R410A, clutch type

0 to 0.5

0 to 0.5

Conventional (R22) flare tool

Clutch type

1.0 to 1.5

1.0 to 1.5

Wing nut type

1.5 to 2.0

1.5 to 2.0

CAUTION

(1) Fasten a flare nut with a torque wrench as instructed in this manual. If

fastened too tight, the flare nut may be broken after a long period of time
and cause a leakage of refrigerant.

(2) During installation, make sure that the refrigerant pipe is attached firmly

before you run the compressor. Do not operate the compressor under the
condition of refrigerant piping not attached properly with 2-way or 3-way
valve open. This may cause abnormal pressure in the refrigeration cycle
that leads to breakage and even injury.

Summary of Contents for AOYR07LCC

Page 1: ...ONER WALL MOUNTEDtype Models Indoor unit Outdoor unit ASYA07LCC ASYA09LCC ASYA12LCC ASYA14LCC ASYA18LCC ASYB09LDC ASYB12LDC AOYR07LCC AOYR09LCC AOYR12LCC AOYR14LCC AOYR18LCC AOYS09LDC AOYS12LDC INVERTER SERVICE INSTRUCTION R410A ...

Page 2: ...IC EXPANSION VALVE CONTROL 13 FOUR WAY VALVE EXTENSION SELECT 12 PREVENT TO RESTART FOR 3 MINUTES 3 MINUTES ST 15 MANUAL AUTO OPERATION Indoor unit body operation 14 AUTO RESTART 16 FORCED COOLING OPERATION 18 COIL DRY OPEARTION CONTROL 17 COMPRESSOR PREHEATING 19 DEFROST OPERATION CONTROL 21 VARIOUS PROTECTIONS 20 OFF DEFROST OPERATION CONTROL 01 01 ASYA12 14 18LCC AOYR12 14 18LCC 01 02 ASYB09 12...

Page 3: ...ODED VIEW 2 INVERTER ASSEMBLY SPECIFICATION 8 APPENDING DATA 1 JUMPER SETTING OF INDOOR UNIT AND OUTDOOR UNIT 3 THERMISTOR RESISTANCE VALUES 4 CAPACITY INPUT DATA 2 OUTDOOR UNIT PRESSURE VALUE AND TOTAL ELECTRIC CURRENT CURVE 9 REPLACEMENT PARTS 10 INSTALLATION MANUAL 4 SELF DIAGNOSIS FUNCTION AND CHECKING POINTS 5 SERIAL SIGNAL DIAGNOSIS 6 IPM PROTECTION 7 TROUBLE SHOOTING OF REFRIGERANT CYCLE 06...

Page 4: ...1 SPECIFICATIONS R410A WALL MOUNTED type INVERTER ...

Page 5: ... DC inverter motor Rotary DISCRIMINATION DA 89 X 1F 20F REFRIGERANT R410A g r p m r p m 900 900 POWER SOURCE V 230 HI SPEED MED SPEED INDOOR UNIT LO SPEED QUIET C 1 300 H 1 390 C 1 120 H 1 200 C 950 H 1 000 C 700 H 760 C 1 300 H 1 390 C 1 120 H 1 200 C 950 H 1 000 C 700 H 760 OUTDOOR UNIT 800 INDOOR UNIT H x W x D mm H x W x D mm 275 x 790 x 215 OUTDOOR UNIT 540 x 660 x 290 FAN MOTOR dB dB HI SPEE...

Page 6: ...ermetic type 4 pole 3 phase DC inverter motor Rotary DISCRIMINATION DA 89 X 1F 20F REFRIGERANT R410A g 1 150 1 150 1 050 POWER SOURCE V 230 HI SPEED r p m C 1 370 H 1 440 INDOOR UNIT MED SPEED r p m C 1 150 H 1 200 LO SPEED r p m C 950 H 1 000 QUIET r p m C 700 H 760 C 1 480 H 1 480 C 1 260 H 1 300 C 1 040 H 1 110 C 850 H 950 OUTDOOR UNIT r p m C 860 H 820 C 1 480 H 1 480 C 1 260 H 1 300 C 1 040 H...

Page 7: ...motor Rotary DISCRIMINATION DA 89 X 1F 20F REFRIGERANT R410A g r p m r p m 950 1 050 POWER SOURCE V 230 HI SPEED MED SPEED INDOOR UNIT LO SPEED QUIET C 1 300 H 1 390 C 1 120 H 1 200 C 950 H 1 000 C 700 H 760 C 1 370 H 1 440 C 1 150 H 1 200 C 950 H 1 000 C 700 H 760 OUTDOOR UNIT C 800 H 760 INDOOR UNIT H x W x D mm H x W x D mm 283 x 790 x 230 OUTDOOR UNIT 540 x 790 x 290 FAN MOTOR dB dB HI SPEED M...

Page 8: ...2 DIMENSIONS R410A WALL MOUNTED type INVERTER ...

Page 9: ...D I M E N S I O N S Models ASYA07LCC AOYR07LCC ASYA09LCC AOYR09LCC 02 01 unit mm 275 2 000 290 540 215 790 660 INDOOR UNIT OUTDOOR UNIT ...

