Sanyo Kmhs1272 User Manual

For Indoor Unit

INSTALLATION INSTRUCTIONS

COOL/DRY/HEAT Model

– Inverter Split System Air Conditioner –

This air conditioner uses the new refrigerant R410A.

Contents

Model Combinations

Page

Combine indoor and outdoor units only as listed

below.

IMPORTANT!

Please Read Before Starting .................................. 2

Indoor Unit

KMHS0772

KMHS0972

KMHS1272

KMHS1872

KMHS2472

Outdoor Unit

CMH1972

CMH2472

CMH3172

1. GENERAL .......................................................... 3

1-1. Tools Required for Installation (not supplied)

1-2. Accessories Supplied with Unit

1-3. Optional Copper Tubing Kit

1-4. Type of Copper Tube and Insulation Material

1-5. Additional Materials Required for Installation

2. INSTALLATION SITE SELECTION ................... 4

2-1. Indoor Unit

Power Source:

60 Hz, single-phase, 230 / 208 VAC

2-2. Embedding the Tubing and Wiring

3. HOW TO INSTALL THE INDOOR UNIT .............. 6

3-1. Remove the Rear Panel from the Unit

3-2. Make a Hole

Combinations of indoor and outdoor units

Connect indoor and outdoor units only in the combi-

nations listed in the catalog or installation manual.

3-3. Install the Rear Panel on the Wall

3-4. Remove the Grille to Install the Indoor Unit

3-5. Shape the Indoor Side Tubing

3-6. Wiring Instructions

CAUTION

3-7. Wiring Instructions for Inter-unit Connections

3-8. Mounting

3-9. Drain Hose

Connecting any other model may result in

operation failure and system damage.

4. HOWTOTEST RUNTHE AIR CONDITIONER .... 16

Be sure to read the yellow instruction sheet

attached to the outdoor unit for models using the

new refrigerant R410A.

5. REMOTE CONTROL UNIT INSTALLATION

POSITION ......................................................... 17

5-1. Mounting on a Wall

6. ADDRESS SWITCH.......................................... 18

6-1. Address Setting of the Remote

Control Unit

7. CONNECTING A HOME AUTOMATION

DEVICE.............................................................. 19

NOTE

The illustrations are based on the typical appearance of

a standard model. Consequently, the shape may differ

from that of the air conditioner that you are installing.

8. INSTALLATION CHECK SHEET ...................... 19

In Canada

SANYO FISHER COMPANY

SANYO Canada Inc.

A DIVISION OF SANYO NORTH AMERICA CORPORATION

21605 Plummer Street

300 Applewood Crescent, Concord

Ontario, L4K 5C7, Canada

Chatsworth, CA 91311 U.S.A.

85264189998000 © SANYO 2006

1. General

6. Sabre saw or key hole saw

7. Hacksaw

8. Core bits

9. Hammer

10. Drill

This booklet briefly outlines where and how to install the

air conditioning system. Please read over the entire set

of instructions for the indoor and outdoor units and make

sure all accessory parts listed are with the system before

beginning.

11. Tube cutter

1-1. Tools Required for Installation (not supplied)

1. Standard screwdriver

12. Tube flaring tool

13. Torque wrench

14. Adjustable wrench

15. Reamer (for deburring)

2. Phillips head screwdriver

3. Knife or wire stripper

4. Tape measure

5. Carpenter’s level

1-2. Accessories Supplied with Unit

Table 1

Parts

Figure

Qʼty

Parts

Figure

Qʼty

Parts

Clamp

Figure

Qʼty

Truss-head

Remote

Tapping screw

Phillips

control unit

⁵/32

/8" (4 16 mm)

Remote control

unit holder

Rawl plug

Air clean filter

Packed in the indoor unit.

Drain hose

adapter

AAA alkaline

battery

1-3. Optional Copper Tubing Kit

Copper tubing for connecting the outdoor unit to the

indoor unit is available in kits which contain the narrow

and wide tubing, fittings and insulation. Consult your

nearest sales outlet or A/C workshop.

