Toshiba RAV-SM562BT-E User manual

AIR CONDITIONER (SPLITTYPE)
CLIMATISEUR (TYPE SPLIT)
KLIMAGERÄT (SPLIT-TYP)
CONDIZIONATORE D'ARIA (TIPO SPLIT)
AIRE ACONDICIONADO (TIPO SPLIT)
AR CONDICIONADO (TIPO SPLIT)
AIRCONDITIONER (GESPLITSTTYPE)
ÊËÉÌÁÔÉÓÔÉÊÏ (ÔÕÐÏÓ SPLIT)
<Concealed DuctType>/<Type à conduits dissimulés>
<Lüftungskanalmontage in der Zwischendecke>/<Tipo a condotto nascosto>
<Modelo con conductos ocultos>/<Tipo conduta embutida>
<Type met weggewerkte kanalen /<Ôýðïò óõãêåêáëõììÝíïõ áãùãïý
Heat Pump Model/Modèle à thermopompe
Geräte mit Heizung/Modello con pompa di riscaldamento
Modelo con bomba de calor/Modelo de bomba térmica
Model met warmtepomp/ÌïíôÝëï ìå Áíôëßá Èåñìüôçôáò
Indoor Unit/Unité intérieure Outdoor Unit/Unité extérieure
Raumeinheit/Unità interna Außengerät/Unità esterna
Unidad interior/Unidade interior Unidad exterior/Unidade exterior
Binnenunit/ÅóùôåñéêÞ mïíÜäá Buitenunit/ÅîùôåñéêÞ mïíÜäá
RAV-SM562BT-E RAV-SM562AT-E SP562AT-E
RAV-SM802BT-E RAV-SM802AT-E SP802AT-E
RAV-SM1102BT-E RAV-SM1102AT-E SP1102AT-E
RAV-SM1402BT-E RAV-SM1402AT-E SP1402AT-E
INSTALLATION MANUAL
MANUEL DINSTALLATION
INSTALLATIONS-HANDBUCH
MANUALE DINSTALLAZIONE
MANUAL DE INSTALACIÓN
MANUAL DE INSTALAÇÃO
INSTALLATIEHANDLEIDING
ÅÃ×ÅÉÑÉÄÉÏ ÅÃÊÁÔÁÓÔÁÓÇÓ
Please read this Installation Manual carefully before installing the Air Conditioner.
• This Manual describes the installation method of the indoor unit.
• For installation of the outdoor unit, follow the Installation Manual attached to the outdoor unit.
Veuillez lire attentivement ce Manuel d’installation avant d’installer le climatiseur.
• Ce manuel décrit la procédure d’installation de l’unité intérieure.
• Pour installer l’unité extérieure, reportez-vous au Manuel d’installation fourni avec l’unité extérieure.
Bitte lesen Sie dieses Handbuch sorgfältig, bevor Sie mit der Installation des Klimagerätes beginnen.
• In diesem Handbuch wird die Installation der Raumeinheit beschrieben.
• Um die Außeneinheit zu installieren, folgen Sie den Anweisungen in dem Handbuch, das der
Außeneinheit beiliegt.
Prima di installare il condizionatore d’aria, leggere con attenzione questo manuale d’installazione.
• Questo manuale descrive il metodo d’installazione dell’unità interna.
• Per l’installazione dell’unità esterna, fare riferimento al manuale d’installazione fornito insieme all’unità esterna.
Lea atentamente este Manual de instalación antes de proceder a la instalación del aparato de aire acondicionado.
• Este manual describe el método de instalación de la unidad interior.
• Para la instalación de la unidad exterior, consulte el Manual de instalación que acompaña a la unidad exterior.
Leia atentamente o presente Manual de Instalação antes de instalar o Ar Condicionado.
• O presente manual descreve o método de instalar a unidade interior.
• Para a instalação de uma unidade exterior, siga o Manual de Instalação que acompanha a unidade exterior.
Lees deze installatiehandleiding zorgvuldig door voordat u de airconditioner gaat installeren.
• Deze installatiemethode beschrijft de installatiemethode van de binnenunit.
• Zie voor de installatie van de buitenunit, de installatiehandleiding bij de buitenunit.
Ðáñáêáëþ äéáâÜóôå ðñïóå÷ôéêÜ ôï Åã÷åéñßäéï ÅãêáôÜóôáóçò ðñéí áðü ôçí åãêáôÜóôáóç ôïõ Êëéìáôéóôéêïý.
 Ôï ðáñüí Åã÷åéñßäéï ðåñéãñÜ åé ôç ìÝèïäï åãêáôÜóôáóçò ôçò åóùôåñéêÞò ìïíÜäáò.
 Ãéá ôçí åãêáôÜóôáóç ôçò åîùôåñéêÞò ìïíÜäáò, áêïëïõèÞóôå ôï Åã÷åéñßäéï ÅãêáôÜóôáóçò ðïõ óõíïäåýåé ôçí
åîùôåñéêÞ ìïíÜäá.

ADOPTION OF NEW REFRIGERANT
This Air Conditioner is a new type which adopts a new refrigerant HFC (R410A) instead of the conventional refriger-
ant R22 in order to prevent destruction of the ozone layer.
UTILISATION DU NOUVEAU REFRIGERANT
Ce climatiseur est d’un type inédit qui utilise le nouveau réfrigérant HFC (R410A) au lieu du réfrigérant traditionnel
R22, afin d’éviter la destruction de la couche d’ozone.
EINFÜHRUNG EINES NEUEN KÜHLMITTELS
Dies ist ein neuartiges Klimagerät. Anstatt des herkömmlichen Kühlmittels R22 verwendet es das neue ozonschicht-
schonende HFC Kühlmittel R410A.
ADOZIONE DI UN NUOVO REFRIGERANTE
Questo condizionatore d'aria èdi un tipo nuovo che adotta un nuovo refrigerate HFC (R410A) al posto del
refrigerante convenzionale R22, per prevenire la distruzione dello strato di ozono dell'atmosfera terrestre.
ADOPCIÓN DE NUEVO REFRIGERANTE
Este aparato de aire acondicionado es un modelo reciente que incorpora el nuevo refrigerante HFC (R410A) en
lugar del refrigerante convencional R22 para asíevitar daños en la capa de ozono.
ADOPÇÃO DO NOVO REFRIGERANTE
Este ar condicionado éum modelo novo que adopta um novo refrigerante HFC (R410A) em vez do refrigerante
convencional R22 para evitar a destruição da cama de ozono.
ÕÉÏÈÅÔÇÓÇ ÍÅÏÕ ØÕÊÔÉÊÏÕ
Ôï ðáñüí Êëéìáôéóôéêü åßíáé íÝïò ôýðïò ðïõ õéïèåôåß íÝï øõêôéêü HFC (R410A) óôç èÝóç ôïõ óõìâáôéêïý øõêôéêïý
R22 ðñïêåéìÝíïõ íá âïçèÞóåé óôçí ðñïóôáóßá ôïõ üæïíôïò.
TOEPASSINGVAN EEN NIEUW KOELMIDDEL
Deze airconditioner is een nieuwe type dat werkt met een nieuw koelmiddel HFC (R410A) in plaats van met het
conventionele koelmiddel R22, als bijdrage om de aantasting van de ozonlaag te reduceren.