Page 10: ...D I M E N S I O N S Models ASYA12LCC AOYR12LCC 02 02 unit mm 275 540 2 000 215 790 790 56 290 353 17 ...

Page 11: ...D I M E N S I O N S ASYB12LDC AOYS12LDC Models ASYB09LDC AOYS09LDC 02 03 unit mm 540 790 56 290 353 17 790 230 283 ...

Page 12: ...D I M E N S I O N S ASYA18LCC AOYR18LCC Models ASYA14LCC AOYR14LCC 02 04 unit mm 347 578 48 10 320 508 540 20 300 125 60 790 275 2 000 215 790 ...

Page 13: ...3 REFRIGERANT SYSTEM DIAGRAM R410A WALL MOUNTED type INVERTER ...

Page 14: ...AOYR07LCC ASYA09LCC AOYR09LCC 03 01 2 Way valve Strainer Strainer 3 Way valve Muffler 4 Way valve Expansion valve Heat exchanger INDOOR Heat exchanger OUTDOOR Compressor Cooling Heating Refrigerant pipe diameter Liquid 1 4 6 35 mm Gas 3 8 9 52 mm ...

Page 15: ...trainer 3 Way valve Muffler Muffler 4 Way valve Expansion valve Heat exchanger INDOOR Heat exchanger OUTDOOR AOYS09LDC 2Pass AOYR12LCC AOYS12LDC 4Pass Compressor Cooling Heating ASYB09LDC AOYS09LDC ASYB12LDC AOYS12LDC Models ASYA12LCC AOYR12LCC 03 02 ...

Page 16: ...lve Strainer Strainer Sub heat exchanger INDOOR 3 Way valve Muffler 4 Way valve Expansion valve Heat exchanger INDOOR Heat exchanger OUTDOOR Sub accumulator Compressor Cooling Heating ASYA18LCC AOYR18LCC Models ASYA14LCC AOYR14LCC 03 03 ...

Page 17: ...4 CIRCUIT DIAGRAM R410A WALL MOUNTED type INVERTER ...

Page 18: ...GE YELLOW WHITE WHITE WHITE WHITE RED WHITE BLACK BROWN BROWN W10 W7 W8 W9 W11 W4 W2 W1 W3 CN71 CN70 CN40 CN10 CN30 FM C W CM S V R U PMV 4WV POWER RELAY 3 4 TM1 W3 TM2 CN2 CN4 CN5 CN7 CN6 CN3 CN201 TERMINAL POWER SOURCE FAN MOTOR ROOM TEMPERATURE THERMISTOR PIPE TEMPERATURE THERMISTOR STEP MOTOR 1 10 11 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 1 2 3 4 5 6 7 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 1 2 3 4 5 1 2 3 ...

Page 19: ...3 4 1 2 3 4 1 2 3 4 5 6 1 2 3 4 5 1 2 3 4 5 1 2 1 2 1 2 3 4 5 1 2 3 4 5 6 7 1 2 3 4 5 6 1 2 3 4 5 6 1 2 2 1 2 1 3 4 5 6 7 8 9 10 11 1 2 3 4 5 6 7 8 9 10 11 CN1 CN2 CN3 CN201 CN6 CN7 CN5 CN4 4 3 3 L L N 3 L N N BLACK RED WHITE WHITE OR RED WHITE RED BLACK BLACK BLACK BLACK BLACK GREEN BLACK BLACK BLACK BLACK BLACK RED RED RED BROWN BLUE ORANGE ORANGE YELLOW WHITE WHITE WHITE WHITE RED WHITE BLACK B...

Page 20: ...3 3 2 1 2 1 2 1 5 4 3 2 1 5 4 3 2 1 2 1 5 4 3 2 1 5 4 3 2 1 3 2 1 6 5 4 9 8 7 3 2 1 9 8 7 12 11 10 6 5 4 FM M TERMINAL THERMAL FUSE THERMISTOR PIPE TEMP THERMISTOR ROOM TEMP TEST POWER WHITE TM1 CN201 CN101 TM2 W3 CN1 CN2 CN3 CN7 CN11 CN9 CN4 CN10 WHITE WHITE WHITE WHITE WHITE WHITE WHITE WHITE WHITE BLACK RED RED BLUE YELLOW WHITE WHITE RED RED RED BLUE BLUE BLACK or GRAY BLACK or GRAY BLACK BLAC...

Page 21: ...LUE WHITE WHITE WHITE WHITE WHITE WHITE RED BLACK or GRAY BLACK or GRAY F M INDICATOR PCB CONTROLLER PCB TO OUTDOOR UNIT TEST M L N RED WHITE BLACK RED BLACK WHITE YELLOW BLUE RED WHITE BLACK BLACK BLACK RED BROWN BLUE ORANGE YELLOW WHITE BLACK BLACK WHITE RED BLACK BLACK BLACK BLACK BROWN BROWN WHITE YELLOW RED YELLOW CN71 CN70 CN40 CN800 CN30 GREEN W4 W2 W1 W3 W10 W11 W7 W8 W9 1 2 3 4 5 6 7 1 2 ...

