RESIDENTIAL AIR-CONDITIONING

TECHNICAL MANUAL & PARTS LIST

WALL MOUNTED TYPE

RESIDENTIAL AIR-CONDITIONERS

(Split system, air to air heat pump type)

SRK63ZMA-S

SRK71ZMA-S

SRK80ZMA-S

SRK92ZMA-S

Manual No.'13•SRK-T-147

- 4 -

'13 • SRK-T-147

1. SPECIFICATIONSModel

Item

SRK63ZMA-S

Indoor unit SRK63ZMA-S Outdoor unit SRC63ZMA-S

Power source Single phase, 220 - 240V, 50Hz

Operation

data

Nominal cooling capacity (range) kW 6.3 ( 2.15 (Min.) - 7.1 (Max.))

Nominal heating capacity (range) kW 7.1 ( 1.7 (Min.) - 9.5 (Max.))

Power

consumption

Cooling

kW

1.76 ( 0.54 - 2.30 )

Heating 1.79 ( 0.37 - 3.30 )

Max power consumption 3.65

Running

current

Cooling

A

8.3 / 8.0 / 7.6 (220/ 230/ 240 V)

Heating 8.5 / 8.1 / 7.8 (220/ 230/ 240 V)

Inrush current, max current 8.5 / 8.1 / 7.8 (220/ 230/ 240 V) Max. 17

Power factorCooling

%96

Heating 96

EER Cooling 3.58

COP Heating 3.97

Sound power levelCooling

dB(A)

59 62

Heating 60 63

Sound pressure levelCooling Hi: 47 Me: 43 Lo: 37 ULo: 26 49

Heating Hi: 44 Me: 41 Lo: 36 ULo: 33 50

Silent mode sound pressure level — Cooling:45 / Heating:43

Exterior dimensions (Height x Width x Depth) mm 318 x 1098 x 248 750 x 880(+88) x 340

Exterior appearance( Munsell color )

Fine snow ( 8.0Y 9.3/0.1 ) near equivalent

Stucco white( 4.2Y 7.5/1.1 ) near equivalent

Net weight kg 16 57

Compressor type & Q'ty — RMT5118MDE2( Twin rotary type ) x 1

Compressor motor (Starting method) kW — 1.40 ( Inverter driven )

Refrigerant oil (Amount, type) — 0.675 (DIAMOND FREEZE MA68)

Refrigerant (Type, amount, pre-charge length) kg R410A 1.8 in outdoor unit (incl. the amount for the piping of 15m )

Heat exchanger Louver fins & inner grooved tubing M fins & inner grooved tubing

Refrigerant control Capillary tubes + Electronic expansion valve

Fan type & Q'ty Tangential fan x 1 Propeller fan x 1

Fan motor (Starting method) W 56 x1 (Direct drive) 86 x1 (Direct drive)

Air flow Cooling

m3/minHi: 18.5 Me: 16.0 Lo: 13.0 ULo: 8.0 48.5

Heating Hi: 20.5 Me: 18.0 Lo: 14.5 ULo: 12.5 43.5

Available external static pressure Pa 0 0

Outside air intake Not possible —

Air filter, Quality / Quantity Polypropylene net ( washable ) x 2 —

Shock & vibration absorber Rubber sleeve (for fan motor) Rubber sleeve (for fan motor & compressor)

Electric heater — —

Operation

control

Remote control Wireless remote control

Room temperature control Microcomputer thermostat

Operation display RUN: Green, TIMER: Yellow, HI POWER: Green, ECONO: Orange

Safety equipmentsCompressor overheat protection, Overcurrent protection,

Frost protection, Serial signal error protection, Indoor fan motor error protection,Heating overload protection (High pressure control), Cooling overload protection

Installation

data

Refrigerant piping size (O.D) mm Liquid line :φ6.35 (1/4") Gas line :φ15.88 (5/8")

Connecting method Flare connection Flare connection

Attached length of piping m Liquid line : 0.70 / Gas line : 0.63 —

Insulation for piping Necessary (Both sides), independent

Refrigerant line (one way) length m Max. 30

Vertical height diff. between O.U. and I.U. m Max. 20 (Outdoor unit is higher) / Max. 20 (Outdoor unit is lower)

Drain hose Hose connectable ( VP 16 ) Holes φ20 x 3 pcs

Drain pump, max lift height mm — —

Recommended breaker size A 20

L.R.A. (Locked rotor ampere) A 8.5 / 8.1 / 7.8 (220/ 230/ 240 V)

Interconnecting wires Size x Core number 1.5mm2 x 4 cores (Including earth cable) / Terminal block (Screw fixing type)

IP number IPX0 IPX4

Standard accessories Mounting kit, Clean filter (Allergen clear filter x 1, Photocatalytic washable deodorizing filter x 1)

Option parts Interface kit (SC-BIKN-E)

Note (1) The data are measured at the following conditions.

Item

Operation

Indoor air temperature Outdoor air temperatureStandards

DB WB DB WB

Cooling 27˚C 19˚C 35˚C 24˚CISO5151-T1

Heating 20˚C — 7˚C 6˚C

(2) This air-conditioner is manufactured and tested in conformity with the ISO.(3) Sound level indicates the value in an anechoic chamber. During operation these value are somewhat higher

due to ambient conditions.(4) Select the breaker size according to the own national standard.(5) This air-conditioner is compliant with DRED (AS/NZS 4755.3.1), and can operate with DRM1,2 or 3,

and is equipped with a terminal block for DRED.

The pipe length is 7.5m.

ARWA000Z251

- 5 -

'13 • SRK-T-147

Model

Item

SRK71ZMA-S

Indoor unit SRK71ZMA-S Outdoor unit SRC71ZMA-S

Power source Single phase, 220 - 240V, 50Hz

Operation

data

Nominal cooling capacity (range) kW 7.1 ( 2.15 (Min.) - 8.0 (Max.))

Nominal heating capacity (range) kW 8.0 ( 1.6 (Min.) - 10.0 (Max.))

Power

consumption

Cooling

kW

2.16 ( 0.54 - 2.80 )

Heating 2.14 ( 0.37 - 3.40 )

Max power consumption 3.65

Running

current

Cooling

A

10.1 / 9.7 / 9.3 (220/ 230/ 240 V)

Heating 10.1 / 9.7 / 9.3 (220/ 230/ 240 V)

Inrush current, max current 10.1 / 9.7 / 9.3 (220/ 230/ 240 V) Max. 17

Power factorCooling

%97

Heating 96

EER Cooling 3.29

COP Heating 3.74

Sound power levelCooling

dB(A)

60 66

Heating 61 63

Sound pressure levelCooling Hi: 49 Me: 45 Lo: 39 ULo: 26 53

Heating Hi: 46 Me: 43 Lo: 38 ULo: 35 51

Silent mode sound pressure level — Cooling:45 / Heating:44

Exterior dimensions (Height x Width x Depth) mm 318 x 1098 x 248 750 x 880(+88) x 340

Exterior appearance( Munsell color )

Fine snow ( 8.0Y 9.3/0.1 ) near equivalent

Stucco white( 4.2Y 7.5/1.1 ) near equivalent

Net weight kg 16 57

Compressor type & Q'ty — RMT5118MDE2( Twin rotary type ) x 1

Compressor motor (Starting method) kW — 1.40 ( Inverter driven )

Refrigerant oil (Amount, type) — 0.675 (DIAMOND FREEZE MA68)

Refrigerant (Type, amount, pre-charge length) kg R410A 1.8 in outdoor unit (incl. the amount for the piping of 15m )

Heat exchanger Louver fins & inner grooved tubing M fins & inner grooved tubing

Refrigerant control Capillary tubes + Electronic expansion valve

Fan type & Q'ty Tangential fan x 1 Propeller fan x 1

Fan motor (Starting method) W 56 x1 (Direct drive) 86 x1 (Direct drive)