CONTENTS
SOMMAIRE
INHALT
INDICE
CONTENIDO
ÍNDICE
ÐÅÑÉÅ×ÏÌÅÍÁ
INHOUD
ITALIANOESPAÑOLPORTUGUÊSÅËËÇÍÉÊÁ FRANCAIS
DEUTSCHNEDERLANDS ENGLISH
Accessory parts and Parts to be procured locally .....................1
1 PRECAUTIONS FOR SAFETY ..............................................2
2 SELECTION OF INSTALLATION PLACE..............................4
3 INSTALLATION OF INDOOR UNIT........................................5
4 AIR DUCTING WORK .............................................................9
5 DRAIN PIPING WORK ..........................................................14
6 REFRIGERANT PIPING AND EVACUATING ......................16
7 ELECTRICAL WORK ............................................................18
8 TEST RUN .............................................................................20
9 TROUBLESHOOTING ..........................................................21
10 Applicable Controls.............................................................22
11 INSTALLATION/SERVICINGTOOLS ...................................28
12 MAINTENANCE ....................................................................28
Pièces accessoires et pièces non fournies...............................29
1 MESURES DE SECURITE ...................................................30
2 SELECTION DU LIEU D’INSTALLATION............................32
3 INSTALLATION DE L’UNITE INTERIEURE .........................33
4 INSTALLATION DES CONDUITS D’AIR .............................37
5 INSTALLATION DESTUYAUX D’EVACUATION ..................42
6 TUYAUTERIE DE FRIGORIGÈNE ET ÉVACUATION ..........44
7 INSTALLATION ELECTRIQUE ............................................46
8 ESSAI DE FONCTIONNEMENT ..........................................48
9 DEPANNAGE ........................................................................49
10 COMMANDES UTILISABLES..............................................50
11 OUTILS D’INSTALLATION/D’ENTRETIEN..........................56
12 ENTRETIEN ..........................................................................56
Zubehör und bauseits bereitzustellendeTeile ..........................57
1 SICHERHEITSVORKEHRUNGEN .......................................58
2 AUSWAHL DES AUFSTELLUNGSORTES .........................60
3 INSTALLATION DER RAUMEINHEIT ..................................61
4 VERLEGEN DER LÜFTUNGSKANÄLE ..............................65
5 INSTALLATION DER ABLAUFROHRE................................70
6 KÜHLMITTELLEITUNGSSYSTEM UND ENTLÜFTUNG....72
7 ELEKTROINSTALLATION....................................................74
8 TESTLAUF ............................................................................76
9 FEHLERBESEITIGUNG .......................................................77
10 STEUERUNGSMÖGLICHKEITEN .......................................78
11 INSTALLATIONS/WARTUNGSWERKZEUGE .....................84
12 WARTUNG ............................................................................84
Accessori e parti da acquistare sul posto .................................85
1 PRECAUZIONI PER LA SICUREZZA..................................86
2 SCELTA DEL POSTO D’INSTALLAZIONE..........................88
3 INSTALLAZIONE DELL’UNITÀINTERNA ...........................89
4 POSA DI CONDOTTO PER ARIA ........................................93
5 LAVORO PERTUBAZIONE DI SCARICO ...........................98
6 TUBAZIONI DEL REFRIGERANTE E SCARICO..............100
7 RETE DEI COLLEGAMENTI ELETTRICI ..........................102
8 FUNZIONAMENTO DI PROVA ...........................................104
9 GUIDA PER I PROBLEMI DI FUNZIONAMENTO .............105
10 COMANDI APPLICABILI....................................................106
11 ATTREZZI PER INSTALLAZIONE/
ASSISTENZATECNICA .....................................................112
12 MANUTENZIONE................................................................112
Componentes accesorios y componentes de
obtención local ...........................................................................113
1 PRECAUCIONES PARA SU SEGURIDAD ........................114
2 SELECCIÓN DEL LUGAR DE INSTALACIÓN ..................116
3 INSTALACIÓN DE LA UNIDAD INTERIOR .......................117
4 TRABAJOS DE CANALIZACIÓN DEL AIRE ....................121
5 TRABAJOS DE CANALIZACIÓN DE DESAGÜE..............126
6 TUBOS DE REFRIGERANTEY EVACUACIÓN .................128
7 TRABAJOS EN EL SISTEMA ELÉCTRICO ......................130
8 PRUEBA DE FUNCIONAMIENTO .....................................132
9 SOLUCIÓN DE PROBLEMAS ...........................................133
10 CONTROLES APLICABLES ..............................................134
11 HERRAMIENTAS DE INSTALACIÓNY REPARACIÓN.....140
12 MANTENIMIENTO ..............................................................140
Acessórios e peças adquiridas localmente ............................141
1 PRECAUÇÕES DE SEGURANÇA .....................................142
2 SELECÇÃO DO LOCAL DE INSTALAÇÃO ......................142
3 INSTALAÇÃO DA UNIDADE INTERIOR............................145
4 CONDUTAS DE AR ............................................................149
5 INSTALAÇÃO DATUBAGEM DE DRENAGEM.................154
6 TUBAGEM DE REFRIGERANTE E EVACUAÇÃO ............156
7 LIGAÇÕES ELÉCTRICAS..................................................158
8 ENSAIO DE FUNCIONAMENTO........................................160
9 RESOLUÇÃO DE PROBLEMAS .......................................161
10 CONTROLOS APLICÁVEIS ...............................................162
11 FERRAMENTAS DE INSTALAÇÃO/ASSISTÊNCIA .........168
12 MANUTENÇÃO ...................................................................168
Accessoires en niet meegeleverde onderdelen ......................169
1 VOORZORGSMAATREGELEN VOOR UWVEILIGHEID ...170
2 KEUZEVAN DE LOCATIE VOOR DE INSTALLATIE ........172
3 INSTALLATIEVAN DE BINNENUNIT ................................173
4 LUCHTKANALEN ...............................................................177
5 AFVOERLEIDINGEN ..........................................................182
6 KOELMIDDELLEIDINGEN EN ONTLUCHTEN .................184
7 ELEKTRISCH GEDEELTE .................................................186
8 WERKINGSTEST................................................................188
9 STORINGEN VERHELPEN ................................................189
10 BEDIENINGSELEMENTEN................................................190
11 INSTALLATIE EN ONDERHOUDSGEREEDSCHAPPEN .. 196
12 ONDERHOUD .....................................................................196
Ðáñåëêüìåíá áíôáëëáêôéêÜ êáé
ÅîáñôÞìáôá áðü ôçí ôïðéêÞ áãïñÜ .........................................197
ÐÑÏÖÕËÁÎÅÉÓ ÁÓÖÁËÅÉÁÓ .............................................198
ÅÐÉËÏÃÇ ÔÏÕ ×ÙÑÏÕ ÅÃÊÁÔÁÓÔÁÓÇÓ ........................ 200
!ÅÃÊÁÔÁÓÔÁÓÇ ÔÇÓ ÅÓÙÔÅÑÉÊÇÓ ÌÏÍÁÄÁÓ ............... 201
"ÅÃÊÁÔÁÓÔÁÓÇ ÁÅÑÁÃÙÃÙÍ .......................................... 205
#ÅÃÊÁÔÁÓÔÁÓÇ ÓÙËÇÍÙÓÅÙÍ ÁÐÏÓÔÑÁÃÃÉÓÇÓ .........210
$ÓÙËÇÍÙÓÅÉÓ ØÕÎÇÓ ÊÁÉ ÁÐÏÓÔÑÁÃÃÉÓÇÓ .................. 212
%ÇËÅÊÔÑÏËÏÃÉÊÁ .............................................................. 214
&ÄÏÊÉÌÇ ËÅÉÔÏÕÑÃÉÁÓ ..................................................... 216
'ÁÍÔÉÌÅÔÙÐÉÓÇ ÐÑÏÂËÇÌÁÔÙÍ ................................... 217
 ÅÖÁÑÌÏÓÉÌÏÉ ÅËÅÃ×ÏÉ .................................................. 218
 ÅÑÃÁËÅÉÁ ÅÃÊÁÔÁÓÔÁÓÇÓ/ ÅÐÉÓÊÅÕÇÓ ...................... 224
 ÓÕÍÔÇÑÇÓÇ ....................................................................... 224