Page 22: ...5 DESCRIPTION OF EACH CONTROL OPERATION R410A WALL MOUNTED type INVERTER ...

Page 23: ...cy Range When the compressor operates for 30 minutes continuously at over the maximum frequency the maximum frequency is changed from Maximum Frequency to Maximum Frequency The room temperature is controlled 1 C lower than the setting temperature for 40 minutes after starting the operation After 40 minutes it is controlled based on the normal setting temperature 05 01 E zone F zone 10 C 0 C 12 C 2...

Page 24: ...2 C A zone Hi Me Lo Quiet A zone 130Hz 96Hz 80Hz 68Hz B zone 130Hz 96Hz 80Hz 54Hz 07 09 12LCC 09 12LDC C zone 130Hz 96Hz 80Hz 45Hz When the room temperature is between 2 C to 3 C of the setting temperature the compressor frequency is controlled within the range shown in Table2 However the maximum frequency is limited in the range shown in Figure 2 based on the fan speed mode and the outdoor temper...

Page 25: ...sor is driven the indoor unit shall run at operation frequency of 58Hz for a minute Operating frequency ASYA07LCC 33Hz ASYA09LCC 33Hz ASYA12LCC 33Hz room room temperature temperature compressor ON Ts 1 5 C Ts 0 5 C compressor OFF Compressor ON OFF Indoor fan Dry air flow S Lo OFF Table 3 Compressor frequency Fig 3 Compressor Control based on Room Temperature Fig 4 Indoor Fan Control 05 03 10 30 60...

Page 26: ...ic dry Cooling automatic dry TS 2 C TB TS 2 C Monitoring Monitoring Monitoring TB TS 2 C Heating Heating Monitoring When COOING was selected at the air conditioner operates as follow The same operation as COOLING OPERATION of item 1 above is performed When the room temperature has remained at set tempareure 1 C for 8 minutes operation is automatically switched to DRY and the same operation as DRY ...

Page 27: ...eps such as AUTO QUIET LOW MED HIGH while the indoor fan only runs When Fan mode is set at Auto it operates on MED Fan Speed 12LCC 12LDC Operation mode Air flow mode Speed rpm Hi 1440 Me 1350 Me 1200 Lo 1000 Quiet 760 Cool air prevention 760 Heating S Lo 480 Hi 1370 Me 1150 Lo 950 Cooling Fan Quiet 700 Dry 700 05 05 14 18LCC Operation mode Air flow mode Speed rpm Hi 1480 Me 1420 Me 1300 Lo 1110 Qu...

Page 28: ... as shown in When the room Figure 7 temperature rises On the other hand if switched LOW mode HIGH QUIET the indoor motor 1 C will run at a constant airflow of HEAT 1 5 C operation modes QUIET LOW MED HIGH as shown in Table 5 2 C 2 5 C MED mode When the room temperature lowers Room temperature D Setting temperature 6 COOL AIR PREVENTION CONTROL Heating mode Indoor heat exchanger Indoor heat exchang...

Page 29: ...ressor frequency 05 07 A D E F A D E F ZONE 800 760 470 400 280 09LDC 200 12LDC 250 200 09LDC 200 12LDC 250 200 500 400 280 200 500 400 280 820 750 670 550 450 760 680 470 Refer to Fig1 rpm Outdoor temperature falls and if it becomes E and F zone Refer to Fig1 rotations of fan speed will fall Table 9 Outdoor fan speed after the defrost ASYB09LDC ASYB12LDC ASYA14 18LCC Min 800rpm 900rpm 950rpm 1 Ou...

Page 30: ...he Air Flow Direction Louver in the Heating range for long period of time since water vapor many condense near the outlet louvers and drop of water may drip from the air conditioner During the Cooling and Dry modes if the Air Flow Direction Louvers are left in the hating range for more than 30minutes they will automatically return to position During Monitor operation in AUTO CHANGEOVER mode the ai...

Page 31: ... 09LCC 80sec 60sec 60sec 180sec 60sec 60sec ASYA12LCC 80sec 30sec 30sec 30sec 50sec 60sec ASYB09 12LDC 80sec 60sec 60sec 180sec 60sec 60sec Table 10 Compressor Operation Frequency Range 2 OPEARTION FREQUENCY CONTROL AT START UP The compressor frequency soon after the start up is controlled as shown in the figure 10 Fig 10 Compressor Control at Start up Time Time Time Time Time Time Frequency Time ...

Page 32: ...itioner will be turned on Operation mode Stop mode Set time of timer The program timer allows the OFF timer and ON timer to be used in combination one time Operation mode Operation will start from the timer setting either OFF timer or ON timer whichever is closest to the clock s current timer setting The order of operations is indicated by the arrow in the remote control unit s display SLEEP timer...

Page 33: ...ion In the cooling operation mode When the sleep timer is set the setting temperature is increased 1 C It increases the setting temperature another 1 C after 1 hour After that the setting temperature is not changed and the operation is stopped at the time of timer setting Ts 1 C 2 C Set 60min In the heating operation mode When the sleep timer is set the setting temperature is decreased 1 C It decr...

