Hitachi RCI-1.0FSN1E User manual

RCI UNIT
ENGLISH
ESPAÑOL
DEUTSCH
FRANÇAIS
ITALIANO
PORTUGUÊS
DANSK
NEDERLANDS
SVENSKA
EËËHNIKA
Read and understand this manual before using this air conditioner. Keep this manual for future reference.
Lea cuidadosamente este manual antes de poner en marcha el equipo de aire acondicionado. Guarde este manual en un lugar seguro por si
necesita consultarlo en el futuro.
Diese Bedienungsanleitung vor der inbetriebnahme der Klimaanlage gelesen und verstanden werden. Das Handbuch für spätere
Rückfragen aufbewahren.
Lire attentivement ce manuel avant taute utilization du climatiseur, et le conserver pour référence ultérieure.
Leggere attentamente il presente manuale prima di utilizzare questo condizionatore d’aria. Conservarlo da parte per future consultazioni.
Leia e compreenda este manual antes de operar este ar condicionado. Guarde este manual para futura referencia.
De bor laese og forsta denne vejledning, for de tager dette dlimaanlaeg i brug. Opbervar vejledningen til senere reference.
Lees deze hadleiding aandachtig door alvorens de airconditioning in gebruik te nemen.
Läs och första denna manual innan Du sätter igang luftkonditioneraren. Förvara denna manual förvara denna manual för framtida behow.
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INSTALLATION MANUAL
MANUAL DE INSTALACIÓN
INSTALLATIONSANLEITUNG
MANUEL D’INSTALLATION
MANUALE DI INSTALLAZIONE
RCI-1.0FSN1E
RCI-1.5FSN1E
RCI-2.0FSN1E
RCI-2.5FSN1E
RCI-3.0FSN1E
RCI-3.5FSN1E
RCI-4.0FSN1E
RCI-5.0FSN1E
RCI-6.0FSN1E
MANUAL DE MONTAGEM
INSTALLATIONSVEJLEDNING
INSTALLATIEHANDLEIDING
AIRCONDITIONING
INSTALLATIEHANDLEIDING
ERXEIPIAIO ERKAAETAEHE
4-WAY CASSETTE TYPE INDOOR UNIT + OPTIONAL AIR PANEL
P-G23WA2

Õ
DANGER – Immediate hazard which WILL result in severe injury or death.
PELIGRO – Riesgos inmediatos que PRODUCIRÁN lesiones personales graves e incluso la muerte.
GEFAHR – Unmittelbare Gefahrenquellen, die zu schweren Verletzungen oder zum Tod führen.
DANGER – Dangers instantanés de blessures corporelles sévères ou de mort.
PERICOLO – Pericolo immediato che PRODURRÀ ferite gravi o la morte.
PERIGO – Problemas imediatos que IRÃO resultar em graves ferimentos pessoais ou morte.
FARE – Overhængende fare, som VIL resultere i alvorlig personskade eller dødsfald.
GEVAAR – Onmiddellijke risico's die ernstige persoonlijke verwondingen of de dood ten gevolge kunnen hebben.
FARA – Omedelbar risk som medför svår personskada eller död.
KINAYNO – Άµεσος κίνδυνος που ΘΑ έχει ως αποτέλεσµασοβαρές σωµατικές βλάβες ήθάνατο.
Ô
WARNING – Hazards or unsafe practices which COULD result in severe personal injuries or death.
AVISO – Riesgos o prácticas poco seguras que PODRÍAN producir lesiones personales e incluso la muerte.
WARNUNG – Gefährliche oder unsichere Anwendung, die zu schweren Körperverletzungen oder zum Tod
führen kann.
ATTENTION – Utilisation dangereuse ou sans garantie de sécurité qui PEUT provoquer de sévères blessures
personnelles ou la mort.
AVVISO – Pericoli o azioni pericolose che POTREBBERO avere come esito lesioni fisiche gravi o il decesso.
AVISO – Riesgos o prácticas poco seguras que PUEDEN producir lesiones personales e incluso la muerte
ADVARSEL – Farer eller farlig brug, som KAN resultere i alvorlig personskade eller dødsfald.
WAARSCHUWING – Gevaren of onveilige praktijken die ernstig persoonlijk letsel of de dood tot
gevolg KUNNEN hebben.
VARNING – Risker eller osäkra tillvägagångssätt som KAN leda till svåra personskador eller dödsfall.