1
<Separate sold parts>
Accessory parts and Parts to be procured locally
rAccessory parts
rParts to be procured locally
Part name
Pipe insulator
562BT
Clamp for air 802BT
filter fixing 1102BT
1402BT
Washer for unit hung-up
Connecting pipe (Liquid side)
(6.4mm (diam.), Nominal (diam.) 1/4” thick 0.8mm)
RAV-SM562BT
(9.5mm (diam.), Nominal (diam.) 3/8” thick 0.8mm)
RAV-SM802BT, RAV-SM1102BT, RAV-SM1402BT
Connecting pipe (Gas side)
(12.7mm (diam.), Nominal (diam.) 1/2” thick 0.8mm)
RAV-SM562BT
(15.9mm (diam.), Nominal (diam.) 5/8” thick 1.0mm)
RAV-SM802BT, RAV-SM1102BT, RAV-SM1402BT
Power supply cord
2.5mm² (H07RN-F or 245IEC66) (20m or less),
3.5mm² (AWG-12) (50m or less)
Connecting cable
H07RN-F or 245IEC66 (1.5mm² or more)
Thermal insulation for refrigerant pipe
(10mm or more, thermal insulating foam polyethylene)
Thermal insulation for drain pipe
(10mm or more, foam polyethylene)
Drain pipe (Outer 32mm (diam.)) (VP25)
Tapes
Grounding cable (2.0mm (diam.) or more)
Part name
562BT
Clamp screw 802BT
1102BT
1402BT
Connecting cable for
High static pressure tap
Installation Manual
Owner’s Manual
Q’ty
2
2
4
8
Q’ty
2
4
1
1
Shape Shape
(with pedestal)
ON / OFF
FAN
TEMP.
SWING/FIXTIME
MODE
VENT
UNITSET CL
FILTER
RESET
TEST
TIMER SET
CODENo.
UNIT No.
TEST SETTING
DATA SET
R.C. No.
H
Part name
Standard wired remote
controller
Q’ty
1
Shape