Page 34: ...inue to run regardless of whether the room temperature sensor detects The compressor won t enter operation status for 2 minutes and 20 seconds after the compressor is stopped even if any operation is given At the time when the air conditioner is switched from the cooling mode to heating mode the compressor is stopped and the four way valve is switched in 2 minutes and 20 seconds later after the co...

Page 35: ...erates for 3 minutes at last before ending the air conditioner operation It takes 18 minutes to complete the coil dry operation Table 14 COIL DRY or AIR CLEAN Operating Functions Indoor Fan Speed Compressor Frequency Louver Position Main Unit Indication COIL DRY or AIR CLEAN indication ON Other indication OFF 05 13 Forced cooling operation Cooling 16 FORCED COOLING OPERATION Forced cooling operati...

Page 36: ...SYA07 09LCC ASYA12LCC ASYB09 12LDC ASYA14 18LCC Defrosting after 2 time upon starting operation ST Less than 35 minutes 35 minutes to 4 hours Does not operate Compressor operating time After 4 hours 3 C 3 C 3 C 3 C 6 C 6 C 6 C 6 C 2 CONDITION OF THE DEFROST OPERATION COMPLETION Defrost operation is released when the conditions become as shown in Table 16 Table 16 Defrost Release Condition Release ...

Page 37: ...sor integrating operation Over 60 minutes to below 240 minutes Compressor integrating operation Over 240 minutes Compressor integrating operation Over 35 minutes to below 240 minutes Compressor integrating operation Over 240 minutes Outdoor heat exchanger temperature Below 9 C Outdoor heat exchanger temperature Outdoor heat exchanger temperature Outdoor heat exchanger temperature Outdoor heat exch...

Page 38: ...B09 12LDC ASYA14 18LCC OFF Defrost Flow Chart Heating operation stop Outdoor heat exchanger temperature Below 4 C and Compressor integrating operation Over 30 minutes Defrost start Defrost Indicater Operation lamp Outdoor heat exchanger temperature Over 10 C 16 C or Compressor ON time Over 15 minutes Defrost end 2 OFF DEFROST END CONDITION Release Condition Outdoor heat exchanger temperature senso...

Page 39: ...becomes lower than Temperature the control of the control of the compressor frequency is released When the discharge temperature becomes higher than Temperature the compressor is stopped and the indoor unit LED starts blinking Table 17 Discharge Temperature Over Rise Prevension Control Release Temperature Temperature Temperature Temperature 2 CURRENT RELEASE CONTROL The compressor frequency is con...

Page 40: ...display is performed ASYA07 09 12 14 18LCC 67 C ASYB09 12LDC 67 C Temperature 5 HIGH TEMPERATURE RELEASE CONTROL HEATING MODE On heating mode the compressor frequency is controlled as following based on the detection value of the indoor heat exchanger temperature sensor 05 18 ASYA07 12LCC ASYB09 12LDC ASYA14 18LCC 46Hz or greater 45Hz 39Hz or greater 38Hz 39 45Hz 38Hz 26 38Hz 25Hz 19 29Hz 18Hz 18 ...

Page 41: ...6 REFRIGERANT CAUTION R410A R410A WALL MOUNTED type INVERTER ...

Page 42: ...ng hose side and the ser vice port side are possible to open and close at the same time Thermistor vacuum gauge Fig 4 15 To remove moisture from the refrigerating cycle complete ly it is necessary to perform appropriate vacuum drying For that reason vacuum conditions can be confirmed cer tainly Vacuum valve Fig 4 16 This valve builts in a check valve and it is easily possible to vacuum a refrigera...

Page 43: ...el with HFC R407C R410A model If you use existing pipes it may cause resolution of compressor oil by remaining mineral oil 3 8 15 88mm R410A 22 29 19 7 25 R22 R407C R22 R407C R22 R407C 19 4 23 20 27 3 4 19 05mm R410A 24 36 24 29 R22 R407C 23 7 29 24 Material Nominal diameter in 1 4 3 8 1 2 5 8 3 4 7 8 1 1 8 1 1 4 1 1 2 1 3 8 1 6 35 9 52 12 70 15 88 19 05 22 22 28 58 31 75 38 10 34 92 25 40 Outside...

Page 44: ...efrigerant charge Do it always from the liquid phase side Don t charge from the gas phase side Compressor oil is changed Be careful to handle synthetic oil since it resolves easily by moisture and contamination Don t mix new synthetic oil and mineral oil It may cause trouble We developed new synthetic oil since HFC refrigerant doesn t dissolve in mineral for R22 oil 06 03 ...

Page 45: ...It is necessary to use the vacuum pump which can obtain the high vacuum condition Precaution on Tools Feature 2 New Refrigerant has Approx 1 6 times higher pressure than previous refrigerant R410A High Pressure Different point from previous one Diameter of Service port has been changed from 1 4 Flare to 5 16 Flare It requires the gauge manifold and charge hose exclusively for R410A It requires the...