Air flow Cooling

m3/minHi: 19.5 Me: 17.5 Lo: 14.0 ULo: 8.0 55.0

Heating Hi: 21.5 Me: 19.5 Lo: 15.5 ULo: 14.0 43.5

Available external static pressure Pa 0 0

Outside air intake Not possible —

Air filter, Quality / Quantity Polypropylene net ( washable ) x 2 —

Shock & vibration absorber Rubber sleeve (for fan motor) Rubber sleeve (for fan motor & compressor)

Electric heater — —

Operation

control

Remote control Wireless remote control

Room temperature control Microcomputer thermostat

Operation display RUN: Green, TIMER: Yellow, HI POWER: Green, ECONO: Orange

Safety equipmentsCompressor overheat protection, Overcurrent protection,

Frost protection, Serial signal error protection, Indoor fan motor error protection,Heating overload protection (High pressure control), Cooling overload protection

Installation

data

Refrigerant piping size (O.D) mm Liquid line :φ6.35 (1/4") Gas line :φ15.88 (5/8")

Connecting method Flare connection Flare connection

Attached length of piping m Liquid line : 0.70 / Gas line : 0.63 —

Insulation for piping Necessary (Both sides), independent

Refrigerant line (one way) length m Max. 30

Vertical height diff. between O.U. and I.U. m Max. 20 (Outdoor unit is higher) / Max. 20 (Outdoor unit is lower)

Drain hose Hose connectable ( VP 16 ) Holes φ20 x 3 pcs

Drain pump, max lift height mm — —

Recommended breaker size A 20

L.R.A. (Locked rotor ampere) A 10.1 / 9.7 / 9.3 (220/ 230/ 240 V)

Interconnecting wires Size x Core number 1.5mm2 x 4 cores (Including earth cable) / Terminal block (Screw fixing type)

IP number IPX0 IPX4

Standard accessories Mounting kit, Clean filter (Allergen clear filter x 1, Photocatalytic washable deodorizing filter x 1)

Option parts Interface kit (SC-BIKN-E)

Note (1) The data are measured at the following conditions.

Item

Operation

Indoor air temperature Outdoor air temperatureStandards

DB WB DB WB

Cooling 27˚C 19˚C 35˚C 24˚CISO5151-T1

Heating 20˚C — 7˚C 6˚C

(2) This air-conditioner is manufactured and tested in conformity with the ISO.(3) Sound level indicates the value in an anechoic chamber. During operation these value are somewhat higher

due to ambient conditions.(4) Select the breaker size according to the own national standard.(5) This air-conditioner is compliant with DRED (AS/NZS 4755.3.1), and can operate with DRM1,2 or 3,

and is equipped with a terminal block for DRED.

The pipe length is 7.5m.

ARWA000Z251

- 6 -

'13 • SRK-T-147

Model

Item

SRK80ZMA-S

Indoor unit SRK80ZMA-S Outdoor unit SRC80ZMA-S

Power source Single phase, 220 - 240V, 50Hz

Operation

data

Nominal cooling capacity (range) kW 8.0 ( 2.15 (Min.) - 9.0 (Max.))

Nominal heating capacity (range) kW 9.0 ( 1.7 (Min.) - 10.5 (Max.))

Power

consumption

Cooling

kW

2.35 ( 0.54 - 3.00 )

Heating 2.57 ( 0.37 - 3.65 )

Max power consumption 3.65

Running

current

Cooling

A

11.0 / 10.5 / 10.1 (220/ 230/ 240 V)

Heating 12.0 / 11.5 / 11.0 (220/ 230/ 240 V)

Inrush current, max current 12.0 / 11.5 / 11.0 (220/ 230/ 240 V) Max. 17

Power factorCooling

%97

Heating 97

EER Cooling 3.40

COP Heating 3.50

Sound power levelCooling

dB(A)

65 69

Heating 63 70

Sound pressure levelCooling Hi: 51 Me: 47 Lo: 41 ULo: 26 56

Heating Hi: 48 Me: 45 Lo: 40 ULo: 37 57

Silent mode sound pressure level — Cooling:48 / Heating:50

Exterior dimensions (Height x Width x Depth) mm 318 x 1098 x 248 845 x 970x 370

Exterior appearance( Munsell color )

Fine snow ( 8.0Y 9.3/0.1 ) near equivalent

Stucco white( 4.2Y 7.5/1.1 ) near equivalent

Net weight kg 16 63

Compressor type & Q'ty — RMT5118MDE2( Twin rotary type ) x 1

Compressor motor (Starting method) kW — 1.40 ( Inverter driven )

Refrigerant oil (Amount, type) — 0.675 (DIAMOND FREEZE MA68)

Refrigerant (Type, amount, pre-charge length) kg R410A 2.2 in outdoor unit (incl. the amount for the piping of 15m )

Heat exchanger Louver fins & inner grooved tubing M fins & inner grooved tubing

Refrigerant control Capillary tubes + Electronic expansion valve

Fan type & Q'ty Tangential fan x 1 Propeller fan x 1

Fan motor (Starting method) W 56 x1 (Direct drive) 86 x1 (Direct drive)

Air flow Cooling

m3/minHi: 21.0 Me: 18.5 Lo: 15.0 ULo: 8.0 75.0

Heating Hi: 23.5 Me: 20.5 Lo: 17.0 ULo: 15.0 70.0

Available external static pressure Pa 0 0

Outside air intake Not possible —

Air filter, Quality / Quantity Polypropylene net ( washable ) x 2 —

Shock & vibration absorber Rubber sleeve (for fan motor) Rubber sleeve (for fan motor & compressor)

Electric heater — —

Operation

control

Remote control Wireless remote control

Room temperature control Microcomputer thermostat

Operation display RUN: Green, TIMER: Yellow, HI POWER: Green, ECONO: Orange

Safety equipmentsCompressor overheat protection, Overcurrent protection,

Frost protection, Serial signal error protection, Indoor fan motor error protection,Heating overload protection (High pressure control), Cooling overload protection

Installation

data

Refrigerant piping size (O.D) mm Liquid line :φ6.35 (1/4") Gas line :φ15.88 (5/8")

Connecting method Flare connection Flare connection

Attached length of piping m Liquid line : 0.70 / Gas line : 0.63 —

Insulation for piping Necessary (Both sides), independent

Refrigerant line (one way) length m Max. 30

Vertical height diff. between O.U. and I.U. m Max. 20 (Outdoor unit is higher) / Max. 20 (Outdoor unit is lower)

Drain hose Hose connectable ( VP 16 ) Holes φ20 x 3 pcs

Drain pump, max lift height mm — —

Recommended breaker size A 20

L.R.A. (Locked rotor ampere) A 12.0 / 11.5 / 11.0 (220/ 230/ 240 V)

Interconnecting wires Size x Core number 1.5mm2 x 4 cores (Including earth cable) / Terminal block (Screw fixing type)

IP number IPX0 IPX4

Standard accessories Mounting kit, Clean filter (Allergen clear filter x 1, Photocatalytic washable deodorizing filter x 1)

Option parts Interface kit (SC-BIKN-E)

Note (1) The data are measured at the following conditions.

Item

Operation

Indoor air temperature Outdoor air temperatureStandards

DB WB DB WB

Cooling 27˚C 19˚C 35˚C 24˚CISO5151-T1

Heating 20˚C — 7˚C 6˚C

(2) This air-conditioner is manufactured and tested in conformity with the ISO.(3) Sound level indicates the value in an anechoic chamber. During operation these value are somewhat

higher due to ambient conditions.(4) Select the breaker size according to the own national standard.(5) This air-conditioner iscompliant with DRED (AS/NZS 4755.3.1), and can operate with DRM1,2 or 3,

and is equipped with a terminal block for DRED.

The pipe length is 7.5m.