2
1 PRECAUTIONS FOR SAFETY
•Ensure that all Local, National and International regulations are satisfied.
•Read this “PRECAUTIONS FOR SAFETY”carefully before Installation.
•The precautions described below include the important items regarding safety. Observe them without fail.
•After the installation work, perform a trial operation to check for any problem.
Follow the Owner’s Manual to explain how to use and maintain the unit to the customer.
•Turn off the main power supply switch (or breaker) before the unit maintenance.
•Ask the customer to keep the Installation Manual together with the Owner’s Manual.
WARNINGS
•Ask an authorized dealer or qualified installation professional to install/maintain the air
conditioner.
Inappropriate installation may result in water leakage, electric shock or fire.
•Turn off the main power supply switch or breaker before attempting any electrical work.
Make sure all power switches are off. Failure to do so may cause electric shock.
•Connect the connecting cable correctly.
If the connecting cable is connected in a wrong way, electric parts may be damaged.
•When moving the air conditioner for the installation into another place, be very careful not
to enter any gaseous matter other than the specified refrigerant into the refrigeration cycle.
If air or any other gas is mixed in the refrigerant, the gas pressure in the refrigeration cycle becomes
abnormally high and it may resultingly causes pipe burst and injuries on persons.
•Do not modify this unit by removing any of the safety guards or by by-passing any of the
safety interlock switches.
•Exposure of unit to water or other moisture before installation may cause a short-circuit of
electrical parts.
Do not store it in a wet basement or expose to rain or water.
CAUTION To Disconnect the Appliance from Main Power Supply.
This appliance must be connected to the main power supply by means of a switch with a contact separation of
at least 3 mm.
The installation fuse (25A D type ) must be used for the power supply line of this conditioner.
CAUTION New Refrigerant Air Conditioner Installation
•THIS AIR CONDITIONER ADOPTS THE NEW HFC REFRIGERANT (R410A) WHICH DOES NOT
DESTROY OZONE LAYER.
The characteristics of R410A refrigerant are ; easy to absorb water, oxidizing membrane or oil, and its pressure
is approx. 1.6 times higher than that of refrigerant R22. Accompanied with the new refrigerant, refrigerating oil
has also been changed. Therefore, during installation work, be sure that water, dust, former refrigerant, or
refrigerating oil does not enter the refrigerating cycle.
To prevent charging an incorrect refrigerant and refrigerating oil, the sizes of connecting sections of charging
port of the main unit and installation tools are charged from those for the conventional refrigerant.
Accordingly the exclusive tools are required for the new refrigerant (R410A).
For connecting pipes, use new and clean piping designed for R410A, and please care so that water or dust does
not enter. Moreover, do not use the existing piping because there are problems with pressure-resistance force
and impurity in it.
ENGLISH

3
•After unpacking the unit, examine it carefully if there are possible damage.
•Do not install in a place that might increase the vibration of the unit.
•To avoid personal injury (with sharp edges), be careful when handling parts.
•Perform installation work properly according to the Installation Manual.
Inappropriate installation may result in water leakage, electric shock or fire.
•When the air conditioner is installed in a small room, provide appropriate measures to
ensure that the concentration of refrigerant leakage occur in the room does not exceed the
critical level.
•Install the air conditioner securely in a location where the base can sustain the weight
adequately.
•Perform the specified installation work to guard against an earthquake.
If the air conditioner is not installed appropriately, accidents may occur due to the falling unit.
•If refrigerant gas has leaked during the installation work, ventilate the room immediately.
If the leaked refrigerant gas comes in contact with fire, noxious gas may generate.
•After the installation work, confirm that refrigerant gas does not leak.
If refrigerant gas leaks into the room and flows near a fire source, such as a cooking range, noxious gas might
generate.
•Electrical work must be performed by a qualified electrician in accordance with the
Installation Manual. Make sure the air conditioner uses an exclusive power supply.
An insufficient power supply capacity or inappropriate installation may cause fire.
•Use the specified cables for wiring connect the terminals securely fix. To prevent external
forces applied to the terminals from affecting the terminals.
•Conform to the regulations of the local electric company when wiring the power supply.
Inappropriate grounding may cause electric shock.
•Do not install the air conditioner in a location subject to a risk of exposure to a combustible
gas.
If a combustible gas leaks, and stays around the unit, a fire may occur.
1 PRECAUTIONS FOR SAFETY

4
2 SELECTION OF INSTALLATION PLACE
WARNING
•Install the air conditioner at enough strong place to withstand the weight of the unit.
If the strength is not enough, the unit may fall down resulting in injury.
•Install the air conditioner at a height 2.5m or more from the floor.
If you insert your hands or others directly into the unit while the air conditioner operates, it is dangerous
because you may contact with revolving fan or active electricity.
CAUTION
•Do not install the air conditioner in a location subject to a risk of exposure to a combustible gas.
If a combustible gas leaks and stays around the unit, a fire may occur.
Upon approval of the customer, install the air conditioner in a place that satisfies the following conditions.
•Place where the unit can be installed horizontally.
•In the process after removing the ceiling panel, it important to reinforce the groundwork (framework) and keep
a level correctly of the existing ceiling to prevent vibration of the ceiling panel.
•Place where a sufficient servicing space can be ensured for safety maintenance and check.
•Place where drained water will not cause any problem.
Avoid installing in the following places.
•Place exposed to air with high salt content (seaside area), or place exposed to large quantities of sulfide gas
(hot spring). (Should the unit be used in these places, special protective measures are needed.)
•Place exposed to oil, vapor, oil smoke or corrosive gas.
•Place where organic solvent is used nearby.
•Place close to a machine generating high frequency.
•Place where the discharged air blows directly into the window of the neighboring house. (For outdoor unit)
•Place where noise of the outdoor unit is easily transmitted.
(When installing the air conditioner on the boundary with the neighbor, pay due attention to the level of noise.)
•Place with poor ventilation. (Before air ducting work, check whether value of air volume, static pressure and
duct resistance are correct.)
Installation space
Secure the space required to installation
and servicing.
Selection of installation place
In case of continued operation of the indoor unit under high-
humidity conditions as described below, dew may condense
and water may drop.
Especially, high-humidity atmosphere (dew point temperature :
23°C or more) may generate dew inside the ceiling.
1. Unit is installed inside the ceiling with slated roof.
2. Unit is installed at a location using inside of the ceiling as
fresh air take-in path.
3. Kitchen
If installing a unit at such place, adhere insulating material
(glass wool, etc.) additionally over all the positions of the
indoor unit which come to contact with high-humidity
atmosphere.
Advice
Set a check service opening panel at right side of the unit
(size: 450 x 450mm) for piping, maintenance, and servicing.
100 for service space
Refrigerant piping
Drain piping
Maintenance etc.
Check/service
opening panel
100 or more 450
200
450
420
or more