2. Foamed polyethylene insulation for the specified

copper tubes as required to precise length of tubing.

Wall thickness of the insulation should be not less

than 5/16" (8 mm).

3. Use insulated copper wire for field wiring. Wire size

varies with the total length of wiring. Refer to 3-6.

Wiring Instructions for details.

1-4. Type of Copper Tube and Insulation Material

If you wish to purchase these materials separately from

a local source, you will need:

1. Deoxidized annealed copper tube for refrigerant tub-

ing as detailed in Table 2.

Check local electrical codes

and regulations before

obtaining wire. Also, check

any specified instructions or

limitations.

CAUTION

Cut each tube to the appropriate lengths 1' to 1'4"

(30 cm to 40 cm) to dampen vibration between units.

Table 2

Narrow Tube

Model

Wide Tube

Outer Dia.

Thickness

Outer Dia.

Thickness

KMHS0772

KMHS0972

KMHS1272

KMHS1872

KMHS2472

1/4" (6.35 mm)

0.0314" (0.8 mm)

3/8" (9.52 mm)

0.0314" (0.8 mm)

0.0314" (0.8 mm) 1/2" (12.70 mm) 0.0314" (0.8 mm)

0.0314" (0.8 mm) 5/8" (15.88 mm) 0.0393" (1.0 mm)

1-5. Additional Materials Required for Installation

1. Refrigeration (armored) tape

2. Insulated staples or clamps for connecting wire

(See local codes)

3. Putty

4. Refrigeration lubricant

5. Clamps or saddles to secure refrigerant tubing

Indoor unit

2. Installation Site Selection

2-1. Indoor Unit

To prevent abnormal heat generation

WARNING

and the possibility of fire, do not

place obstacles, enclosures and

grilles in front of or surrounding the

air conditioner in a way that may

block air flow.

Drain hose

Outside drainage

AVOID:

G direct sunlight.

Fig. 1

G nearby heat sources that may affect performance of the

unit.

6" (15 cm)

min.

2" (5 cm)

min.

2" (5 cm)

min.

G areas where leakage of flammable gas may be expected.

G placing or allowing any obstructions near the A/C inlet or

outlet.

Front View

G installing in rooms that contain instant-on (rapid-start)

fluorescent lamps. (These may prevent the A/C from

receiving signals.)

Fig. 2

Tubing length (L1)

INDOOR

UNIT (1)

G places where large amounts of oil mist exist.

INDOOR

G installing in locations where there are devices that

UNIT (2)

generate high-frequency emissions.

Elevation

difference (H1) OUTDOOR

UNIT

DO:

G select an appropriate position from which every corner of

INDOOR

UNIT (3)

INDOOR

UNIT (4)

the room can be uniformly cooled. (High on a wall is best.)

Fig. 3a

G select a location that will hold the weight of the unit.

G select a location where tubing and drain hose have the

shortest run to the outside. (Fig. 1)

CAUTION

G allow room for operation and maintenance as well as

Indoor unit

Wall

unrestricted air flow around the unit. (Fig. 2)

For stable operation of the

air conditioner, do not

install wall-mounted type

indoor units less than 5'

(1.5 m) from floor level.

G install the unit within the maximum elevation difference

(H1, H2, H3, H4) above or below the outdoor unit and

within a total tubing length (L1+L2+L3, L1+L2+L3+L4)

from the outdoor unit as detailed in Table 3 and Fig. 3a.

Minimum height

from floor level

5' (1.5 m)

Floor level

Fig. 3b

G Install the indoor unit more than 3.3' (1 m) away from any

antenna or power lines or connecting wires used for tele-

vision, radio, telephone, security system, or intercom.

Electrical noise from any of these sources may affect

operation.

G install in a sturdy manner to avoid increased operating

noise.

Table 3

Max.

Allowable

Tubing Length

per unit

Max. Allowable Total

Tubing Length

at shipment

Limit of

Total Tubing Length

(L1+L2+L3) or

(L1+L2+L3+L4)

(ft.)