ΠΡΟΕΙ∆ΟΠΟΙΗΣΗ – Κίνδυνοι ήεπικίνδυνες πρακτικές, οι οποίες ΜΠΟΡΕΙ να έχουν ως αποτέλεσµασοβαρές
σωµατικές βλάβες ήθάνατο.

CAUTION – Hazards or unsafe practices which COULD result in minor personal injury or product or property damage.
PRECAUCIÓN – Riesgos o prácticas poco seguras que PODRÍAN provocar lesiones personales de menor
importancia o daños en el producto u otros bienes.
VORSICHT – Gefährliche oder unsichere Anwendung, die geringfügigen Personen-, Produkt- oder Sachschaden
verursachen kann.
PRECAUTION – Utilisation dangereuse ou sans garantie de sécurité qui PEUT provoquer des blessures mineures
ou des dommages au produit ou aux biens.
ATTENZIONE – Pericoli o azioni pericolose che POTREBBERO avere come esito lesioni fisiche minori o danni
al prodotto o ad altri beni.
CUIDADO – Perigos e procedimentos perigosos que PODERÃO PROVOCAR danos pessoais ligeiros ou danos
em produtos e bens.
FORSIGTIG – Farer eller farlig brug, som KAN resultere i mindre skade på personer, produkt eller ejendom.
LET OP – Gevaren of onveilige praktijken die licht persoonlijk letsel of beschadiging van het product
of eigendommen tot gevolg KUNNEN hebben.
VARSAMHET – Risker eller farliga tillvägagångssätt som KAN leda till mindre personskador eller skador
på produkten eller på egendom.
ΠΡΟΣΟΧΗ – Κίνδυνοι ήεπικίνδυνες πρακτικές, οι οποίες ΜΠΟΡΕΙ να έχουν ως αποτέλεσµατην πρόκληση
ελαφρών σωµατικών βλαβών ήκαταστροφή περιουσίας.

IMPORTANT NOTE: The FSN1E units refered in this manual can be operated with R407C or R410A depending on
Outdoor Unit Combination. Refer to the system information located in the manual of the
Outdoor Unit.
NOTA IMPORTANTE: The FSN1E units refered in this manual can be operated with R407C or R410A depending on
Outdoor Unit Combination. Refer to the system information located in the manual of the
Outdoor Unit.
WICHTIGER HINWEIS: The FSN1E units refered in this manual can be operated with R407C or R410A depending on
Outdoor Unit Combination. Refer to the system information located in the manual of the
Outdoor Unit.
NOTE IMPORTANTE : The FSN1E units refered in this manual can be operated with R407C or R410A depending on
Outdoor Unit Combination. Refer to the system information located in the manual of the
Outdoor Unit.
NOTA IMPORTANTE: The FSN1E units refered in this manual can be operated with R407C or R410A depending on
Outdoor Unit Combination. Refer to the system information located in the manual of the
Outdoor Unit.
NOTA IMPORTANTE: The FSN1E units refered in this manual can be operated with R407C or R410A depending on
Outdoor Unit Combination. Refer to the system information located in the manual of the
Outdoor Unit.
VIGTIG INFORMATION: The FSN1E units refered in this manual can be operated with R407C or R410A depending on
Outdoor Unit Combination. Refer to the system information located in the manual of the
Outdoor Unit.
BELANGRIJKE OPMERKING: The FSN1E units refered in this manual can be operated with R407C or R410A depending on
Outdoor Unit Combination. Refer to the system information located in the manual of the
Outdoor Unit.
VIKTIGT! The FSN1E units refered in this manual can be operated with R407C or R410A depending on
Outdoor Unit Combination. Refer to the system information located in the manual of the
Outdoor Unit.
ΣΗΜΑΝΤΙΚΗ ΣΗΜΕΙΩΣΗ:The FSN1E units refered in this manual can be operated with R407C or R410A depending on
Outdoor Unit Combination. Refer to the system information located in the manual of the
Outdoor Unit.

1
NAME OF PARTS 1
1. NAME OF PARTS
RCI
No. Part Name
1Fan
2 Fan Motor
3 Heat Exchanger
4 Distributor
5 Expansion Valve
6 Electric Control Box
7 Gas Refrigerant Connection
8 Liquid Refrigerant Connection
9 Drain Pipe Connection
10 Motor for Drain Discharge Mechanism
11 Float Switch
12 Drain Pan
13 Panel P-G23WA2
14 Air Filter
15 Air Outlet
16 Air Inlet
17 Strainer
18 Air Inlet Grille
19 Cover for Corner Pocket
2. UNITS INSTALLATION
ÔWARNING:
-Check to ensure that the accessories are packed with
the indoor unit.