5
3 INSTALLATION OF INDOOR UNIT
WARNING
Install the air conditioner certainly at a place to sufficiently withstand the weight.
If the strength is insufficient, the unit may fall down resulting in human injury.
Perform a specified installation work to guard against an earthquake.
An incomplete installation can cause accidents by the units falling and dropping.
Installation procedure
1. Lay drain pipes, refrigerant pipes, and connecting cables behind wall
or ceiling concurrently with supply/drain water work and piping work.
2. Install the mounting frames of supply/return air panels
3. Position the refrigerant and drain pipes
5. Connect cables and pipes
4. Install the indoor unit
• Preparation for installation • Setting/fixing of indoor unit
6. Install supply/return air panels
7. Mount thermal insulation
8. Mount check port

6
External view
REQUIREMENT
The hanging bolt pitch on horizontal direction (B) is not halved at center with the ceiling opening size.
Therefore, check the relational position in the following figure.
•Dimension
RAV-SM562BT
RAV-SM802BT
RAV-SM1102, 1402BT
In case of concrete slab
A hole-in-anchor, a hole-in-plug, or a hole-in-bolt is used.
ABCDEFGHJKMN
700 766 690 750 780 12.7 6.4 252 280 280 1 2
1000 1066 990 1050 1080 15.9 9.5 252 580 290 2 3
1350 1416 1340 1400 1430 15.9 9.5 252 930 310 2 4
In case of steel structure
Angle is used as it is, or a support angle is newly set.
Hanger bolt
Hanging bolt Support angle
110
129
44
49
Knock-out hole Ø125
(Air take-in port)
6-Ø4 Tapping screw undersized
hole Ø160
Hanging bolt pitch 700 5941 Main unit dimension 800
75
Hanging bolt pitch B
Main unit dimension A
J = M x K H
Discharge port flange
N-Ø200
Hanging bolt
4-M10 screw
(Arranged
locally)
60~260
9
Suction port
canvas
(Separate sold)
C
Ceiling open size D
Panel external dimension E
Panel C.L
410
Ceiling open size 470
Panel external dimension 500
Ø26 Power supply,
remote controller
cable take-out port
Refrigerant pipe
connecting port
(Liquid side ØG) Suction port
flange
(Separate sold)
Suction port
panel
(Separate sold)
Drain pipe connecting port
for vinyl chloride pipe
(Inner dia. 32, VP. 25)
41
196
393
498
638
50
131
243
50
Refrigerant pipe
connecting port
(Gas side ØF)
174
320

7
1. Hanging down of indoor unit
Refer to installation figures of hanging material and
hanging bolt.
•Adjustment of hanging bolt length and nut
position
Adjust hanging bolt length and nut position as
shown in the figure before hanging down the
indoor unit.
•Using the level vial, etc., set the horizontal level
of the main unit within 5mm.
Considering pipe/wire connecting work inside the ceiling after the indoor unit has been hanged, select an installation
place and determine piping direction.
•If the ceiling has been already set, prepare refrigerant pipe, drain pipe, connecting wire, switch panel cord, etc. at
the place where pipe and wire are connected before hanging the main unit.
Mounting of clamp (Accessory)
In order to avoid falling of the air filter, be sure to mount the attached clamps with stepped screws.
(562BT : 2, 802BT to 1402BT : 4)
•Clamp mounting •Removal of air filter
Clamp
Stepped screw
Pull out filter downward
while holding the frames.
Hanging bolt
(W3/8 or M10)
Nut
(W3/8 or M10)
1)
M10 flat washer
(Accessory)
2)
M10 flat washer
(Accessory)
Nut
(W3/8 or M10)
3 INSTALLATION OF INDOOR UNIT
1) Required those other than M10 flat washer at site.
2) To prevent falling-off of bolt (safety), be sure to set
it just under the hanging bracket as shown in the
figure.

8
Concealed duct type
Ledge ceiling concealed duct type
NOTE:
•Opening area of the return grille should be larger than
the one for suction port (Air filter) of the indoor unit.
Channel
Supply chamber
Supply grille
Supplying
Supplying
Returning Return air grille
Indoor unit
200mm (diam.)
round duct
Supply grille
Supplying
Supplying
Indoor unit
200mm (diam.)
round duct
Supply
chamber
Returning
Return air grille
NOTE:
•Recommended supplying grille size 400 cm²each or more
Quality of supplying grilles
SM562BT
SM802BT
SM1102BT
SM1402BT
2
3
4
4
Restriction to installation
1. Installation clearance
•As shown in the figure, keep clearance around the indoor unit.
100mm
or more 300mm
or more
Inner ceiling
100mm or more

9
Static pressure characteristics of each model
4 AIR DUCTING WORK
Fig. 2 RAV-SM562BT (Square duct)
Fig. 1 RAV-SM562BT (Round duct) Fig. 3 RAV-SM802BT (Round duct)
Fig. 4 RAV-SM802BT (Square duct)
140
120
100
80
60
40
20
0
500 700 780 900
Standard air volume 780m³/h
Static pressure (Pa)
Air volume m³/h
140
120
108
100
80
60
40
20
0
500 700 780 900
Standard air volume 780m³/h
Static pressure (Pa)
Air volume m³/h
140
120
100
80
60
40
20
0
800 1000
12001140 1300
Standard air volume 1140m³/h
Static pressure (Pa)
Air volume m³/h
140
120
100
80
60
40
20
0
800 1000
12001140 1300
Standard air volume 1140m³/h
Static pressure (Pa)
Air volume m³/h
Air volume limit (Max.)
Usable limit
Usable limit
Usable limit
Usable limit
High static pressure 2H tap
High static pressure 2H tap
High static pressure 2H tap
High static pressure 2H tap
Low static pressure H tap
Standard L tap
High static pressure 1H tap
Standard H tap
Low static pressure H tap
Standard L tap
High static pressure 1H tap
Standard H tap
Low static pressure H tap
Standard L tap
High static pressure 1H tap
Standard H tap
Low static pressure H tap
Standard L tap
High static pressure 1H tap
Standard H tap
Air volume limit (Min.)
Air volume limit (Max.)
Air volume limit (Min.)
Air volume limit (Max.)
Air volume limit (Min.)
Air volume limit (Max.)
Air volume limit (Min.)