Limit of Elevation

Difference

(H1, H2, H3, H4)

(ft.)

Required Amount

of Additional

Refrigerant

Model

(L1+L2+L3) or

(L1+L2+L3+L4)

(ft.)

(oz./ft.)*

(ft.)

CMH1972

CMH2472

CMH3172

150 (L1+L2+L3)

—

150 (L1+L2+L3+L4)

200 (L1+L2+L3+L4)

230 (L1+L2+L3+L4)

0.22

100

* If total tubing length becomes 150 to 200 ft. (Max.) or 150 to 230 ft. (Max.), charge additional refrigerant (R410A) by 0.22 oz./ft.

No additional charge of compressor oil is necessary.

2-2. Embedding the Tubing and Wiring

G Before beginning embedding installation work, consult

fully with agencies or offices related to the building’s

foundation, construction, electricity, and water.

G Wait to make connections to the embedded portion.

Each connection step is described later in this

manual.

G Securely cover the end of the embedded tubing to

prevent intrusion of dirt or moisture.

G If an embedded tube is to be left for a long time, fill

the tube with nitrogen and seal both ends securely.

If a tube is left open for an extended time, moisture in

the air inside the tubing may condense into water

droplets, and lead to water contamination of the refrig-

erant circuit.

G In order to prevent insulation breakdown and ground

faults, do not allow wiring ends to come in contact with

rainwater, or be subjected to condensation or dew.

G Apply sufficient thermal insulation to the refrigerant

tubing and drain pipes.

3. How to Install the Indoor Unit

3-1. Remove the Rear Panel from the Unit

(1) Remove and discard the set screw on the rear

panel. (Fig. 6)

(2) Press the 2 L marks on the frame cover and disen-

gage the stationary tabs from the frame. (Fig. 7)

Set screw only for transportation

(3) Remove the rear panel.

Fig. 6

NOTE

Tubing can be extended in 5 directions as shown in Fig.

8. Select the direction you need providing the shortest

run to the outside unit.

Rear panel

G When left tubing is to be done, switch the drain hose

and drain cap. (For details, refer to “Switching drain

hose and drain cap” on page 14.)

3-2. Make a Hole

(1) Place the rear panel from the indoor unit on the wall

at the location selected. Make sure the panel is hori-

zontal, using a carpenter’s level or tape measure to

measure down from the ceiling. Wait until after cut-

ting the hole before attaching the rear panel to the

wall.

marks

Fig. 7

Right-rear

tubing

Left

(recommended)

tubing

(2) Determine which side of the unit you should make

the hole for tubing and wiring. (Fig. 9a or 9b)

Left-rear

tubing

Right tubing

NOTE

Downward tubing

In the case of left-rear tubing, use the measurement

points from the edge of the rear panel for precise place-

ment of the hose outlet. (Fig. 9a or 9b)

Fig. 8

(KMHS0772, KMHS0972, KMHS1272)

(3) Before making the hole, check carefully that no

studs or pipes are directly run behind the spot to be

cut.

2-3/4" (70 mm)

Also avoid areas where elec-

trical wiring or conduits are

located.

CAUTION

The above precautions are also applicable if tubing

goes through the wall in any other location.

Fig. 9a

(KMHS1872, KMHS2472)

2-3/8" (60 mm)

Fig. 9b

(4) Using a sabre saw, key hole saw or hole-cutting drill

attachment, cut a hole in the wall. See Table 4 and

Fig. 10.

NOTE

Hole should be made at a slight downward slant to the

outdoor side.

Table 4

Indoor

side

Outdoor

side

Hole Dia.

KMHS0772/0972/1272

KMHS1872/2472

2-9/16" (65 mm)

3-5/32" (80 mm)

(5) Measure the thickness of the wall from the inside

edge to the outside edge and cut PVC pipe at a

slight angle 1/4" (6 mm) shorter than the thickness of

the wall. (Fig. 11)

Fig. 10

PVC pipe (Locally purchased)

(6) Place the plastic cover over the end of the pipe (for

indoor side only) and insert the pipe in the wall.