ARWA000Z251

- 7 -

'13 • SRK-T-147

Model

Item

SRK92ZMA-S

Indoor unit SRK92ZMA-S Outdoor unit SRC92ZMA-S

Power source Single phase, 220 - 240V, 50Hz

Operation

data

Nominal cooling capacity (range) kW 9.2 ( 2.4 (Min.) - 10.0 (Max.))

Nominal heating capacity (range) kW 10.0 ( 2.2 (Min.) - 11.2 (Max.))

Power

consumption

Cooling

kW

2.54 ( 0.47 - 3.07 )

Heating 2.84 ( 0.43 - 3.76 )

Max power consumption 3.80

Running

current

Cooling

A

11.9 / 11.4 / 10.9 (220/ 230/ 240 V)

Heating 13.3 / 12.7 / 12.2 (220/ 230/ 240 V)

Inrush current, max current 13.3 / 12.7 / 12.2 (220/ 230/ 240 V) Max. 17.5

Power factorCooling

%97

Heating 97

EER Cooling 3.62

COP Heating 3.52

Sound power levelCooling

dB(A)

65 67

Heating 64 67

Sound pressure levelCooling Hi: 51 Me: 47 Lo: 41 ULo: 26 56

Heating Hi: 49 Me: 46 Lo: 42 ULo: 38 54

Silent mode sound pressure level — Cooling:49 / Heating:50

Exterior dimensions (Height x Width x Depth) mm 318 x 1098 x 248 1300 x 970 x 370

Exterior appearance( Munsell color )

Fine snow ( 8.0Y 9.3/0.1 ) near equivalent

Stucco white( 4.2Y 7.5/1.1 ) near equivalent

Net weight kg 16 92

Compressor type & Q'ty — RMT5126MDE1( Twin rotary type ) x 1

Compressor motor (Starting method) kW — 4.0 ( Inverter driven )

Refrigerant oil (Amount, type) — 0.9 (DIAMOND FREEZE MA68)

Refrigerant (Type, amount, pre-charge length) kg R410A 3.15 in outdoor unit (incl. the amount for the piping of 15m )

Heat exchanger Louver fins & inner grooved tubing M fins & inner grooved tubing

Refrigerant control Capillary tubes + Electronic expansion valve

Fan type & Q'ty Tangential fan x 1 Propeller fan x 2

Fan motor (Starting method) W 56 x1 (Direct drive) 86 x2 (Direct drive)

Air flow Cooling

m3/minHi: 21.0 Me: 18.5 Lo: 15.0 ULo: 8.0 105.0

Heating Hi: 23.5 Me: 20.5 Lo: 17.0 ULo: 15.0 100.0

Available external static pressure Pa 0 0

Outside air intake Not possible —

Air filter, Quality / Quantity Polypropylene net ( washable ) x 2 —

Shock & vibration absorber Rubber sleeve (for fan motor) Rubber sleeve (for fan motor & compressor)

Electric heater — —

Operation

control

Remote control Wireless remote control

Room temperature control Microcomputer thermostat

Operation display RUN: Green, TIMER: Yellow, HI POWER: Green, ECONO: Orange

Safety equipmentsCompressor overheat protection, Overcurrent protection,

Frost protection, Serial signal error protection, Indoor fan motor error protection,Heating overload protection (High pressure control), Cooling overload protection

Installation

data

Refrigerant piping size (O.D) mm Liquid line :φ6.35 (1/4") Gas line :φ15.88 (5/8")

Connecting method Flare connection Flare connection

Attached length of piping m Liquid line : 0.70 / Gas line : 0.63 —

Insulation for piping Necessary (Both sides), independent

Refrigerant line (one way) length m Max. 30

Vertical height diff. between O.U. and I.U. m Max. 20 (Outdoor unit is higher) / Max. 20 (Outdoor unit is lower)

Drain hose Hose connectable ( VP 16 ) Holes φ20 x 3 pcs

Drain pump, max lift height mm — —

Recommended breaker size A 20

L.R.A. (Locked rotor ampere) A 13.7 / 12.7 / 12.2 (220/ 230/ 240 V)

Interconnecting wires Size x Core number 1.5mm2 x 4 cores (Including earth cable) / Terminal block (Screw fixing type)

IP number IPX0 IPX4

Standard accessories Mounting kit, Clean filter (Allergen clear filter x 1, Photocatalytic washable deodorizing filter x 1)

Option parts Interface kit (SC-BIKN-E)

Note (1) The data are measured at the following conditions.

item

Operation

Indoor air temperature Outdoor air temperatureStandards

DB WB DB WB

Cooling 27˚C 19˚C 35˚C 24˚CISO5151-T1

Heating 20˚C — 7˚C 6˚C

(2) This air-conditioner is manufactured and tested in conformity with the ISO.(3) Sound level indicates the value in an anechoic chamber. During operation these value are somewhat higher

due to ambient conditions.(4) Select the breaker size according to the own national standard.(5) This air-conditioner is compliant with DRED (AS/NZS 4755.3.1), and can operate with DRM1,2 or 3,

and is equipped with a terminal block for DRED.

The pipe length is 7.5m.

ARWA000Z251

- 8 -

'13 • SRK-T-147

2. EXTERIOR DIMENSIONS (1) Indoor units

Models SRK63ZMA-S, 71ZMA-S, 80ZMA-S, 92ZMA-S

RKW000Z403

- 9 -

'13 • SRK-T-147

(2) Outdoor units

Models SRC63ZMA-S, 71ZMA-S

RCR000Z008

- 10 -

'13 • SRK-T-147

Model SRC80ZMA-S

RCR000Z009

- 11 -

'13 • SRK-T-147

Model SRC92ZMA-S

RCR000Z010

- 14 -

'13 • SRK-T-147

3. ELECTRICAL WIRING (1) Indoor units

Models SRK63ZMA-S, 71ZMA-S, 80ZMA-S, 92ZMA-S

RWA000Z403

250V

F

G

3.15A

S／N

Va

CNU

CNS

INTERFA

CE KIT

SC-BI

KN-E

CNG

CNE

DISPLA

YWI

RELESS RE

CEIVE

R

JCNF

U

MHE

AT

1 3 4 5 6

BACK

-UP S

W

52

EXCH

ANGE

RL

Th1

BOAR

DCIR

CUIT

PRINT

ED

CNX2

CNX1

M M M

5 5 5

RDWHRD WHBK BLY

Y／G BK

Color

Mark

s

Blue

Black

BK

Red

BL RDWh

iteWH

Yellow／

Green

Y／G

Yellow

Y

Color

Mark

t

Th21

Th22 Th3

LM1

LM2

SM1

FMI

Heat

exch. se

nsor

Humi

dity s

ensor

Fan m

otor

Room

temp

. sensor

Flap m

otor

Th1

Th2

Th3

Diode

stack

DSFu

seF

Conn

ector

CNE-C

NX2

FMI

Term

inal bloc

kT

Louv

er mo

torLM

1,2

SM1

DS

1,2

Descr

iption

Item

Varistor

Va

t t

TO OUT

DOOR

UNIT

HEAT

EXCH

ANGE

R

1 2／N 3

POWE

R WIRE

S

SIGNA

L WIRE

12/N

3

Powe

r sou

rce～220／

230／

240V

50H

zT

8

- 15 -

'13 • SRK-T-147

RWC000Z262

(2) Outdoor units

Models SRC63ZMA-S, 71ZMA-S, 80ZMA-SPO

WER S

OURC

E

Color

RDMark

Oran

geOR

Yellow／

Green

Y／G

Black

BKBrow

nBR

Yellow

YEWhite

WH

Red

Mode

l

Power ca

ble, indo

or-outdo

or co

nnectin

g wire

s

MAX

runn

ing curre

ntPo

wer ca

ble siz

e（mm ）2

（A）

MAX

pow

er ca

ble len

gth

（m）

indo

or-outdo

orwire size x nu

mbe

r Earth

wire

size

The specificatio

ns sh

own in th

e ab

ove table are for u

nits with

out h

eaters. For units with

heaters, refer

to th

e installation instructions or the

constru

ction instructions of the

indo

or unit.