10
Fig. 5 RAV-SM1102BT (Round duct) Fig. 7 RAV-SM1402BT (Round duct)
Fig. 6 RAV-SM1102BT (Square duct) Fig. 8 RAV-SM1402BT (Square duct)
140
120
100
80
60
40
20
0
1200 1620 2000
Standard air volume 1620m³/h
Static pressure (Pa)
Air volume m³/h
140
120
100
80
60
40
20
0
1200 1620 2000
Standard air volume 1620m³/h
Static pressure (Pa)
Air volume m³/h
140
120
100
80
60
40
20
0
1200 1800 1980 2200 2400
Standard air volume 1980m³/h
Static pressure (Pa)
Air volume m³/h
140
120
100
80
60
40
20
0
1200 1800 1980 2200 2400
Standard air volume 1980m³/h
Static pressure (Pa)
Air volume hm³/h
Usable limit
Usable limit
Usable limit
Usable limit
High static pressure 2H tap
High static pressure 2H tap
High static pressure 2H tap
High static pressure 2H tap
Low static pressure H tap
Standard L tap
High static pressure 1H tap
Standard H tap
Low static pressure H tap
Standard L tap
High static pressure 1H tap
Standard H tap
Low static pressure H tap
Standard L tap
High static pressure 1H tap
Standard H tap
Low static pressure H tap
Standard L tap
High static pressure 1H tap
Standard H tap
Air volume limit (Max.)
Air volume limit (Min.)
Air volume limit (Max.)
Air volume limit (Min.)
Air volume limit (Max.)
Air volume limit (Min.)
Air volume limit (Max.)
Air volume limit (Min.)

11
Installation reference (Example for RAV-SM802BT model)
The air supply ducting work is classified in two ways, one is branched by the round ducts, and the other is branched
by the square ducts. (Be sure to divide the air supply duct into three or more branches.)
4 AIR DUCTING WORK
25mm or more
Ø150mm or more
Density of thermal
insulator (glass wool) is
24 kg/m³ or equivalent.
CAUTION
Incomplete thermal insulation of the supply air flange and sealing may cause dew drops.
In case of the square duct, apply the thermal insulator
of thickness 25mm or more to the duct board. For the
thermal insulator, use high-density glass wool of
weight 64kg/m3.
Thermal insulator with
sticking material
(50mm-width, 6mm (t))
Aluminum tape
(Seal : 50mm-width)
Aluminum tape
(Seal : 50mm-width)
Square duct board
25mm-thickness,
64kg/m³ or equivalent
Thermal insulator
with sticking material
(50mm-width, 6mm-thickness)
Screws
(6 pieces)
Screws
(6 pieces)
Flange
(procured locally)
Indoor unit side
Thermal insulator
at indoor unit side
Stuck already at
shipment from the factory
Fit to the arrow
direction by pushing.
Fit to the arrow
direction by pushing.
Fit to the arrow
direction by pushing.
Fit to the arrow
direction by pushing.
Seal/thermal insulator
with sticking material
(25mm-width, 6mm (t))
Seal/thermal insulator
with sticking material
(25mm-width, 6mm (t)) ( )
( )
Thermal insulator
at indoor unit side
Stuck already at
shipment from the factory
( )
Attach by pushing to
the arrow direction.
(Outside corner direction)
( )
Thermal insulator
25mm-thickness,
24kg/m³ or equivalent
Round duct Flange
Fit the seal/thermal insulator (25mm-width, 6mm-thickness)
by pushing to the arrow direction so that no gap can be
found between the flange and the round duct.
Fig. 2 (a) Fig. 2 (b)
25mm or more
Duct board Density of thermal
insulator (glass wool) is
64 kg/m³ or equivalent.
<Round duct>
In case of the round duct, use the thermal insulator of
thickness 25mm or more and inner diameter 150mm
or more to the duct board.
(If the inner diameter is not enough, resistance
increase, as the result, air does not flow smoothly and
loss of the static pressure increases.) For the thermal
insulator, use high-density glass wool of 24kg/m3 or
equivalent.
<Square duct> (Reference for square duct)
When using the square duct, change the type of the air
supply flange from round type to square flange at the
local site.
Connecting method of the duct
1. Supply air side
<Round duct> <Square duct>

12
Connecting method of the duct
1. Supply air side
<Round duct>
1. Make the round duct according to inner dimension
of the flange
Use a glass wool board with inside/outside finishing
25mm-thickness and 24kg/m³-density.
2. Connect the flange and each type of duct. (Fig. 1)
Fig. 1
Fig. 2
Points at installation work
nGeneral cautions
1. Considering installation places of indoor unit supply chamber, structure of the building and determine the duct
path.
2. In order to utilize the static pressure characteristics of the air supply in the indoor unit, design the duct branching
having the large size of the air supply chamber or setting distance to the first branch as long as possible
(Min. : 200mm or longer) so that an even air volume can be obtained.
Especially, when branching just after air supply of the indoor unit, air concentrates at the center part and is
difficult to flow to the ducts at both sides.
3. Connect each connecting section surely, and apply sufficient thermal insulation.
In this model of which the duct is branched in the ceiling, compared with the model for ordinary houses, the high
temperature generates on the periphery in the cooling time (Especially, at attic and etc.), temperature difference
increases between the supply air and outside of the duct, and dewing may occur.
Dewing on the surface of the thermal insulator covering the metal connecting section or leaking portion of the
cooled air may cause a trouble such as water drops.
4. Thermal insulation of screwing sections is necessary.
Prevent dewing by applying thermal insulation to 6 screws those fix the duct flange of the air supply chamber.
•For duct parts, the flexible branch duct (thermal insulation, 25mm or more thickness) is recommended.
•Adjust the duct length to 6m or less even for straight pipe, and avoid sharp bending (Air flow resistance is
large.) if bending.
<Square duct>
1. Using 6 screws, mount the flange to the supply air
port of the indoor unit. (Fig. 2)
2. Make the square duct according to inner dimension
of the flange A x B .
Use a glass wool board with inside/outside finishing
25mm-thickness and 24kg/m³-density.
3. Connect the flange and each type of duct. (Fig. 3)
Fig. 3
A
B
( )
Thermal insulator (50mm (w), 6mm (t))
Seal
Thermal insulator :
25mm (w), 6mm (t)
Aluminum tape
(50mm-width)
Square
duct board
(25mm)
25mm End
Indoor unit
( )
Thermal insulator (50mm (w), 6mm (t))
Seal
Thermal insulator :
25mm (w), 6mm (t)
Aluminum tape
(50mm-width)
Round duct board
Thermal insulator
(25mm thickness, 24kg/m³ or equivalent)
25mm
End
Indoor unit