(Fig. 12)

Cut at slight angle

3-3. Install the Rear Panel on the Wall

Fig. 11

Be sure to confirm that the wall is strong enough to sus-

pend the unit.

INSIDE

OUTSIDE

PVC pipe

Wall

See either Item a) or b) below depending on the wall type.

Plastic cover

(Locally purchased)

a) If Wooden Wall

Slight

angle

(1) Attach the rear panel to the wall with the 8 screws

provided. (Fig. 13a or 13b)

Fig. 12

If you are not able to line up the holes in the rear

panel with the beam locations marked on the wall,

use rawl plugs or toggle bolts to go through the

holes on the panel or drill 3/16" (5 mm) dia. holes in

the panel over the stud locations and then mount the

rear panel.

(KMHS0772, KMHS0972, KMHS1272)

(2) Double check with a carpenter’s level or tape mea-

sure that the panel is level. This is important to install

the unit properly. (Fig. 14)

Fig. 13a

(3) Make sure the panel is flush against the wall. Any

space between the wall and unit will cause noise

and vibration.

(KMHS1872, KMHS2472)

b) If Block, Brick, Concrete or Similar Type Wall

Make 3/16" (4.8 mm) dia. holes in the wall. Insert rawl

plugs for appropriate mounting screws. (Fig. 15)

Fig. 13b

Fig. 14

3/16"

(4.8 mm) dia. hole

Rawl plug

Fig. 15

Grille

Air intake grille

3-4. Remove the Grille to Install the Indoor Unit

3-4-1. Indoor unit types

(KMHS0772, KMHS0972, KMHS1272)

Basically, these models can be installed and wired without

removing the grille. If access to any internal part is needed,

follow the steps as given below.

Fig. 16a

Be sure to wear work gloves

CAUTION

during installation to avoid being

cut by the sharp aluminum fins

of the heat exchanger.

How to remove the grille

(1) Grasp both ends of the air intake grille, and remove it by

opening towards the front and pulling towards you. (Fig.

16a)

Screw cover

Fig. 16b

Cover

(2) Remove the 2 screws. (Fig. 16b)

Thermistor

(3) Remove the screw on the right side cover plate and

open the cover. (Fig. 17a)

(4) Take out the thermistor from the grille. (Fig. 17b)

(5) Pull the lower part of the grille toward you to remove.

(Fig. 18a)

Thermistor

Fig. 17b

Fig. 17a

(6) Use a standard screwdriver to push on the tabs to

remove the grille.

Tab

Grille

Frame

How to replace the grille

(1) Reinstall the grille into the lower part while aligning

its tabs on the upper part. (Fig. 18b) Insert the tabs

in the slots and push the lower part of the grille back

into position.

Tab

(2) Make sure that the grille and frame are firmly fitted

together by engaging the tabs.

Fig. 18a

(3) Attach the thermistor on the grille. (Fig. 17a)

(4) Close the cover and replace the screw. (Fig. 17a)

(5) Affix the grille with the 2 previously removed screws.

(Fig. 16b)

(6) Install the air intake grille.

(a) Allow the edge of the air intake grille to slide into

the top of the indoor unit, and then insert it all

the way inside. (Fig. 19a)

Fig. 18b

(b) Press the bottom right and left corners of the air

intake grille to attach it to the indoor unit. (Fig. 19b)

Groove

NOTE

Attach so that the round pins at the top right and left corners

of the air intake grille are inserted into the grooves at the top

right and left of the

indoor unit.

Fig. 19b

Fig. 19a

Grille

Air intake grille

3-4-2. Indoor unit types

(KMHS1872, KMHS2472)

Basically, these models can be installed and wired with-

out removing the grille. If access to any internal part is

needed, follow the steps as given below.