Page 46: ...ase out schedule of HCFC according to Montreal protocol 1996 2010 2000 2004 2015 2020 2030 60 40 20 100 Year 80 HCFC consumption of 1989 CFC consumption of 1989 x 2 8 65 35 10 0 5 started control only service use total abolition 100 0 06 05 ...

Page 47: ...emical compound including chlorine and hydrogen ODP 0 02 01 HCFC Hydro Chloro Fluoro Carbon For example R22 for air conditioner R134a for Car air conditioner HFC3 Hydro Fluoro Carbon R407C for air conditioner Refrigerant characteristics R22 Composition wt R22 100 Boiling Point 40 8 Behavior Pressure at 54 5 C kPa 2 151 Temperature Glide deg 0 ODP 0 055 R407C R32 R125 R134a 23 25 52 43 6 zeotrope 2...

Page 48: ... Pressure Mpa 39 2 27 40 2 32 41 2 38 42 2 44 44 2 57 45 2 63 46 2 69 47 2 76 48 2 83 49 2 90 51 3 04 52 3 11 53 3 18 54 3 26 56 3 41 57 3 49 58 3 57 59 3 65 61 3 82 62 3 90 63 3 99 64 4 08 Desighed pressure of R410A refrigerant Pressure Temp Relation between R410A condensing temperature and saturated pressure Temp Pressure Advantage Disadvantage Suitable for R410A higher system performance Near A...

Page 49: ...del when replacing CAUTION Check if the compressor is suitable for the refrigerant model when replacing Complete welding within 15 minutes after opening the cap when replacing COMPRESSOR Use better grade of material for sliding parts for securing good lubrication of sliding part as HFC refrigerant does not contain chloride Review insulating materials Increase pressure resistance strength CAUTION D...

Page 50: ...eration lamp and Timer lamp do not light up 2 Self Diagnosis Function Either Operation lamp or Timer lamp is blinking How to operate the self diagnosis function Self diagnosis table and Check points 3 Trouble shooting method Serial signal check IPM protection check Refrigeration cycle diagnosis ...

Page 51: ...CC C7 DC20 C12 DC13 5V 1V Is AC input voltage from AC outlet normal Fault of an input power supply Is AC voltage between VA 1 normal Switching power circuit LCC Is DC voltage between terminal of C4 normal LDC Is DC voltage between terminal of C5 normal Switching power circuit Switching power circuit LCC Is DC voltage between terminals of C7 C12 normal LDC Is DC voltage between terminals of C9 C10 ...

Page 52: ...eration lamp Red and Timer lamp Green 2 Upon pulling out and inserting the AC plug the starts to operates from remote control At this state a normal operation indication is performed 3 By pressing TEST button of remote control Error Indication is indicated only during 3 minutes ST 3 minutes ST 2 minutes 20 seconds from the timing AC plug is ON Lamp display 3 minutes delay Turn off Operating Error ...

Page 53: ... the after mentioned Serial Signal Diagnosis for the voltage measuring method and diagnosis method Diagnosis Point Check the indoor outdoor cable connection in order If the cable wiring is not abnormal measure the voltage of the outdoor unit terminals and diagnose the defective location Refer to the after mentioned Serial Signal Diagnosis for the voltage measuring method and diagnosis method When ...

Page 54: ...lue Refer to Themistor characteristics table Controller PCB defective Diagnosis Point Check thermistor resistance value Refer to Themistor characteristics table Controller PCB defective Diagnosis Point Check thermistor resistance value Refer to Themistor characteristics table Controller PCB defective Forced auto switch becomes ON for 30 consecutive seconds It indicates the error but the operation ...

Page 55: ... if outdoor fan is defetcive does not rotate Controller PCB defective Refer to after mentioned IPM diagnosis Refrigeration cycle defective Refer to after mentioned refrigeration cycle diagnosis The current value during the operation after 1 minute from starting up the compressor is 0A permanent stop Diagnosis Point Controller PCB defective The compressor speed does not synchronze with the control ...

Page 56: ... defective Controller PCB defective Diagnosis Point Fan motor connector loose defective contact Fan motor defective Controller PCB defective Diagnosis Point Check if 2 way valve or 3 way valve is left open Heat radiation is blocked Inlet outlet Check if outdoor fan is defective does not rotate Refrigeration cycle defective Refer to after mentioned refrigerant cycle disagnosis Excessive high pressu...

Page 57: ...l Check outdoor unit control unit Check cable wiring of terminal base of indoor and outdoor unit correctly connected as numbered Does voltage AC220 to 230V appear between NO terminal L and N of indoor unit terminal base Check cable wiring of terminal base Does indoor unit start to operate Conduct the inspection on no operation at all Outdoor unit controller PCB board failure Measure voltage betwee...

Page 58: ...int 3 Turn on the power and press TEST button Yes Rotating Go to Check point 3 on Remote Control No Not rotating PCB or Compressor defective Is the outdoor fan rotating Check point 4 Operate the unit for certain time and Yes Operating The unit is normal check if the compressor is operating No Not operating IPM or PCB defective Replace PCB If it is higher than 5V wait until the discharging is over ...