Switchg

ear o

f Circuit b

reaker ca

pacity w

hich is ca

lculat

ed from

MAX

. over current sh

ould be chosen

along

the regu

lations in each coun

try.

The cable specificatio

ns are ba

sed on

the assumption that a metal or plas

tic co

nduit is u

sed with

no

more than

three cables co

ntain

ed in a cond

uit a

nd a volta

ge drop is 2%

. For an

installation fallin

gou

tside of th

ese cond

ition

s, please fo

llow th

e internal cabling regu

lations. A

dapt it to

the regu

lation

in effe

ct in each coun

try.

Descrip

tion

Item

63

172.5

301.5

mm x 4

1.571

Conn

ector

CN20

S

Electr

ic expa

nsion

valve（

coil）

EEV

Fan m

otor

FMo

Reactor

RTerm

inal block

TB1,2

,3

Compressor m

otor

CM

Solen

oid va

lve fo

r 4 way va

lve20

S

Heat ex

chan

ger sen

sor（ou

tdoo

r unit）

TH1

Outdoo

r air t

emp.s

ensor

TH2

TH3

Discha

rge p

ipe t

emp.s

ensor

312

[

]TO

INDO

OR UNIT

POWER W

IRES

SIGNA

L WIRE

N

80

2

～22

0-240

V 50H

z

CNTH

CNEEV

CNFA

N

M

T2

T1

S（BK

）

（WH）

（RD

）

V WU

PWB AS

SY （MAIN）

M

++

R

TRAN

SISTO

RPO

WER

CIRC

UIT

SWITC

HING

250V 3.15A

F1

250V

20A

F2

F3 25

0V 1A

WVUP N

CNTH

CNEEV

CNFA

N

t゜

+AC

TIVE

FILTER

UNIT

250V

20A

F8

R

（OR）

（YE）

S-2

（BK

）

（WH）

（WH）

（BK

）

PWB AS

SY （SU

B）

S-1

CNSU

BCN

MAIN

S R R

（BK

）

（WH）

G1（Y／

G）

（BR

）

ININ OUT

S R OO

NL250V

20A

FUSE

21 N 3（Y／

G）

（Y／

G）

CN20S

C-2

（RD

）

20S

TB1

TB2

TERM

INAL

BLOC

K

22

2

TH1

TH2

TH3

EEV

FMo

BLOC

K

TERM

INAL

（WH）

t゜

t゜

POWER

（Y／

G）G3

D1 D3D2 C

TB3

BLOC

KTERM

INAL

4

（YE）

（RD

）（BL）

（BK

）

（Y／

G）

250V 10A

F10

4

（WH）

（BK

）

PWB AS

SY（DR

ED）

CNPO

WER

CNDR

ED

CNDR

M

（RD

）

（BK

）

CNDR

M

MS

CM3～

（mm ）2

- 16 -

'13 • SRK-T-147

Model SRC92ZMA-S

POWE

R SOU

RCE

Color

RDMark

Oran

geOR

Yellow／

Green

Y／G

Black

BKBrow

nBR

Yellow

YEWhite

WH

Red

Mode

l

Power ca

ble, indo

or-outdo

or co

nnectin

g wire

s

MAX

runn

ing curre

ntPo

wer ca

ble siz

e（mm ）2

（A）

MAX

pow

er ca

ble len

gth

（m）

Indo

or-outdo

orwire size x nu

mbe

r Earth

wire

size

The specificatio

ns sh

own in th

e ab

ove table are for u

nits with

out h

eaters. For units with

heaters, refer

to th

e installation instructions or the

constru

ction instructions of the

indo

or unit.

Switchg

ear o

f Circuit b

reaker ca

pacity w

hich is ca

lculat

ed from

MAX

. over current sh

ould be chosen

along

the regu

lations in each coun

try.

The cable specificatio

ns are ba

sed on

the assumption that a metal or plas

tic co

nduit is u

sed with

no

more than

three cables co

ntain

ed in a cond

uit a

nd a volta

ge drop is 2%

. For an

installation fallin

gou

tside of th

ese cond

ition

s, please fo

llow th

e internal cabling regu

lations. A

dapt it to

the regu

lation

in effe

ct in each coun

try.

Descrip

tion

Item

17.5

2.530

1.5mm x 4

1.592

Conn

ector

CN20

S

Electr

ic expa

nsion

valve（

coil）

EEV

Fan m

otor 1

FMo1

Reactor

RTerm

inal block

TB1,2

,3

Compressor m

otor

CM

Solen

oid va

lve fo

r 4 way va

lve20

S

Heat ex

chan

ger sen

sor（ou

tdoo

r unit）

TH2

Outdoo

r air t

emp.s

ensor

TH3

TH4

Discha

rge p

ipe t

emp.s

ensor

312

[

]TO

INDO

OR UNIT

POWER W

IRES

SIGNA

L WIRE

N

2

～22

0-240

V 50H

z

CNTH

CNEEV

CNFA

N1,2

Fan m

otor 2

FMo2

（mm ）2

TH4

TH3

TH2

M

T2

T1

S

（BK

）

（WH）

（RD

）

PWB AS

SY （MAIN）

MS

R

EEV

CM

CNTH

CNEEV

3～

R（OR

）（YE）

S-2

（BK

）

（WH）

（WH）

PWB AS

SY （SU

B）

S-1

CNSU

BCN

MAIN

S R （BK

）

（WH）

（Y／

G）

（BK

）

ININ

S R

00

NL

250V

20A

FUSE

21 N 3

（Y／

G）

（Y／

G）

TB1

TB2

BLOC

K

20S

CN20S

（BK）（WH）

4

V WU

++

TRAN

SISTO

RPO

WER

CIRC

UIT

POWER

250V

3.15A

F1

250V

20A

F2

F3 25

0V 3.15A

WVUP N

+AC

TIVE

FILTER

UNIT

250V

20A

F8

SWITC

HING

（RD

）C-2

CNFA

N

5

C-1

4CN

FAN0

2 2

F2

F1

CNFA

N1CN

FAN2

250V 1A

250V 1A

5

FMo2

FMo1

（RD

）

5

G1

55

2CN

20V

CN20V

CNA

MM

G3（Y／

G）

C

PWB AS

SY（DR

ED）

CNPO

WER

CNDR

ED

CNDR

M

TB3

（YE）

（RD

）（BL）

（BK

）

（WH）

（BK

）

4

CNDR

M

D1 D2 D3

（Y／

G）

t゜

t゜

t゜

22

2

TERM

INAL

BLOC

KTERM

INAL

BLOC

KTERM

INAL

Blue

BL

RWC000Z264

- 42 -

'13 • SRK-T-147

○

○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○

R410A

RE

FR

IGE

RA

NT

US

ED

WA

LL

TY

PE

AIR

CO

ND

ITIO

NE

R

INS

TA

LLA

TIO

NM

AN

UA

LFO

RIN

DO

OR

UN

IT

RK

W012A

411

○○ ○

○ ○

○○ ○

○

○ ○

WA

RN

ING

•In

sta

lla

tio

nm

ust

be

ca

rrie

do

ut

by

the

qu

alifi

ed

insta

lle

r.

Ifyo

uin

sta

llth

esys

tem

by

yours

elf,

itm

ay

cause

serio

us

tro

ub

lesuch

as

wate

rle

aks,

ele

ctr

icshocks,

fire

and

pers

onali

nju

ry,

as

are

sult

ofa

sys

tem

malfu

nctio

n.

Do

not

carr

yo

ut

the

insta

llation

and

main

tenance

wo

rkexcep

t

the

by

qualif

ied

insta

ller.

•In

sta

llth

esyste

min

full

ac

co

rda

nc

ew

ith

the

insta

lla

tio

nm

an

ua

l.