-Do not install the indoor units outdoors. If installed
outdoors, an electric hazard or electric leakage will
occur.
-Consider the air distribution from each indoor unit to
the space of the room, and select a suitable location
so that uniform air temperature in the room can be
obtained. It is recommended that the indoor units be
installed 2.3 to 3 meters from the floor level. If the unit
is installed higher than 3 meters, it is also
recommended that a fan be utilised to obtain uniform
air temperature in the room.
-Avoid obstacles which may hamper the air intake or
the air discharge flow.
-Pay attention to the following points when the indoor
units are installed in a hospital or other places where
there are electronic waves from medical equipment,
etc.
-Do not install the indoor units where electromagnetic
wave is directly radiated to the electrical box, remote
control cable or remote control switch.
-Prepare a steel box and install the remote control
switch in it. Prepare a steel conduit tube and wire the
remote control cable in it. Then connect the ground
wire with the box and tube.
-Install a noise filter when the power supply emits
harmful noises..
-This unit is exclusive non electrical heater type indoor
unit. It is prohibited to install a electrical heater in the
field.
-Mount suspension bolts using M10 (W3/8) as size, as
shown below:
-Do not put any foreign material into the indoor unit
and check to ensure that none exist in the indoor unit
before the installation and test running. Otherwise a
fire or failure, etc., may occur.
CAUTION:
-Do not install the indoor units in a flammable
environment to avoid a fire or an explosion.
-Check to ensure that the ceiling slab is strong
enough. If not strong enough, the indoor unit may fall
down on you.
-Do not install the indoor units, outdoor unit, remote
control switch and cable within approximately 3
meters of strong electromagnetic wave radiators such
as medical equipment.
-Do not install the indoor units in a machinery shop or
kitchen where vapor from oil or mist flows to the
indoor units. The oil will deposit on the heat
exchanger, thereby reducing the indoor unit
performance, and may deform. In the worst case, the
oil damages the plastic parts of the indoor unit.
-To avoid any corrosive action to the heat exchangers,
do not install the indoor units in an acid or alkaline
environment.
-When lifting or moving the indoor unit, use
appropriate slings to avoid damage and be careful not
to damage the insulation material on units surface.
Square
washers
Wooden Bar
(60 mm to 90 mm Square)
Wooden Beam Sling Bolt
(W3/8 or M10)
For Concrete Slab
150~160mm
Concrete
A
nchor Bolt
Steel
I-Beam
Suspension Bolts
(W3/8 or M10)
Nuts

2
2UNITS INSTALLATION
2.1. UNIT INSTALLATION
2.1.1. FACTORY-SUPPLIED ACCESSORIES
Accessory Qty. Purpose
Paper Pattern
(Carton Board) 1
For Adjusting Space of
False Ceiling Opening
and Position of the Unit
Cross
Recessed
Head Screws
4 For Fitting Paper Pattern
Washer with
Insulation 4
Washer (M10) 4
For Unit Installation
Drain Hose 1
Wire Clamp 2
For Drain Hose
Connection
Reducer 1
For
RCI-(4.0/5.0/6.0)FSN1E
(R410A only)
2.1.2. INITIAL CHECK
-Install the indoor unit with a proper clearance around it
paying careful attention of installation direction for the
piping, wiring and maintenance working space, as shown
below.
-Provide a service access door near the unit piping
connection area on the ceiling.
Service Space
-Check space between ceiling and false ceiling is enough
as indicated below.
-Check the ceiling surface is flat for the air panel
installation work.
Unit HP A(mm)
RCI-1.0 to 2.5HP 248
RCI-3.0 to 6.0HP 298
-Check down slope Pitch of Drain Piping is following the
specifications indicated in chapter Drain Piping.
Opening Of False Ceiling
-Cut out the area for the indoor unit in the false ceiling and
install suspension bolts, as shown below:
-Check to ensure that the ceiling is horizontally level,
otherwise water can not flow.
-Strengthen the opening parts of the false ceiling.
2.1.3. INSTALLATION
Mounting of Suspension Bolts
-Mount the suspension bolts, as shown.