13
4 AIR DUCTING WORK
Hanging of indoor unit
Lift up the unit with a lifter, etc., and set the hanging metal in the
hanging bolt.
•Hook nut of the hanging bolt to the groove of the hanging metal on
the main unit.
•Using the level, etc., install the main unit horizontally.
Failure to do this will cause water leakage
Hanging bracket
Washer
Nut
Hanging bolt
Mounting of filter and canvas for suction port
1. Mount a long-life filter or a high-performance filter according to each Installation Manual.
2. Mount the canvases for suction port to the lower side of the above filter.
Mounting of remote controller
For the mounting of the wired remote controller, refer to the Installation Manual attached to the remote controller.
•Take out the remote controller cord together with the refrigerant pipe or drain pipe. Be sure to set the remote
controller cord so that it passes through the upper side of the refrigerant pipe and drain pipe.
For reference
<Square duct> (Procured locally)
28
D
A
18 18
25
2828
18
18
25
28
E K K
F15
I28
25
25 25
H
A
JJ
28
B
C
A
E
18 18
25
2828
18
18
25
28
E
F15
I28
25
25 25
H
A
JJ
G-Ø5 mm holes G-Ø5 mm holes
Return Air side
For supply
air side
For return
air side
Supply Air side
JKIHGFEDCBA
—
350
525
227.5
307.5
552.5
—
—
—
130
130
130
195
195
195
132.5
132.5
132.5
350
500
675
275
425
600
4
8
8
20
28
40
390
390
390
245
245
245
420
420
420
265
265
265
—
—
—
530
830
1180
400
430
580
65
65
65
—
700
1050
455 (65 x 7)
715 (65 x 11)
1105 (65 x 17)
700
1000
1350
550
850
1200
SM562BT
SM802BT
SM1102, 1402BT
SM562BT
SM802BT
SM1102, 1402BT
Model
Return Air side
(Return filter side)
Supply Air side

14
5 DRAIN PIPING WORK
Piping material
•For laying pipes underground, use hard vinyl
chloride pipe. VP25 (Inner diamater Ø32mm)
Piping and cautions
•Set drain side of pipe at downward slope.
(1/100 or more)
•Be sure to apply thermal insulation (foaming
polyethylene, 10mm-thickness or more) for pipes
passing through the room.
•Adhere the connecting sections with vinyl chloride
agent surely so that no water leakage is caused.
•Apply adhesive agent without unevenness around
the portion approx. 40mm from the end of hard
polyvinyl-chloride pipe.
•Push the vinyl pipe in the drain socket completely
up to the end of the socket.
•Do not apply strength to the connecting part until
the adhesive agent has dried and hardened.
•Support the piping with hanging bracket so that the
force is not applied to connection sections of pipe
and pipe is not waved.
NOTES :
•Do not make slack or trap at halfway across piping.
•Set pipes so that the end of drain pipe is not dipped in
water, and also keep space 50mm or more to the
ground.
•After piping work, check if water drains smoothly.
•Hole should be made at a slight downward slant to
the outdoor side.
•When connecting extension drain hose, insulate the
connecting part of extension drain hose with shield
pipe.
Thermal-insulating process
•After checking water drain, be sure to apply the
thermal-insulating for connecting portion of the
pipes.
•Apply taping so that there is no clearance on the
fitting part of thermal-insulator of the main unit with
the insulator procured locally.
Trap
NO GOOD
Arched shape
Support
bracket
1/100 or more
downward slope
Thermal
insulator
Indoor
unit 1.5m to 2m
50 mm
or more
OK NO GOOD
Do not put the drain hose
end into water or drainage.
•As shown in the figure, set the collective piping such
as the ceiling duct so that waste water does not back
up from the main pipe.
Fit insulator so that
there is no clearance.
Hard polyethylene vinyl pipe
(Procured locally) Thermal insulator
(Procured locally)
Fix thermal insulator
by taping Thermal insulator
(Main unit side)

15
As long as possible (Approx.100mm)
VP 30 or more Downward grading
1/100 or more
VP 30VP 30VP 30
Less than 20m
Extended
ventilating pipe
Drain-up
If down-slope cannot be set on a drain pipe, drain-up is
possible.
•Set the height of drain pipe 550mm or less from the bottom
face of the indoor unit.
•Pull out the drain pipe from connecting port of the drain
pipe of the indoor unit by 100mm or shorter, and stand up it
vertically.
•After standing up it vertically, arrange immediately so that it
is set with down-slope.
Connection of the drain hose
•Insert the drain hose completely into
the connecting port of the drain pan.
•Apply thermal insulation surely to the
drain hose with socket thermal insulation seal.
Check of water drain
After drain pipe work, check that water is drained and there is
no water leak from pipe connection portion. In this time, also
check there is no trouble of motor sound of the drain pump.
Be sure also to perform this check when installing the unit in
heating time.
After electric piping work
•Before installing a panel, infuse water as shown in the
following figure. By operating the unit in COOL mode,
check that water is drained from the drain pipe and then
check there is no water leak from the drain pipe.
Before electric piping work
•Pull out the float switch connector (3P: Red) from
connector (CN34: Red) on P.C. board of the electric parts
box. (In this time, be sure to check the power has been
turned off.)
•Connect 220–240V single-phase to L and N of the power
supply terminal block. (Never apply 220–240V to
A , B , U1, and U2of the terminal block, otherwise it
causes a trouble of P.C. board.)
•Infuse water followed to the figure below.
(Water amount: 1500cc to 2000cc)
•The drain pump automatically operates by power-on.
Check that water is drained from the drain pipe and then
check there is no water leak from the drain pipe.
•After checking water drain and water leak, turn off the
power, connect the float switch connector to the original
position (CN34) of P.C. board, and then return the electric
parts box to the original position.
Standing-up: 550mm or less
100mm or
shorter
Indoor unit
Insert the end of hose
up to the near of suction
port of drain pump.
Service plate
Black Red White
Black
L N
220–240V ~
single-phase
Pull out CN34 connector
from P.C. board.
5 DRAIN PIPING WORK