How to remove the grille

Fig. 16a-1

(1) Grasp both ends of the air intake grille, and remove

it by opening towards the front and pulling towards

you. (Fig. 16a-1)

(2) Remove the 3 screws. (Fig. 16b-1)

(3) Remove the screw on the right side cover plate and

open the cover. (Fig. 17a-1)

Fig. 16b-1

(4) Take out the thermistor from the grille. (Fig. 17b-1)

Cover

(5) Press the 3 tabs at the top of the grille and the 3

tabs on the front face to separate the grille from the

frame. (Fig. 18a-1)

Thermistor

(6) Pull the grill toward you to remove it.

How to replace the grille

Fig. 17b-1

Fig. 17a-1

(1) When installing the grille, place the bottom of the

grille into the frame first. (Fig. 18b-1)

Tab

Then insert the tabs on the top of the grille and on

the front face into the frame.

(2) Make sure that the grille and frame are firmly fitted

together by engaging the tabs.

(3) Attach the thermistor on the grille. (Fig. 17a-1)

(4) Close the cover and replace the screw. (Fig. 17a-1)

Tab

(5) Affix the grille with the 3 previously removed screws.

(Fig. 16b-1)

Fig. 18a-1

(6) Install the air intake grille.

(a) Allow the edge of the air intake grille to slide into

the top of the indoor unit, and then insert it all the

way inside. (Fig. 19a-1)

(b) Press the bottom right and left corners and center

of the air intake grille to attach it to the indoor

unit. (Fig. 19b-1)

Fig. 18b-1

NOTE

Groove

Attach so that the round pins at the top right and left cor-

ners of the air intake grille are inserted into the grooves

at the top right and left of the indoor unit.

Fig. 19a-1

Fig. 19b-1

3-5. Shape the Indoor Side Tubing

(1) Arrangement of tubing by directions

a) Right or left tubing

Frame

Cut out the corner of the right/left frame with a

hacksaw or the like. (Figs. 20 and 21)

Left tubing

outlet

b) Right-rear or left-rear tubing

In this case, the corner of the frame need not be

cut.

(2) To mount the indoor unit on the rear panel:

Fig. 20

Hang the 2 mounting slots of the unit on the

upper tabs of the rear panel. (Fig. 22)

Frame

3-6. Wiring Instructions

General precautions on wiring

Right tubing

outlet

(1) Before wiring, confirm the rated voltage of the unit as

shown on its nameplate, then carry out the wiring

closely following the wiring diagram.

(2) Provide a power outlet to be used exclusively for

each unit, with a power supply disconnect and cir-

cuit breaker for overcurrent protection provided in

the exclusive line.

Fig. 21

(3) To prevent possible hazard due to insulation failure,

the unit must be grounded.

(4) Each wiring connection must be done tightly and in

accordance with the wiring system diagram. Wrong

wiring may cause the unit to misoperate or become

damaged.

Fig. 22

(5) Do not allow wiring to touch the refrigerant tubing,

compressor, or any moving parts of the fan.

(6) Unauthorized changes in the internal wiring can be

very dangerous. The manufacturer will accept no

responsibility for any damage or misoperation that

occurs as a result of such unauthorized changes.

3-7. Wiring Instructions for Inter-unit Connections

Rear

panel

Wall

(1) Insert the inter-unit wiring (according to local codes)

into the through-the-wall PVC pipe. Run the wiring

toward the indoor side allowing approx. 10" (25 cm)

to extend from the wall face. (Fig. 24)

Plastic

cover

(2) Grasp both ends of the air intake grille, and remove

it by opening towards the front and pulling towards

you.

Wiring

10"

(25 cm)

(3) Remove the screw on the right side cover plate and

open the cover. (Fig. 25)

Fig. 24

Fig. 25

Fig. 26a

(4) Route the inter-unit wiring from the back of the

indoor unit and pull it toward the front for connec-

tion. (Figs. 26a and 26b)

Cover

(5) Connect the inter-unit wiring to the corresponding

terminals on the terminal plate (Figs. 26a and 26b)

while referring to the wiring diagram.

(6) Be sure to secure the wiring with the provided

clamp.

NOTE

When closing the air intake grille, press the bottom right

and left corners and center. (Fig. 27)

Please refer to “How to replace the grille” on page 8 or 9

for installing the air intake grille.