Inco

rrect

insta

llatio

nm

ay

cause

burs

ts,

pers

onali

nju

ry,

wate

rle

aks,

ele

ctr

ic

sho

cks

and

fire.

•B

esu

reto

use

on

lyfo

rh

ou

se

ho

lda

nd

resid

en

ce

.

Ifth

isap

plia

nce

isin

sta

lled

inin

ferio

renvi

ronm

ent

such

as

machin

esho

p

and

etc

.,it

can

cause

malfu

nction.

•U

se

the

ori

gin

ala

cc

esso

rie

sa

nd

the

sp

ec

ifie

dc

om

po

ne

nts

for

insta

lla

tio

n.

Ifp

art

so

ther

than

tho

se

pre

scrib

ed

by

us

are

used

,It

may

cause

wate

r

leaks,

ele

ctr

icsho

cks,

fire

and

pers

onali

nju

ry.

•In

sta

llth

eu

nit

ina

loc

ati

on

wit

hg

oo

dsu

pp

ort

.

Unsuitab

lein

sta

llatio

nlo

cations

can

cause

the

unit

tofa

lland

cause

mate

riald

am

ag

eand

pers

onali

nju

ry.

•V

en

tila

teth

ew

ork

ing

are

aw

ell

inth

ee

ve

nt

of

refr

ige

ran

tle

ak

ag

e

du

rin

gin

sta

lla

tio

n.

Ifth

ere

frig

era

nt

com

es

into

co

nta

ct

with

naked

flam

es,

po

iso

no

us

gas

is

pro

duced

.

•W

he

nin

sta

llin

gin

sm

all

roo

ms,

tak

ep

reve

nti

on

me

asu

res

no

tto

exc

ee

dth

ed

en

sit

ylim

ito

fre

frig

era

nt

inth

ee

ve

nt

of

lea

ka

ge

,

refe

rre

db

yth

efo

rmu

la(a

cc

ord

an

ce

wit

hIS

O5

149

).

Ifth

ed

ensity

ofre

frig

era

nt

exceed

sth

elim

it,

ple

ase

co

nsult

the

deale

rand

insta

llth

eve

ntila

tion

sys

tem

,oth

erw

ise

lack

ofoxyg

en

can

occur,

whic

h

can

cause

serio

us

accid

ent.

•A

fte

rc

om

ple

ted

insta

lla

tio

n,c

he

ck

tha

tn

ore

frig

era

nt

lea

ks

fro

m

the

syste

m.

Ifre

frig

era

nt

leaks

into

the

roo

mand

co

mes

into

co

nta

ct

with

an

ove

nor

oth

er

hot

surf

ace,

po

iso

no

us

gas

isp

rod

uced

.

•U

se

the

pre

sc

rib

ed

pip

es,

fla

ren

uts

an

dto

ols

for

R4

10

A.

Usin

gexis

ting

part

s(fo

rR

22

or

R4

07C

)can

cause

the

unit

failu

reand

serio

us

accid

ents

due

tob

urs

tofth

ere

frig

era

nt

circuit.

•T

igh

ten

the

fla

ren

ut

by

torq

ue

wre

nc

hw

ith

sp

ec

ifie

dm

eth

od

.

Ifth

efla

renut

were

tig

hte

ned

with

excess

torq

ue,th

ism

ay

cause

burs

tand

refr

igera

nt

leakag

eafter

alo

ng

perio

d.

•T

he

ele

ctr

ica

lin

sta

lla

tio

nm

ust

be

ca

rrie

do

ut

by

the

qu

alifi

ed

ele

ctr

icia

nin

ac

co

rda

nc

ew

ith

“th

en

orm

for

ele

ctr

ica

lw

ork

”a

nd

“na

tio

na

lw

irin

gre

gu

lati

on

”,a

nd

the

syste

mm

ust

be

co

nn

ec

ted

to

the

de

dic

ate

dc

irc

uit

.

Po

wer

sup

ply

with

insuffic

ient

cap

acity

and

incorr

ect

functio

nd

one

by

imp

rop

er

work

can

cause

ele

ctr

icshocks

and

fire.

•B

esu

reto

sh

ut

off

the

po

we

rb

efo

resta

rtin

ge

lec

tric

alw

ork

.

Failu

reto

shut

off

the

po

wer

can

cause

ele

ctr

icshocks,

unit

failu

reo

r

inco

rrect

functio

no

feq

uip

ment.

•B

esu

reto

use

the

ca

ble

sc

on

form

ed

tosa

fety

sta

nd

ard

an

dc

ab

le

am

pa

cit

yfo

rp

ow

er

dis

trib

uti

on

wo

rk.

Unco

nfo

rmab

lecab

les

can

cause

ele

ctr

icle

ak,

ano

malo

us

heat

pro

ductio

n

or

fire.

•T

his

ap

plia

nc

em

ust

be

co

nn

ec

ted

tom

ain

po

we

rsu

pp

lyb

ym

ea

ns

of

ac

irc

uit

bre

ak

er

or

sw

itc

h(f

use

:20

A)

wit

ha

co

nta

ct

se

pa

rati

on

of

at

lea

st

3m

m.

•W

he

np

lug

gin

gth

isa

pp

lia

nc

e,a

plu

gc

on

form

ing

toth

en

orm

IEC

60

88

4-1

mu

st

be

use

d.

•U

se

the

pre

sc

rib

ed

ca

ble

sfo

re

lec

tric

alc

on

ne

cti

on

,ti

gh

ten

the

ca

ble

sse

cu

rely

inte

rmin

alb

loc

ka

nd

relie

ve

the

ca

ble

sc

orr

ec

tly

to

pre

ve

nt

ove

rlo

ad

ing

the

term

ina

lb

loc

ks.

Lo

ose

co

nnections

or

cab

lem

ounting

scan

cause

ano

malo

us

heat

pro

ductio

no

rfir

e.

•A

rra

ng

eth

ew

irin

gin

the

co

ntr

olb

ox

so

tha

tit

ca

nn

ot

be

pu

sh

ed

up

furt

he

rin

toth

eb

ox.

Insta

llth

ese

rvic

ep

an

elc

orr

ec

tly.

Incorr

ect

insta

llatio

nm

ay

result

ino

verh

eating

and

fire.

•B

esu

reto

sw

itc

ho

ffth

ep

ow

er

su

pp

lyin

the

eve

nt

of

insta

lla

tio

n,

insp

ec

tio

no

rse

rvic

ing

.

Ifth

ep

ow

er

sup

ply

isno

tshut

off,

there

isa

risk

ofele

ctr

icsho

cks,

unit

failu

reor

pers

onali

nju

ryd

ue

toth

eunexp

ecte

dsta

rto

ffa

n.

•B

esu

reto

we

ar

pro

tec

tive

go

gg

les

an

dg

love

sw

hile

at

wo

rk.

•E

art

hle

ak

ag

eb

rea

ke

rm

ust

be

insta

lle

d.

Ifth

eeart

hle

akag

eb

reaker

isno

tin

sta

lled

,it

can

cause

ele

ctr

icshocks.

CA

UT

ION

•U

se

the

cir

cu

itb

rea

ke

ro

fc

orr

ec

tc

ap

ac

ity.C

irc

uit

bre

ak

er

sh

ou

ld

be

the

on

eth

at

dis

co

nn

ec

ta

llp

ole

su

nd

er

ove

rc

urr

en

t.

Usin

gth

ein

corr

ect

one

could

cause

the

sys

tem

failu

reand

fire.

•In

sta

llis

ola

tor

or

dis

co

nn

ec

tsw

itc

ho

nth

ep

ow

er

su

pp

lyw

irin

gin

ac

co

rda

nc

ew

ith

the

loc

alc

od

es

an

dre

gu

lati

on

s.

The

iso

lato

rsho

uld

be

locked

inO

FF

sta

tein

acco

rdance

with

EN

60

20

4-1

.