16
6 REFRIGERANT PIPING AND EVACUATING
Refrigerant piping
1. If the outdoor units are to be mounted on a wall,
make sure that the supporting platform is
sufficiently strong. The platform should be
designed and manufactured to maintain its strength
over a long period of time, and sufficient
consideration should be given to ensuring that the
outdoor unit will not fall.
2. Use copper pipe with 0.8 mm or more
thickness.
(In case pipe size is Ø15.9, with 1.0mm or more.)
3. Flare nut and flare works are also different from
those of the conventional refrigerant.
Take out the flare nut attached to the main unit of
the air conditioner, and use it.
CAUTION
IMPORTANT 4 POINTS FOR PIPING WORK
1. Remove dust and moisture from the inside of
the connecting pipes.
2. Tight connection (between pipes and unit)
3. Evacuate the air in the connecting pipes using
VACUUM PUMP.
4. Check the gas leakage. (connected points)
Permissible piping length and heat
They vary according to the outdoor unit. For details,
refer to the Installation Manual attached to the outdoor
unit.
Flaring
+0
- 0.4
B
•Projection margin in flaring : B (Unit : mm)
Rigid (Clutch type)
•Flaring dia meter size : A (Unit : mm)
*In the case of flaring for R410A with the conventional
flare tool, pull out it approx.
0.5 mm more than that for R22 to
adjust to the specified flare size.
The copper pipe gauge is useful
for adjusting projection margin size.
Tightening connection
CAUTION
•Do not apply excessive torque. Otherwise, the
nut may crack depending on the conditions.
(Unit : N•m)
•Tightening torque of flare pipe connections
Pressure of R410A becomes higher than that of R22.
(Approx. 1.6 times) Therefore, using a torque
wrench, tighten firmly the flare pipe connecting
sections which connect the
indoor and outdoor units up to
the specified tightening torque.
Incorrect connections may
cause not only a gas leakage,
but also a trouble of the
refrigeration cycle or
compressor damage.
Align the centers of the connecting pipes and tighten
the flare nut as far as possible with your fingers. Then
tighten the nut with a spanner and torque wrench as
shown in the figure.
Flare at
indoor
unit side
Flare at
outdoor
unit side
Half union Flare nut
Externally
threaded side Internally
threaded side
Use a wrench to secure. Use a torque wrench to tighten.
Outer diam. of
copper pipe
6.4 to 15.9
R410A tool used
R410A R22
0 to 0.5 (Same as left)
Conventional tool used
R410A R22
1.0 to 1.5 0.5 to 1.0
Outer diam. of copper pipe
6.4
9.5
12.7
15.9
A
R410A R22
9.1 9.0
13.2 13.0
16.6 16.2
19.7 19.4
Outer diam. of copper pipe
6.4 mm (diam.)
9.5 mm (diam.)
12.7 mm (diam.)
15.9 mm (diam.)
Tightening torque
14 to 18 (1.4 to 1.8 kgf•m)
33 to 42 (3.3 to 4.2 kgf•m)
50 to 62 (5.0 to 6.2 kgf•m)
63 to 77 (6.3 to 7.7 kgf•m)
Insert a flare nut into the pipe, and flare the pipe.
As the flaring sizes of R410A differ from those of
refrigerant R22, the flare tools newly manufactured for
R410A are recommended.
However, the conventional
tools can be used by
adjusting projection margin
of the copper pipe.
Imperial (Wing nut type)
Outer diam. of copper pipe
6.4 or 9.5
12.7 or 15.9
R410A R22
1.5 to 2.0 1.0 to 1.5
2.0 to 2.5 1.5 to 2.0
A

17
Piping with outdoor unit
•Shape of valve differs according to the outdoor unit.
For details of installation, refer to the Installation
Manual of the outdoor unit.
Air purge
Using a vacuum pump, perform vacuuming from the
charge port of valve of the outdoor unit.
For details, follow to the Installation Manual attached
to the outdoor unit.
•Never use the refrigerant sealed in the outdoor unit
for air purge.
REQUIREMENT
For the tools such as charge hose, etc., use those
manufactured exclusively for R410A.
Refrigerant amount to be added
For addition of the refrigerant, add refrigerant “R410A”
referring to the attached Installation Manual of outdoor
unit.
Be sure to use a scale to charge the refrigerant of
specified amount.
REQUIREMENT
•Charging an excessive or too little amount of
refrigerant causes a trouble of the compressor.
Be sure to charge the refrigerant of specified
amount.
•A personnel who charged the refrigerant should
write down the pipe length and the added
refrigerant amount in the nameplate attached to
the service panel of the outdoor unit. It is
necessary to troubleshoot the compressor and
refrigeration cycle malfunction.
Open the valve fully
Open the valve of the outdoor unit fully. A 4mm-
hexagonal wrench is required for opening the valve.
For details, refer to the Installation Manual attached to
the outdoor unit.
Gas leak check
Check with a leak detector or soap water whether gas
leaks or not, from the pipe connecting section or cap
of the valve.
REQUIREMENT
Use a leak detector manufactured exclusively for
HFC refrigerant (R410A, R134a, etc.).
Thermal insulation process
Apply thermal insulation for the pipes separately at
liquid side and gas side.
For the thermal insulation to the pipes at gas side, be
sure to use the material with heat-resisting
temperature 120°C or higher.
Using the attached thermal insulation material, apply
the thermal insulation to the pipe connecting section of
the indoor unit securely without gap.
REQUIREMENT
Apply the thermal insulation to the pipe connecting
section of the indoor unit securely up to the root
without exposure of the pipe. (The pipe exposed to
the outside causes water leak.)
6 REFRIGERANT PIPING AND EVACUATING