For concrete slab:
For steel beam:
Mounting of Indoor Unit
-Mount the nuts and the washers to the suspension bolts.
Put the washer so that the surface with insulation can
faces downwards as shown below:
-Consider piping connection side before lift indoor unit
-Lift the indoor unit by hoist, and do not put any force on
the drain pain
-Secure the indoor unit using the nuts, washers.
Piping
Connection
Service
A
ccess Doo
r
Service Access Door
Clearance:
10-20mm
Unit High
In False Ceiling
Gas piping connection
Suspension bolts (4)
False ceiling
Drain piping connection
Liquid piping
Panel
(to be installed later,
shown only as a reference) Wiring hole (30x30)
Open the knockout hole for
wiring (Ø32,5)
Suspension Bracket
Dimension of Suspension
Bolts: 760 4-Positions of
Suspension Bolts
Dimension of Opening: 860 to 910
Piping Connection
Side
Drain Piping
Connection Side
Optional Panel
150 to 160mm Insert (100 to 150Kg)
I Concrete
A
nchor Bolt (W3/8 or M10)
Steel
I-Beam Suspension Bolt
(w3/8 or M10)
Unit size: 840
Dimension of Opening: 860 to 910
Unit size: 840
Dimension of Suspension
Bolts: 760
(mm)
Suspension Bolts (Field-Supplied)
Nut (Field-Supplied)
Washer with Insulation (Accessory)
Washer (Accessory)
Nut (Field-Supplied)
Suspension Bracket (Attached Indoor Unit)
Surface of Ceiling
102
Aprox. 52
(mm)
Aprox. 50
500 mm Min.
500 mm Min.
100 mm Min.
100 mm Min.
1000 mm Min.
Piping Connection
Side

3
REFRIGERANT PIPING 3
NOTE:
-If a false ceiling has already been installed, complete
all piping and wiring work inside the ceiling before
hooking-up the indoor unit.
-Secure the indoor unit using the nuts, flat washers
and spring washers. (These nuts and washers are
supplied, 4 pieces each).
Adjusting of Space Between Indoor Units and
False Ceiling Opening
-Check the level of the drain pan by a water level to avoid
incorrect operation of the drain discharge mechanism in
the indoor unit.
-Tighten the nuts of the suspension brackets after the
adjustment is completed. Apply LOCK-TIGHT paint to the
bolts and nuts in order to prevent them from loosening. If
not done, abnormal noises or sounds may occur and the
indoor unit may come loose.
-Adjust the indoor unit to the correct position while
checking with the pattern for installation.
1. For ceiling already completed with panels.
2. Ceiling not completed with panels yet.
3. REFRIGERANT PIPING
3.1. PIPING CONNECTION
3.1.1. PIPING POSITION
Position of piping connection is the following, which is
available from all directions, top, left or right.
3.1.2. SIZE OF PIPING CONNECTION
In case of R407C
(mm)
Model RCI 1.0/1.5 2.0 2.5/3.0/3.5 4.0/5.0/6.0
oGas Piping 12.7 15.88 15.88 19.05
pLiquid Piping 6.35 6.35 9.53 9.53
In case of R410A
(mm)
Model RCI 1.0/1.5 2.0 2.5/3.0/3.5 4.0/5.0/6.0
oGas Piping 12.7 15.88 15.88 15.88
pLiquid Piping 6.35 6.35 9.53 9.53
Special instructions for R410A
As R410A pressure is about 1.4 times higher than R407C,
improper installation may cause a serious trouble.
It is necessary to use the copper pipes, size of flare pipe
ends and flare nuts as shown below.