Terminal

plate

Fig. 27

Inter-unit

wiring

Earth

plate

Lock nut

Top of conduit

connector

Fig. 26b

Loose wiring may cause the

terminal to overheat or result

in unit malfunction. A fire

hazard may also exist.There-

fore, be sure all wiring is

tightly connected.

WARNING

When connecting each power wire to the corresponding

terminal, follow the instructions “How to connect wiring

to the terminal” and fasten the wire securely tight with

the fixing screw of the terminal plate.

9/32"

(7 mm)

(ACTUAL

STRIP

SIZE

SIZE)

How to connect wiring to the terminal

a) For Indoor Unit

Fig. 28

(1) Cut the wire end with a cutting pliers, then strip the

insulation to expose the wire about 9/32" (7 mm).

See the label (Fig. 28) near the terminal plate.

Solid wire

Loop

(2) Using a screwdriver, loosen the terminal screw on

the terminal plate.

(3) Insert the wire and tighten the terminal screw com-

pletely using a screwdriver.

Insulation

b) For Outdoor Unit

Fig. 29

I For solid core wiring (or F-cable)

Stranded wire

(1) Cut the wire end with a cutting pliers, then strip the

insulation to expose the solid wire about 15/16" (25

mm). (Fig. 29)

Ring

connector

(2) Using a screwdriver, remove the terminal screw(s)

on the terminal plate.

(3) Using the pliers, bend the solid wire to form a loop

suitable for the terminal screw.

Fig. 30

(4) Shape the loop wire properly, place it on the termi-

nal plate and fix it securely with the removed termi-

nal screw using a screwdriver.

Twist wire ends

I For stranded wiring

(1) Cut the wire end with a cutting pliers, then strip the

insulation to expose the stranded wiring about 3/8"

(10 mm) and tightly twist the wire ends. (Figs. 30

and 31)

Fig. 31

(2) Using a screwdriver, remove the terminal screw(s)

on the terminal plate.

Special

washer

Screw

(3) Using a ring connector fastener or pliers, securely

clamp each stripped wire end with a ring connector.

(Fig. 30)

Screw and

Ring connector

Terminal plate

special washer

Wire

Ring

connector

(4) Place the ring connector wire, and replace and

tighten the removed terminal screw using a screw-

driver. (Fig. 32)

Wire

Fig. 32

3-8. Mounting

(1) To install the indoor unit, mount the indoor unit onto

the 2 tabs on the upper part of the rear plate.

(2) Hold down the air discharge outlet and press the

lower part of the indoor unit until it clicks to securely

fasten to the 2 tabs on the lower part of the rear

plate. (Fig. 33)

Push

NOTE

For tubing, choose either the right or left tubing direction

and follow the steps below. This work can be made easi-

er by placing padding material (such as styrofoam) at the

rear right side of the indoor unit. (Fig. 34)

Fig. 33

I Right-side tubing

(1) Shape the refrigerant tubing so that it can easily go

into the wall hole. (Fig. 35)

(2) Push the wiring, refrigerant tubing, and drain hose

through the hole in the wall. Adjust the indoor unit so

it is securely seated on the rear panel. (Fig. 36)

Padding material

(3) Carefully bend the tubing (if necessary) to run along

the wall in the direction of the outdoor unit and then

tape as far as the fittings. (See Caution on page 15

in the outdoor unit installation manual.) The drain

hose should come straight down the wall to a point

where water runoff won’t stain the wall.

Fig. 34

Rear panel

Cover

Refrigerant

tubing

(4) Connect the refrigerant tubing to the outdoor unit.

(After performing a leak test on the connecting part,

insulate it with the tubing insulation. (Fig. 37a))

Also, refer to Section 3-6. Tubing connections in the

outdoor unit installation manual.

Inter-unit

wiring

Drain hose

(5) Assemble the refrigerant tubing, drain hose, and

conduit (including inter-unit wiring) as shown in

Fig. 37b.