Page 59: ... LCC Compressor Case Temperature at 20 C 0 710 ohm ASYB09 12LDC Compressor Case Temperature at 20 C 0 710 ohm ASYA14 18LCC Compressor Case Temperature at 20 C 0 730 ohm s it also changes by the compressor temperature the measured value may be much different from the above table when measured right after stopping operation 2 Checking method of EEV failure Insert the AC plug and start up the operati...

Page 60: ...NDING DATA R410A WALL MOUNTED type INVERTER 1 Jumper setting of Indoor unit and Outdoor unit 2 Outdoor unit Pressure Value and Total Electric Current Curve 3 Thermistor Resistance Values 4 Capacity Input Data ...

Page 61: ... JM1 JP J4 JP Code A Default Code B Auto Restart It is possible to disengage Auto Restart function if it is not needed Indoor Unit JM2 JP With Auto Restart function Default Without Auto Restart function Outdoor Unit AOYR07 09 12LCC JP JM500 JM103 JM102 JM101 Normal Preheat 07 09LCC Higher Preheat Normal Preheat 12LCC Higher Preheat AOYS09 12LDC AOYR14 18LCC it is possible to select the higher or s...

Page 62: ...tically 1 Indoor Outdoor Temperature Outdoor Low Pressure Curve AS 9LSACW series ASYA12LCC 2 Indoor Outdoor Temperature Outdoor Total Electric Current Curve AS 9LSACW series ASYA12LCC Measure the low pressure with the pressure meter at the service valve Measure the outdoor 0 8 0 9 1 1 1 1 2 1 3 1 4 15 20 25 30 35 In outdoor ambient temparature degC Low pressure of outdoor unit MPaG RH 50 RH 60 RH ...

Page 63: ...ed automatically 1 Indoor Outdoor Temperature Outdoor High Pressure Curve AS 9LSACW series ASYA12LCC 2 Indoor Outdoor Temperature Outdoor Total Electric Current Curve AS 9LSACW series ASYA12LCC outdoor unit overall current with the current clamp meter at Power Cable 1 8 2 2 2 2 4 2 6 2 8 3 0 5 10 15 outdoor ambient temparature C High pressure of outdoor unit MPa 15 C 20 C Indoor inlet tempe 23 C 3...

Page 64: ... Electric Current Curve ASYB09LDC ASYB12LDC Measure the low pressure with the pressure meter at the service valve Measure the outdoor unit overall current with the current clamp meter at Power Cable 0 80 0 90 1 00 1 10 1 20 1 30 1 40 17 5 20 22 5 25 27 5 30 32 5 In Outdoor ambient temperature C Outdoor High Pressure Mpa Relative Humidity 50 Relative Humidity 60 Relative Humidity 70 2 00 2 10 2 20 ...

Page 65: ...c Current Curve ASYB09LDC ASYB12LDC Measure the high pressure with the pressure meter at the service valve Measure the outdoor unit overall current with the current clamp meter at Power Cable 2 10 2 20 2 30 2 40 2 50 2 60 2 70 2 80 2 90 0 2 4 6 8 10 12 14 Outdoor ambient temperature C Outdoor High Pressure Mpa Indoor inlet temp 15 C Indoor inlet temp 20 C Indoor inlet temp 23 C 3 50 3 60 3 70 3 80...

Page 66: ...ve ASYA14LCC ASYA18LCC 2 Indoor Outdoor Temperature Outdoor Total Electric Current Curve ASYA14LCC ASYA18LCC Measure the low pressure with the pressure meter at the service valve Measure the outdoor unit overall current with the current clamp meter at Power Cable 0 8 0 9 1 1 1 1 2 1 3 1 4 15 20 25 30 35 In Outdoor ambient temperature C Outdoor Low Pressure Mpa Relative Humidity 50 Relative Humidit...

Page 67: ...door Total Electric Current Curve ASYA14LCC ASYA18LCC Measure the high pressure with the pressure meter at the service valve Measure the outdoor unit overall current with the current clamp meter at Power Cable 6 5 7 7 5 8 8 5 9 0 5 10 15 Outdoor ambient temperature degC Outdoor Total Electric Current A Indoor inlet temp 15 C Indoor inlet temp 20 C Indoor inlet temp 23 C length 08 07 2 50 2 70 2 90...

Page 68: ...4 59 75 00 7 42 2 36 55 00 1 49 4 87 55 00 2 85 4 65 80 00 6 31 2 57 60 00 1 25 4 89 60 00 2 36 4 71 85 00 5 38 2 76 65 00 1 05 4 91 65 00 1 97 4 76 90 00 4 61 2 95 70 00 0 89 4 92 70 00 1 65 4 79 95 00 3 97 3 13 75 00 0 76 4 93 75 00 1 39 4 83 100 00 3 43 3 30 80 00 0 65 4 94 80 00 1 18 4 85 105 00 2 98 3 45 85 00 0 56 4 95 85 00 1 00 4 87 110 00 2 59 3 60 90 00 0 48 4 96 90 00 0 85 4 89 115 00 2...