Flare Pipe Dimensions
(mm)
A +0/-0.4
Nominal
Diameters
Outer
Diameters R407C R410A
1/4 6.35 9.0 9.1
3/8 9.53 13.0 13.2
1/2 12.70 16.2 16.6
5/8 15.88 19.4 19.7
Thickness of Copper Pipes
(mm)
Nominal
Diameters Outer Diameters R407C R410A
1/4 6.35 0.80 0.80
3/8 9.53 0.80 0.80
1/2 12.70 0.80 0.80
5/8 15.88 1.00 1.00
Flare Nut Dimensions
(mm)
B
Nominal
Diameters
Outer
Diameters R407C R410A
1/4 6.35 17 17
3/8 9.53 22 22
1/2 12.70 24 26
5/8 15.88 27/29 29
Indoor Unit
A
ttach this side of
the scale to the
ceiling Panel
A
ttach this side of the scale to the
lower side of the unit
Check the height of the
ceiling at each corner of
the unit
Checking
Scale
A
ttach this side of the scale to the inne
r
side of the opening of the ceiling
A
ttach this side
of the scale to
the outer side
of the unit
Indoor Unit
Checking
Scale
Ceiling
panel
Check the dimension
of opening at each
side of the unit
Dimension for Opening Dimension for Opening
Pattern Paper for Installation
Pattern Board
for Installation
Screw (M6)
Surface of Ceiling
Unit
Pattern Board for
Installation
Packing
(Corrugated Board)
Checking Scale for Dimension
of Opening
Suspension Bolt

4
4DRAIN PIPING
4. DRAIN PIPING
4.1. GENERAL
CAUTION:
-Do not create an upper-slope or rise for the drain
piping, since drain water will flow back to the unit and
leakage to the room will occur when the unit
operation is stopped.
-Do not connect the drain pipe with sanitary or sewage
piping or any other drainage piping.
-When the common drain piping is connected with
other indoor units, the connected position of each
indoor unit must be higher than the common piping.
The pipe size of the common drain pipe must be large
enough according to the unit size and number of unit.
-Drain piping will require insulating if the drain is
installed in a location where condensation forming on
the outside of drain pipe may drop and cause
damage. The insulation for the drain pipe must be
selected to insure vapor sealing and prevent
condensation forming.
-Drain trap should be installed next to indoor unit. This
trap must be designed to good practice and be
checked with water (charged) and tested for correct
flow. Do not tie or clamp the drain pipe and refrigerant
pipe together.
NOTE:
Install drainage in accordance with national and local
codes.
After performing drain piping work and electrical wiring,
check to ensure that water flows smoothly as in the
following procedure:
Checking with Drain-Up Mechanism and Float
Switch
-Switch ON the power supply.
-Pour approximately 1.8 liters of water into the drain pan,
then float switch up and drain pump start working
automatically.
-Check to ensure that the water flows smoothly or
whether no water leakage occurs. When water cannot be
found at the end of the drain piping, pour another
approximately 1.8 liters of water into the drain pan.
-Switch OFF the power supply after.
NOTE:
Pay attention to the thickness of the insulation when
the left side piping is performed. If it is too thick,
piping can not be installed in the unit.
4.2. DRAIN PIPE CONNECTION
1. The position of the drain pipe connection is shown
below.
2. Prepare a polyvinyl chloride pipe with a 32mm outer
diameter.
3. Fasten the tubing to the drain hose with an adhesive
and the factory-supplied clamp. The drain piping must
be performed with a down-slope pitch of 1/25 to 1/100.
4. Do not apply excessive force to the Drain Pipe
connection. It could cause a damage.
5. Do not use a bent or twisted Drain Hose. It will cause
water leakage.
6. Insulate the drain pipe after connecting the drain hose.
Do not use adhesive between the Drain Pipe
Connection and the
IIncorrect: Upward Slope
Incorrect: Rising Part
INCORRECT
Common Drain Piping
1/25~1/100 Down Slope Drain Piping connection
CORRECT
Max. 850 mm
Drain Piping Connection
1/25~1/100
Down Slope
(Gradient of Drain piping)
Drain Pipe
Connection
Hose Band
(Accessory)
Do not use adhesive
Vinyl Chloride VP25
(Field Supplied
Use Vinyl Chloride type
adhesive
Drain Hose
(Accessory)
Hose Band (Accessory)
Insulation (Field supplied)

5
ELECTRICAL WIRING 5
5. ELECTRICAL WIRING
5.1. GENERAL
ÕDANGER:
-Turn off the main power switch to the indoor unit and
the outdoor unit before electrical wiring work or a
periodical check is performed.
-Check to ensure that the indoor fan and the outdoor
fan have stopped before electrical wiring work or a
periodical check is performed.
-Protect the wires, drain pipe, electrical parts, etc. from
rats or other small animals. If not protected, rats may
gnaw at unprotected parts and at the worst, a fire will
occur.
CAUTION:
-Use twisted shielded pair cable or shield pair cable
for transmission wires between the indoor and the
outdoor units, and connect the shielded part to the
earth screw in the electrical box of the indoor unit as
shown below.