•B

esu

reto

insta

llin

do

or

un

itp

rop

erl

ya

cc

ord

ing

toth

ein

sta

lla

tio

n

ma

nu

alin

ord

er

toru

no

ffth

ed

rain

ag

esm

oo

thly

.

Imp

rop

er

insta

llatio

no

fin

do

or

unit

can

cause

dro

pp

ing

wate

rin

toth

ero

om

and

dam

ag

ing

pers

onalp

rop

ert

y.

•In

sta

llth

ed

rain

ag

ep

ipe

toru

no

ffd

rain

ag

ese

cu

rely

ac

co

rdin

gto

the

insta

lla

tio

nm

an

ua

l.

Incorr

ect

insta

llation

ofth

ed

rain

ag

ep

ipe

can

cause

dro

pp

ing

wate

rin

toth

e

room

and

dam

ag

ing

pers

onalp

rop

ert

y.

•B

esu

reto

insta

llth

ed

rain

ag

ep

ipe

wit

hd

esc

en

din

gslo

pe

of

1/1

00

or

mo

re,

an

dn

ot

tom

ak

etr

ap

sa

nd

air

-ble

ed

ing

s.

Check

ifth

ed

rain

ag

eru

ns

off

secure

lyd

uring

co

mm

issio

nin

gand

ensure

the

sp

ace

for

insp

ectio

nand

main

tenance.

•S

ec

ure

asp

ac

efo

rin

sta

lla

tio

n,

insp

ec

tio

na

nd

ma

inte

na

nc

e

sp

ec

ifie

din

the

ma

nu

al.

Insuffic

ient

sp

ace

can

result

inaccid

ent

such

as

pers

onali

nju

ryd

ue

to

falling

fro

mth

ein

sta

llatio

np

lace.

•F

or

insta

lla

tio

nw

ork

,b

ec

are

fuln

ot

tog

et

inju

red

wit

hth

eh

ea

t

exc

ha

ng

er,

pip

ing

fla

rep

ort

ion

or

sc

rew

se

tc.

•B

esu

reto

insu

late

the

refr

ige

ran

tp

ipe

sso

as

no

tto

co

nd

en

se

the

am

bie

nt

air

mo

istu

reo

nth

em

.

Insuffic

ient

insula

tio

ncan

cause

co

nd

ensation,

whic

hcan

lead

tom

ois

ture

dam

ag

eo

nth

eceiling

,flo

or,

furn

iture

and

any

oth

er

valu

ab

les.

•W

he

np

erf

orm

the

air

co

nd

itio

ne

ro

pe

rati

on

(co

olin

go

rd

ryin

go

pe

ra-

tio

n)in

wh

ich

ve

nti

lato

ris

insta

lle

din

the

roo

m.In

this

ca

se

,u

sin

gth

e

air

co

nd

itio

ne

rin

pa

ralle

lw

ith

the

ve

nti

lato

r,th

ere

isth

ep

ossib

ilit

y

tha

td

rain

wa

ter

ma

yb

ac

kfl

ow

ina

cc

ord

an

ce

wit

hth

ero

om

lap

se

into

the

ne

ga

tive

pre

ssu

resta

tus.T

he

refo

re,se

tu

pth

eo

pe

nin

gp

ort

su

ch

as

inc

orp

ora

teth

ea

irin

toth

ero

om

tha

tm

ay

ap

pro

pri

ate

tove

nti

la-

tio

n(F

or

exa

mp

le;O

pe

nth

ed

oo

ra

litt

le).

Ina

dd

itio

n,ju

st

as

ab

ove

,so

se

tu

pth

eo

pe

nin

gp

ort

ifth

ero

om

lap

se

into

ne

ga

tive

pre

ssu

resta

tus

du

eto

reg

iste

ro

fth

ew

ind

for

the

hig

hri

se

ap

art

me

nt

etc

.

•B

esu

reto

pe

rfo

rma

irti

gh

tne

ss

test

by

pre

ssu

rizin

gw

ith

nit

rog

en

ga

sa

fte

rc

om

ple

ted

refr

ige

ran

tp

ipin

gw

ork

.

Ifth

ed

ensity

ofre

frig

era

nt

exceed

sth

elim

itin

the

eve

nt

ofre

frig

era

nt

leakag

ein

the

sm

all

roo

m,la

ck

ofo

xyg

en

can

occur,

whic

hcan

cause

serio

us

accid

ents

.

•D

on

ot

insta

llth

eu

nit

inth

elo

ca

tio

ns

liste

db

elo

w.

•Lo

catio

ns

where

carb

on

fiber,

meta

lpow

der

or

any

po

wd

er

isflo

ating

.

•Lo

catio

ns

where

any

sub

sta

nces

that

can

affect

the

unit

such

as

sulp

hid

e

gas,

chlo

rid

eg

as,

acid

and

alk

alin

ecan

occur.

•Vehic

les

and

ship

s.

•Lo

catio

ns

where

co

sm

etic

or

sp

ecia

lsp

rays

are

often

used

.

•Lo

catio

ns

with

direct

exp

osure

ofo

ilm

ist

and

ste

am

such

as

kitchen

and

machin

ep

lant.

•Lo

catio

ns

where

any

machin

es

whic

hg

enera

tehig

hfr

eq

uency

harm

onic

s

are

used

.

•Lo

catio

ns

with

salty

atm

osp

here

ssuch

as

co

astlin

es.

•Lo

catio

ns

with

heavy

sno

w(If

insta

lled

,b

esure

top

rovi

de

base

flam

eand

sno

whoo

dm

entio

ned

inth

em

anual).

•Lo

catio

ns

where

the

unit

isexp

osed

tochim

ney

sm

oke.

•Lo

catio

ns

at

hig

haltitud

e(m

ore

than

10

00

mhig

h).

•Lo

catio

ns

with

am

mo

nic

atm

osp

here

s.

•Lo

catio

ns

where

heat

rad

iatio

nfro

mo

ther

heat

so

urc

ecan

affect

the

unit.

•Lo

catio

ns

witho

ut

go

od

air

circula

tion.

•Locatio

ns

with

any

obst

acle

sw

hic

hcan

pre

ventin

letand

outle

tair

ofth

eunit.

•Lo

catio

ns

where

short

circuit

ofair

can

occur

(incase

ofm

ultip

leunits

insta

llatio

n).

•Lo

catio

ns

where

str

ong

air

blo

ws

ag

ain

st

the

air

outlet

ofoutd

oo

runit.

•Lo

catio

ns

where

so

meth

ing

locate

dab

ove

the

unit

could

fall.

Itcan

cause

rem

ark

ab

led

ecre

ase

inp

erf

orm

ance,co

rro

sio

nand

dam

ag

e

ofco

mp

onents

,m

alfu

nctio

nand

fire.

•D

on

ot

insta

llth

ein

do

or

un

itin

the

loc

ati

on

sliste

db

elo

w(B

esu

re

toin

sta

llth

ein

do

or

un

ita

cc

ord

ing

toth

ein

sta

lla

tio

nm

an

ua

lfo

r

ea

ch

mo

de

lb

ec

au

se

ea

ch

ind

oo

ru

nit

ha

se

ac

hlim

ita

tio

n).

•Lo

catio

ns

with

any

ob

sta

cle

sw

hic

hcan

pre

vent

inle

tand

outlet

air

ofth

e

unit.

•Lo

catio

ns

where

vib

ratio

ncan

be

am

plif

ied

due

toin

suffic

ient

str

eng

tho

f

str

uctu

re.

•Lo

catio

ns

where

the

infr

are

dre

ceiv

er

isexp

osed

toth

ed

irect

sunlig

ht

or

the

str

ong

light

beam

(incase

ofth

ein

frare

dsp

ecifi

catio

nunit).