Page 69: ...ed line Capacity Input which does not contain the defrosting cycle Heating 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 15 10 5 0 5 10 15 20 25 Capacity 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 15 10 5 0 5 10 15 20 25 Input Rated operation 24 24 Maximum operation 5 5 5 5 Rated operation Maximum operation Without Frost Without Frost With Frost Without Frost With Frost W...

Page 70: ... Input Cooling 60 70 80 90 100 110 120 130 140 150 10 15 20 25 30 35 40 45 Capacity 30 40 50 60 70 80 90 100 110 120 10 15 20 25 30 35 40 45 Input 43 43 Indoor 27 19 C Outdoor DB C Indoor 27 19 C Outdoor DB C 08 10 ...

Page 71: ...ing cycle Dotted line Capacity Input which does not contain the defrosting cycle Heating 40 50 60 70 80 90 100 110 120 130 140 150 15 10 5 0 5 10 15 20 25 Capacity 70 80 90 100 110 120 130 140 150 160 170 180 15 10 5 0 5 10 15 20 25 Input Rated operation 24 24 5 5 Maximum operation 5 5 Without Frost Without Frost With Frost Rated operation Maximum operation Without Frost With Frost Without Frost I...

Page 72: ...apacity and input decrease when temperature is 43 or more degrees C as compressor speed is decreased due to current release protection Cooling 60 70 80 90 100 110 120 130 140 150 10 15 20 25 30 35 40 45 Capacity 30 40 50 60 70 80 90 100 110 120 10 15 20 25 30 35 40 45 Input 43 19 19 43 Indoor 27 19 C Outdoor DB C Indoor 27 19 C Outdoor DB C 08 12 ...

Page 73: ...n the defrosting cycle Capacity Input 60 70 80 90 100 110 120 130 140 150 160 170 180 15 10 5 0 5 10 15 20 25 Outdoor DB C Input 5 5 24 17 12 Current release works 30 40 50 60 70 80 90 100 110 120 130 140 15 10 5 0 5 10 15 20 25 Capacity 24 12 17 Current release works Rated operatio Without Frost Without Frost Without Frost Rated operation Without Frost With Frost With Frost Maximum operation Curr...

Page 74: ...and input change largely when temperature is 10 or less degrees C as outdoor fan speed is decreased due to low ambient temperature cooling control Both capacity and input change more largely at less than 0 degrees C of ambient temperature as outdoor fan speed is decreased further Capacity Input 60 70 80 90 100 110 120 130 140 150 10 0 10 20 30 40 Capacity 19 43 20 30 40 50 60 70 80 90 100 110 120 ...

Page 75: ...ted line Capacity Input which does not contain the defrosting cycle Heating 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 15 10 5 0 5 10 15 20 25 Capacity 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 15 10 5 0 5 10 15 20 25 Input Rated operatio 24 24 Maximum operation 5 5 5 5 Rated operatio Maximum operation Without Frost Without Frost With Frost Without Frost With Frost Wi...

Page 76: ...ther Both capacity and input change largely when temperature is 10 or less degrees C as outdoor fan speed is decreased due to low ambient temperature cooling control 60 70 80 90 100 110 120 130 140 150 10 0 10 20 30 40 Capacity 30 40 50 60 70 80 90 100 110 120 10 0 10 20 30 40 Input 43 43 Indoor 27 19 C Outdoor DB C Indoor 27 19 C Outdoor DB C 08 16 ...

Page 77: ...ting cycle Dotted line Capacity Input which does not contain the defrosting cycle Heating 40 50 60 70 80 90 100 110 120 130 140 150 15 10 5 0 5 10 15 20 25 Capacity 70 80 90 100 110 120 130 140 150 160 170 180 15 10 5 0 5 10 15 20 25 Input Rated operation 24 24 5 5 IndoorDB 20 C Maximum operation 5 5 Without Frost Without Frost With Frost Rated operatio Maximum operation Without Frost With Frost W...

Page 78: ...e Both capacity and input change largely when temperature is 10 or less degrees C as outdoor fan speed is decreased due to low ambient temperature cooling control Both capacity and input change more largely at less than 0 degrees C of ambient temperature as outdoor fan speed is decreased further 60 70 80 90 100 110 120 130 140 150 10 0 10 20 30 40 Capacity 30 40 50 60 70 80 90 100 110 120 10 0 10 ...

Page 79: ...9 REPLACEMENT PARTS R410A WALL MOUNTED type INVERTER ...

Page 80: ...REPLACEMENT PARTS 09 01 Models ASYA07LCC ASYA09LCC INVERTER ...

Page 81: ...REPLACEMENT PARTS 09 02 Models ASYA07LCC ASYA09LCC ...

Page 82: ...REPLACEMENT PARTS 09 03 Models AOYR07LCC AOYR09LCC ...

Page 83: ...REPLACEMENT PARTS 09 04 Models AOYR07LCC AOYR09LCC ...

Page 84: ...REPLACEMENT PARTS 09 05 Models AOYR07LCC AOYR09LCC ...