-Wrap the field supplied insulation around the wires,
and plug the wiring connection hole with the seal
material to protect the product from any condensate
water or insects.
-Tightly secure the wires with the cord clamp inside
the indoor unit.
-Lead the wires through the knockout hole in the side
cover when using conduit.
-Secure the cable of the remote control switch using
the cord clamp inside the electrical box.
General Check
1. Make sure that the field-selected electrical components
(main power switches, circuit breakers, wires, conduit
connectors and wire terminals) have been properly
selected. Make sure that the components comply with
National Electrical Code (NEC).
2. Check to ensure that the power supply voltage is within
+10% of the rated voltage.
3. Check the capacity of the electrical wires. If the power
source capacity is too low, the system cannot be started
due to the voltage drop.
4. Check to ensure that the ground wire is connected.
5.2. ELECTRICAL WIRING CONNECTION FOR INDOOR UNIT
1. The electrical wiring connection for the indoor unit is
shown below.
2. Connect the cable of an optional remote control switch
or an optional extension cable to the terminals inside the
electrical box through the connecting hole in the cabinet.
3. Connect the power supply and earth wires to the
terminals in the electrical box.
4. Connect the wires between the indoor unit and the
outdoor unit to the terminals in the electrical box.
Electrical Box
Stopper (Metal)
Power Source Wiring
Transmission Wiring
Remote Control Switch Cable
Transmission Wiring
(between Indoor Unit
and Outdoor Unit)
Remote Control Switch Cable
Screw
Printed Circuit Board
Terminal Board (TB2)
Earth Screw
Terminal Board (TB1)
Printed Circuit Board
Power Source Wiring
Transmission Wiring
(between Indoor Unit and Indoor Unit)
Cord Clamp
Transmission Wiring
(Outdoor Unit to Indoor Unit
and Indoor Unit to Indoor Unit)
Operation Wiring
In case of group control
operation by using a Remote
Control Switch Remote Control Switch Cable
Power source Wiring
Operating Wiring
Remote Control Switch Cable
Hole for Wiring Connection Ø 32.5
(for Spare)
(Knock-Out Hole)
Hole for Wiring Connection 30x39
(for Cable)
Power Source
(TB2)
CN27
CN28
240V
220V

5
6ELECTRICAL WIRING
5.3. SETTINGS OF DIP SWITCHES
Quantity and Position of Dip Switches
Dips switches position is the following:
CAUTION:
Before setting dips switches, firstly turn off power
source and set the position of the dips switches. If the
switches are set without turning off the power source,
the contents of the setting are invalid.
RSW: Unit No. Setting
Setting is required. Set the unit No. of all indoor units
respectively and serially, by following setting position
shown in the table below. Numbering must start from “1” for
every indoor unit.
Main Unit 1 st. unit 2 nd. unit 3 rd. unit
4 th. unit 5 th. unit 6 th. unit 7 th. unit
8 th. unit 9 th. unit 10 th. unit 11 th. unit
12 th. unit 13 th. unit 14 th. unit 15 th. unit
DSW3: Capacity Code Setting
No setting is required, due to setting before shipment. This
dip switch is utilized for setting the capacity code which
corresponds to the Horse Power of the indoor unit.
HP 0.8 1.0 1.3 1.5
Setting Position ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
1.8 22.3 2.5
Setting Position ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
2.8 33.5 4
Setting Position ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
5 6
Setting Position ON
1 2 3 4
ON
1 2 3 4
DSW5: Refrigerant Cycle No. Setting
Setting is required. Setting position before shipment is all
OFF (Refrigerant cycle No. 0)
HP 0 1 2 3
Setting Position ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
4 5 6 7
Setting Position ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
8 9 10 11
Setting Position ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
12 13 14 15
Setting Position ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
ON
1 2 3 4
DSW7: Fuse Recover
No setting is required, due to setting before shipment.
Setting position before shipment is all OFF.
In case of applying high voltage to the terminal
1,2 of TB2, the fuse (0.5) on the PCB1(M) is cut.
In such a case, firstly correct the wiring to TB2
and then turn ON #1 (as showing beside)
ON
1 2
DSW8: (Not used)
No setting is required, due to setting before shipment.
Setting position before shipment is all OFF.
NOTE:
-The mark ““indicates position of dips switches.
Figures show setting before shipment or after
selection.
Setting position
Set by inserting a
screwdriver into the
groove.
RSW
DSW7 DSW3 DSW5
DSW8