Fig. 35

Refrigerant tubing

Insulation

Fig. 37a

Conduit

Drain hose

Fig. 36

Inter-unit wiring

Fig. 37b

I Left-side tubing

Rear panel

(1) Lead the tubing and drain hose through the wall,

allowing sufficient length for connection. Then bend

the tubing using a tube bender to make the attach-

ment. (Fig. 38)

Hole in wall

Wide tube

Narrow tube

Bent part

(2) Switch the drain hose and drain cap.

Fig. 38

Switching drain hose and drain cap

(a) Locate the drain hose and the drain cap. (Fig.

39)

(b) Remove the screws fastening the drain hose on

the right side, and pull out the drain hose to

remove it. (Fig. 39)

Drain cap

on the left side. (If you cannot pull it off by hand,

use a long-nose pliers.)

Drain hose

Fig. 39

(d) Reattach the drain hose to the left side and the

drain cap to the right side. (Fig. 40a)

Drain hose

Slide the drain hose fully onto the drain pan outlet

until the drain hose edge is pushed into the insula-

tion. Check that the screw holes in the drain bracket

and the drain pan outlet are aligned and securely in

contact, then fasten them with the screw. (After

attaching the drain hose, check that it is attached

securely.) (Fig. 40c)

Clamp

Drain cap

Use a Phillips screwdriver to push the drain cap in

firmly. (If it is difficult to push in, wet the cap with

water first.)

Fig. 40a

Screw hole

(3) Install the indoor unit on the rear panel.

(4) Connect the tubing and wiring led inside from out-

doors.

Drain pan outlet

(5) After completing a leak test, bundle the tubing

together with armoring tape and store it inside the

tubing storage area at the back of the indoor unit

and hold it with clamps. (Figs. 40a and 41)

Insulation

Drain bracket

Screw

Drain hose

Fig. 40c

Fig. 40b

Refrigerant tubing

Inter-unit wiring

Conduit

Fig. 41

To unmount indoor unit

Press the 2 L marks on the lower part of the indoor unit

and unlatch the tabs. Then lift the indoor unit and

unmount. (Fig. 42)

3-9. Drain Hose

a) The drain hose should be slanted downward to the

outdoors. (Fig. 43)

b) Never form a trap in the course of the hose.

c) If the drain hose will run in the room, insulate the

hose with insulation* so that chilled condensation

will not damage furniture or floors. (Fig. 44)

Push

* Foamed polyethylene or its equivalent is recom-

Fig. 42

mended.

Do not supply power to the

WARNING

unit or operate it until all

tubing and wiring to the out-

side unit are completed.

Slant

Indoor

unit

Drain

hose

Risk of Electric Shock

Fig. 43

Condensation

Insulation material

(Locally purchased)

must be used.

Fig. 44

4. How to Test Run the Air Conditioner

After turning on power to the air conditioner, use the remote

controller and follow the steps below to conduct the test run.

(1) Set the remote controller in Test Run mode.

(Fig. 59a)

a) Press and hold the ION button.

b) Then press and hold the 1HR TIMER button.

c) At the same time, press the ACL (reset) button once.

Use a pointed object such as the tip of a pen to press

the ACL button.

ON/OFF

operation

button

ION

button

• After a few seconds, “ ” appears and “oP-1” blinks in

the remote controller display area.

(Fig. 59b)

1HR.

TIMER

button

d) Release the 1HR TIMER button.

e) Release the ION button.

(2) Start Cooling mode test run by pressing the ON/OFF

operation button of the remote controller. (Fig. 59a)

• This starts the fan producing uncooled forced air with

the 4 indicator lamps (OPERATION lamp, TIMER

lamp, QUIET lamp, and ION lamp) on the main unit

blinking. (Fig. 59c)

• After 3 minutes, the system shifts into cooling opera-

tion, and cool air will start to be felt. Cool mode test

run is unaffected by the room temperature.