•Lo

catio

ns

where

an

eq

uip

ment

affecte

db

yhig

hharm

onic

sis

pla

ced

(TV

set

or

rad

iore

ceiv

er

isp

laced

within

1m

).

•Lo

catio

ns

where

dra

inage

canno

tru

no

ffsafe

ly.

Itcan

affect

perf

orm

ance

or

functio

nand

etc

.

•D

on

ot

insta

llth

eu

nit

ne

ar

the

loc

ati

on

wh

ere

lea

ka

ge

of

co

mb

usti

ble

ga

se

sc

an

oc

cu

r.

Ifle

aked

gases

accum

ula

tearo

und

the

unit,

itcan

cause

fire.

•D

on

ot

insta

llth

eu

nit

wh

ere

co

rro

siv

eg

as

(su

ch

as

su

lfu

rou

sa

cid

ga

se

tc.)

or

co

mb

usti

ble

ga

s(s

uc

ha

sth

inn

er

an

dp

etr

ole

um

ga

se

s)

ca

na

cc

um

ula

teo

rc

olle

ct,

or

wh

ere

vo

lati

lec

om

bu

sti

ble

su

bsta

nc

es

are

ha

nd

led

.

Co

rro

siv

eg

as

can

cause

co

rro

sio

nofheat

exchang

er,

bre

akage

ofp

lastic

part

sand

etc

.A

nd

co

mb

ustib

legas

can

cause

fire.

•D

on

ot

use

the

ind

oo

ru

nit

at

the

pla

ce

wh

ere

wa

ter

sp

lash

es

ma

y

oc

cu

rsu

ch

as

inla

un

dri

es.

Sin

ce

the

ind

oor

unit

isnot

wate

rpro

of,

itcan

cause

ele

ctr

icshocks

and

fire.

•D

on

ot

insta

lln

or

use

the

syste

mc

lose

toth

ee

qu

ipm

en

tth

at

ge

ne

rate

se

lec

tro

ma

gn

eti

cfi

eld

so

rh

igh

fre

qu

en

cy

ha

rmo

nic

s.

Eq

uip

ment

such

as

inve

rters

,sta

nd

by

genera

tors

,m

ed

icalh

igh

freq

uency

eq

uip

ments

and

tele

co

mm

unic

atio

neq

uip

ments

can

affect

the

sys

tem

,and

cause

malfu

nctio

ns

and

bre

akd

ow

ns.

The

sys

tem

can

als

oaffect

med

ical

eq

uip

ment

and

tele

co

mm

unic

ation

eq

uip

ment,

and

ob

str

uct

its

functio

no

r

cause

jam

min

g.

•D

on

ot

pla

ce

an

yva

ria

ble

sw

hic

hw

illb

ed

am

ag

ed

by

ge

ttin

gw

et

un

de

rth

ein

do

or

un

it.

When

the

rela

tive

hum

idity

ishig

her

than

80

%o

rd

rain

age

pip

eis

clo

gg

ed

,

co

nd

ensation

or

dra

inag

ew

ate

rcan

dro

pand

itcan

cause

the

dam

ag

eo

f

valu

ab

les.

•D

on

ot

insta

llth

ere

mo

tec

on

tro

la

tth

ed

ire

ct

su

nlig

ht.

Itcan

cause

malfu

nctio

nor

defo

rmatio

no

fth

ere

mo

teco

ntr

ol.

•D

on

ot

use

the

un

itfo

rsp

ec

ialp

urp

ose

ssu

ch

as

sto

rin

gfo

od

s,

co

olin

gp

rec

isio

nin

str

um

en

tsa

nd

pre

se

rva

tio

no

fa

nim

als

,p

lan

tso

r

art

.

Itcan

cause

the

dam

age

ofth

eitem

s.

•D

on

ot

use

an

ym

ate

ria

lso

the

rth

an

afu

se

wit

hth

ec

orr

ec

tra

tin

gin

the

loc

ati

on

wh

ere

fuse

sa

reto

be

use

d.

Co

nnecting

the

circuit

with

co

pp

er

wire

or

oth

er

meta

lthre

ad

can

cause

unit

failu

reand

fire.

•D

on

ot

tou

ch

an

yb

utt

on

sw

ith

we

th

an

ds.

Itcan

cause

ele

ctr

icsho

cks.

•D

on

ot

tou

ch

an

yre

frig

era

nt

pip

es

wit

hyo

ur

ha

nd

sw

he

nth

e

syste

mis

ino

pe

rati

on

.

During

op

era

tio

nth

ere

frig

era

nt

pip

es

beco

me

extr

em

ely

ho

to

rextr

em

ely

co

ldd

ep

end

ing

the

op

era

ting

cond

itio

n,

and

itcan

cause

burn

inju

ryor

fro

st

inju

ry.

•C

arr

yo

ut

the

ele

ctr

ica

lw

ork

for

gro

un

dle

ad

wit

hc

are

.

Do

no

tconnect

the

gro

und

lead

toth

eg

as

line,w

ate

rlin

e,lig

htn

ing

co

nd

ucto

ror

tele

pho

ne

line’s

gro

und

lead

.In

co

rrect

gro

und

ing

can

cause

unit

faults

such

as

ele

ctr

icsho

cks

due

tosho

rt-c

ircuitin

g.

•D

on

ot

pu

tth

ed

rain

ag

ep

ipe

dir

ec

tly

into

dra

ina

ge

ch

an

ne

lsw

he

re

po

iso

no

us

ga

se

ssu

ch

as

su

lph

ide

ga

sc

an

oc

cu

r.

Po

iso

no

us

gases

will

flow

into

the

room

thro

ugh

dra

inag

ep

ipe

and

serio

usly

affect

the

user’s

health

and

safe

ty.

This

can

als

ocause

the

co

rro

sio

no

fth

ein

do

or

unit

and

are

sultant

unit

failu

reor

refr

igera

nt

leak.

•E

nsu

reth

at

no

air

en

ters

inth

ere

frig

era

nt

cir

cu

itw

he

nth

eu

nit

is

insta

lle

da

nd

rem

ove

d.

Ifair

ente

rsin

the

refr

igera

nt

circuit,

the

pre

ssure

inth

ere

frig

era

nt

circuit

becom

es

too

hig

h,

whic

hcan

cause

burs

tand

pers

onali

nju

ry.

•D

on

ot

pro

ce

ssin

g,

sp

lic

eth

ep

ow

er

co

rd,

or

sh

are

aso

ck

et

wit

h

oth

er

po

we

rp

lug

s.

This

may

cause

fire

or

ele

ctr

icsho

ck

due

tod

efe

cting

co

nta

ct,

defe

cting

insula

tio

nand

ove

r-curr

ent

etc

.

•D

on

ot

bu

nd

lin

g,

win

din

go

rp

roc

essin

gfo

rth

ep

ow

er

co

rd.

Or,

do

no

td

efo

rmin

gth

ep

ow

er

plu

gd

ue

totr

ea

dit

.

This

may

cause

fire

or

heating

.

•D

on

ot

ve

nt

R4

10

Ain

toth

ea

tmo

sp

he

re:R

41

0A

isa

flu

ori

na

ted

gre

en

ho

use

ga

s,

co

ve

red

by

the

Kyo

toP

roto

co

lw

ith

Gro

va

l

Wa

rmin

gP

ote

nti

al(G

WP

)=19

75

.

•D

on

ot

run

the

un

itw

ith

rem

ove

dp

an

els

or

pro

tec

tio

ns.

Touchin

gro

tating

eq

uip

ments

,ho

tsurf

aces

or

hig

hvo

ltag

ep

art

scan

cause

pers

onali

nju

ryd

ue

toentr

ap

ment,

burn

or

ele

ctr

icsho

cks.

•D

on

ot

pe

rfo

rma

ny

ch

an

ge

of

pro

tec

tive

de

vic

eit

se

lfo

rit

sse

tup

co

nd

itio

n.