Page 85: ...REPLACEMENT PARTS 09 06 Models ASYA12LCC INVERTER ...

Page 86: ...REPLACEMENT PARTS 09 07 Models ASYA12LCC ...

Page 87: ...REPLACEMENT PARTS 09 08 Models AOYR12LCC ...

Page 88: ...REPLACEMENT PARTS 09 09 Models ASYA14LCC ASYA18LCC INVERTER ...

Page 89: ...REPLACEMENT PARTS 09 10 Models ASYA14LCC ASYA18LCC ...

Page 90: ...REPLACEMENT PARTS 09 11 Models AOYR14LCC AOYR18LCC ...

Page 91: ...REPLACEMENT PARTS 09 12 Models AOYR14LCC AOYR18LCC ...

Page 92: ...REPLACEMENT PARTS 09 13 Models ASYB09LDC ASYB12LDC INVERTER ...

Page 93: ...REPLACEMENT PARTS 09 14 Models ASYB09LDC ASYB12LDC ...

Page 94: ...REPLACEMENT PARTS 09 15 Models AOYS09LDC AOYS12LDC ...

Page 95: ...tch pass each lead wire to guide for the lead wire of HOLDER PWB Each lead wire are wired without sag and twist and must be in the ditch of HOLDER PWB Like a rough sketch Assemble the WIRE VIEW A VIEW A DB PWB Less than 12 5mm REACTOR lead wire COMP lead wire Through the Comp lead upper side of the reactor lead REPLACEMENT PARTS 09 16 ...

Page 96: ...Process Model AOYR07 09LCC Connection of leads to inverter assy REPLACEMENT PARTS 09 17 ...

Page 97: ...Process Model AOYR07 09LCC Shaping of leads to inverter assy REPLACEMENT PARTS 09 18 ...

Page 98: ...Model AOYR07 09LCC 09 19 ...

Page 99: ...ROCESS Model AOYR14 18LCC ATTACHMENT OF INVERTER ASSY INVERTER ASSY Tap tight screw TERMINAL BRACKET Do not run up the terminal board mounting metal on 2 location of hook THERMISTOR OUT TEMP is passed here SEPARATER 1 1 2 2 A A ...

Page 100: ... 4 5 6 7 The leads are connected with INVERTER ASSY MOTOR LEAD THERMISTOR ASSY COND DIS THERMISTOR OUT TEMP SOLENOID LEAD COIL EXP VLV LEAD COMP LEAD WIRE CLAMPER A A B 4 is fixed to HOLDER PWB side SOLENOID side is fixed to WAIRE CLAMPER C C 4 6 7 7 7 4 5 15mm 20 30mm ...

Page 101: ...REPLACEMENT PARTS 09 22 PROCESS Model AOYR14 18LCC 7 6 7 The leads are connected with INVERTER ASSY TERMINAL COVER PCB side COMP side BINDER B D D E E 0 10mm COMP LEAD is passed TERMINAL COVER the under ...

Page 102: ...Model AOYR14 18LCC 1 1 2 3 4 Fixing of Thermistor lead and motor lead THERMISTOR ASSY SUC DIS THERMISTOR OUT TEMP MOTOR LEAD COIL EXP VLV 0 5mm 200 230mm 10 10mm A A B B 190 220mm 160 190mm 120 140mm B B A A 1 2 2 2 4 4 4 3 3 3 1 1 1 ...

Page 103: ...10 INSTALLATION MANUAL R410A WALL MOUNTED type INVERTER ...

Page 104: ... special receptacle to supply power to the room air conditioner 4 Use a circuit breaker and receptacle matched to the capacity of the air conditioner 5 Do not extend the power cord 6 Perform wiring work in accordance with standards so that the air conditioner can be operated safely and positively 7 Install a leakage circuit breaker in accordance with the related laws and regulations and electric c...

Page 105: ...n shown in Fig 5 2 When cutting the wall hole at the inside of the wall hook bracket cut the hole within the range of the left and right center marks 40 mm below the wall hook bracket When cutting the wall hole at the outside of the wall hook bracket cut the hole at least 10 mm below over 3 Cut the hole so that the outside end is lower 5 to 10 mm than the inside end 4 Always align the center of th...

Page 106: ...ed WARNING 1 The rated voltage of this product is 230 V AC 50 Hz 2 Before turning on the power check if the voltage is within the 220 V 10 to 240 V 10 range 3 Always use a special branch circuit and install a special receptacle to supply power to the room air conditioner 4 Use a circuit breaker and receptacle matched to the capacity of the air conditioner 5 Do not extend the power cord 6 Perform w...

Page 107: ...connect the charge hose from the 3 way valve charging port If the stem of the 3 way valve is opened fully before the charge hose is disconnected it may be difficult to disconnect the charge hose 10 Fully open the valve stems of the 2 way valve and 3 way valve using a hexagon wrench After the valve stem begins to turn turn it with a torque of less than 2 9 N m 30 kgf cm until it stops turning 11 Fi...

Page 108: ...1116 Suenaga Takatsu ku Kawasaki 213 8502 Japan GS09022006 FEB 2006 Printed in Japan ...

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