ACL

(Reset)

button

Fig. 59a

(3) Press the ON/OFF operation button of the remote con-

troller again to stop the test run. (Fig. 59a)

(4) Finally press the ACL (reset) button of the remote con-

troller to release it from Test Run mode to return to nor-

mal mode. (Fig. 59a)

• “ ” and “oP-1” will disappear from the remote con-

troller display area.

IMPORTANT

After the test run is completed, be sure to press the ACL

(reset) button to return to normal mode. The air conditioner

will not operate correctly if this is not done.

Fig. 59b

OPERATION lamp

TIMER lamp

QUIET lamp

ION lamp

Fig. 59c

5. Remote Control Unit Installation Position

The remote control unit can be operated from either a

non-fixed position or a wall-mounted position.

To ensure that the air conditioner operates correctly, do

not install the remote control unit in the following places:

G In direct sunlight

G Behind a curtain or other place where it is covered

G More than 26' (8 m) away from the air conditioner

G In the path of the air conditioner’s airstream

G Where it may become extremely hot or cold

G Where it may be subject to electrical or magnetic

interference

G Where there is an obstacle between the remote con-

trol unit and the air conditioner (since a check signal

is sent from the remote control unit every 5 minutes)

5-1. Mounting on a Wall

Before mounting the remote control unit, press the

ON/OFF operation button at the mounting location to

make sure that the air conditioner operates from that

location. The indoor unit should make a beeping sound

to indicate that it has received the signal.

Rear side

Remote control unit mount

Press

Mounting screws

5/32 × 5/8" (4 × 16 mm)

(Included)

Hole

Set in

place

To prevent loss of the remote control

unit, you can connect the remote

control unit to the mount by passing

a string through the remote control

unit and attachment hole.

To take out the remote control unit, pull it forward.

Fig. 61

6. Address Switch

Tab

6-1. Address Setting of the Remote Control Unit

The address can be set in order to prevent interference

between remote controllers when two Sanyo indoor units

are installed near each other. The address is normally

set to “A.” To set a different address, it is necessary to

change the address on the second remote controller.

Fig. 62

NOTE

Once changed, you cannot restore the original address

setting of the air conditioner.

(1) Switch on the power source.

(2) Break the address-setting tab marked “A” on the

second remote controller to change the address

(Fig. 62). When the tab is removed, the address is

automatically set to B (Fig. 63).

ACL button

(3) Press and hold the remote controller ION button and

1 HR TIMER button. At the same time, press the

ACL(reset) button. Use a thin object such as the tip

of a pen to press the ACL button. When this has

been done, “oP-1” (test run) appears, blinking, in the

remote controller clock display area.

Fig. 63

(4) Each time the 1 HR TIMER button is pressed, the

display changes as shown below. Press this button

2 times to change the display to “oP-7” (address

setting). (Fig. 64)

Test run mode

Selfdiagnostic mode

Adress setting mode

ON/OFF

operation

button

ION

button

(5) “oP-7” has now been selected for address setting.

1HR.

(6) Press the ON/OFF operation button on the remote

controller. (Fig. 64) Check that the “beep”signal-

received sound is heard from the second indoor unit

(approximately 5 times). The sound you hear is the

signal that the remote controller address has been

changed.

TIMER

button

(7) Finally press the remote controller ACL (reset) but-

ton to cancel the blinking “oP-7” display.

(Fig. 64)

Changing of the second remote controller address is

now completed.

ACL

(Reset)

button

Fig. 64

7. Connecting a Home Automation device

The HA (white) 4P terminal is located on the indoor unit PCB. If a HA device will

be used, connect it to this terminal.

8. Installation Check Sheet

The strength of the installation location is sufficient to support the A/C weight.

The indoor and outdoor units are installed level and vertically.

The power and voltage are as specified.

Inter-unit cables are securely inserted into the

terminal block.

Inter-unit cables are securely fixed.

The power cord and inter-unit cables are not connected anywhere along their

paths.

The ground wire is securely connected.

Thermal insulation has been applied to the tubing connections.

Drain connections are secure and water drains properly.

Putty has been used to close the hole in the wall.

Remote controller signals are being positively received.

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