The

forc

ed

op

era

tio

nb

ysho

rt-c

ircuitin

gp

rote

ctive

devi

ce

ofp

ressure

sw

itch

and

tem

pera

ture

co

ntr

olle

ro

rth

euse

ofno

nsp

ecifi

ed

co

mp

onent

can

cause

fire

or

burs

t.

WA

RN

ING

SA

FE

TY

PR

EC

AU

TIO

NS

•R

ead

the

“SA

FE

TY

PR

EC

AU

TIO

NS

”care

fully

first

ofall

and

str

ictly

follo

wit

during

the

insta

llatio

nw

ork

ino

rder

top

rote

ct

yours

elf.

•T

he

pre

cautionary

item

sm

entio

ned

belo

ware

dis

ting

uis

hed

into

two

leve

ls,

and

.

:W

rong

insta

llatio

nw

ould

cause

serious

co

nseq

uences

such

as

inju

ries

or

death

.

:W

rong

insta

llatio

nm

ight

cause

serious

co

nseq

uences

dep

end

ing

on

circum

sta

nces.

Bo

thm

entio

ns

the

imp

ort

ant

item

sto

pro

tect

your

health

and

safe

tyso

str

ictly

follo

wth

em

by

any

means.

•B

esure

toconfir

mno

anom

aly

on

the

eq

uip

ment

by

com

mis

sio

nin

gafter

com

-

ple

ted

insta

llatio

nand

exp

lain

the

op

era

ting

meth

od

sas

well

as

the

main

tenance

meth

od

softh

iseq

uip

ment

toth

euser

accord

ing

toth

eow

ner’s

manual.

•K

eep

the

insta

llatio

nm

anualt

og

eth

er

with

ow

ner’s

manuala

ta

pla

ce

where

any

user

can

read

at

any

tim

e.

More

ove

rif

necessary

,ask

tohand

them

toa

new

user.

•Fo

rin

sta

lling

qualif

ied

pers

onnel,

take

pre

cautions

inre

sp

ect

toth

em

selv

es

by

usin

gsuitab

lep

rote

ctive

clo

thin

g,

gro

ves,

etc

.,and

then

perf

orm

the

insta

llatio

nw

ork

s.

•P

lease

pay

att

ention

no

tto

fall

do

wn

the

too

ls,

etc

.w

hen

insta

lling

the

unit

at

the

hig

hp

ositio

n.

•If

unusualn

ois

ecan

be

heard

during

op

era

tio

n,

co

nsult

the

deale

r.

•T

he

meanin

gs

of“M

ark

s”

used

here

are

show

nas

follo

ws:

Neve

rd

oit

und

er

any

circum

sta

nces.

Alw

ays

do

itacco

rdin

gto

the

instr

uction.

CA

UT

ION

WA

RN

ING

CA

UT

ION

WA

RN

ING

•T

his

insta

lla

tio

nm

an

ua

lillu

str

ate

sth

em

eth

od

of

insta

llin

ga

nin

do

or

un

it.

•F

or

ele

ctr

ica

lw

irin

gw

ork

,p

lea

se

se

ein

str

uc

tio

ns

se

to

ut

on

the

ba

ck

sid

e.

•F

or

ou

tdo

or

un

itin

sta

lla

tio

na

nd

refr

ige

ran

tp

ipin

g,

ple

ase

refe

rto

pa

ge

35.

•A

wir

ed

rem

ote

co

ntr

olu

nit

issu

pp

lie

dse

pa

rate

lya

sa

no

pti

on

alp

art

.

•W

he

nin

sta

llth

eu

nit

,b

esu

reto

ch

ec

kw

he

the

rth

ese

lec

tio

no

f

insta

lla

tio

np

lac

e,

po

we

rsu

pp

lysp

ec

ific

ati

on

s,

usa

ge

lim

ita

tio

n(p

ipin

g

len

gth

,h

eig

ht

dif

fere

nc

es

be

twe

en

ind

oo

ra

nd

ou

tdo

or

un

its,p

ow

er

su

pp

lyvo

lta

ge

an

de

tc.)

an

din

sta

lla

tio

nsp

ac

es.

8.

AP

PL

ICA

TIO

N D

AT

A

(1

)

Ins

tall

ati

on

of

ind

oo

r u

nit

- 43 -

'13 • SRK-T-147

Ne

cessa

ryto

ols

for

the

insta

llation

work

1 2 3 4 5 6 7 8 9 10

11

12

13

1 1 1 1 1 1

Q’ty

Op

tio

npa

rts

Sealin

gpla

te

Sle

eve

Inclin

ation

pla

te

Putt

y

Dra

inhose

(exte

nsio

nhose)

Pip

ing

cove

r(f

or

insula

tion

ofconnection

pip

ing)

Plu

sheaded

driver

Knife

Saw

Ta

pe

measure

Ham

mer

Spanner

wre

nch

To

rque

wre

nch

Hole

core

drill

(65m

min

dia

mete

r)

Wre

nch

key

(Hexagon)

[4m

/m]

Fla

ring

toolset

Gas

leak

de

tecto

r

Pip

ebender

Gauge

for

pro

jection

adju

stm

ent

Used

when

flare

ism

ade

by

usin

gconventionalflare

tool

()

()

14.0

~8

2.0

N·m

(1.4

~8

.2kg

f·m

)(

Desig

ne

dsp

ecific

ally

for

R4

10

A)Pip

ing

inth

ele

ftdi

rect

ion

Pip

ing

inth

erig

htre

ardi

rect

ion

Pip

ing

inth

ele

ftre

ardi

rect

ion

Pip

ing

inth

erig

htdi

rect

ion

INSTALL

ATIO

NSPAC

E(IN

DO

OR

UN

IT)(

FR

ON

TVIE

W)

Pip

ing

isposs

ible

inth

ere

ar,

left,le

ftre

ar,

left

dow

nw

ard

,rightordow

nw

ard

direct

ion.

Rig

ht

Rear

Dow

nw

ard

Left

rear L

eft

dow

nw

ardL

eft

Wire

less

rem

ote

cont

rol

Rem

ote

cont

rolh

olde

r

Woo

dsc

rew

s

BE

FO

RE

INS

TA

LL

AT

ION

○B

efo

rein

sta

llatio

nch

eck

tha

tth

ep

ow

er

su

pp

lym

atc

he

sth

eair

con

ditio

ne

r.S

EL

EC

TIO

NO

FIN

ST

AL

LA

TIO

NL

OC

AT

ION

INS

TA

LL

AT

ION

OF

IND

OO

RU

NIT

Indoor

unit

Rela

tion

betw

een

settin

gpla

teand

indoor

unit

Insta

llin

gth

esupport

ofpip

ing

(Insta

lla

tlo

cation

thatm

eets

the

follo

win

gconditio

ns,after

gettin

gappro

valfr

om

the

custo

mer)

○W

he

reth

ere

isn

oo

bstr

uction

sto

the

air

flo

wa

nd

whe

reth

eco

ole

da

nd

he

ate

da

ircan

be

even

lyd

istr

ibu

ted

.○

Asolid

pla

ce

wh

ere

the

un

ito

rth

ew

all

will

not

vib

rate

.○

Apla

ce

wh

ere

there

will

be

en

ou

gh

sp

ace

for

serv

icin

g.

(Whe

resp

ace

men

tion

ed

be

low

can

be

se

cu

red)

○W

he

rew

irin

ga

nd

the

pip

ing

wo

rkw

illbe

easy

tocon

duct.

○T

he

pla

ce

wh

ere

rece

ivin

gpa

rtis

no

te

xp

osed

toth

ed

irect

rays

ofth

esu

no

rth

estr

ong

rays

ofth

estr

ee

tlig

htin

g.

○A

pla

ce

wh

ere

itcan

be

ea

sily

dra

ine

d.

○A

pla

ce

se

pa

rate

da

tle

ast

1m

aw

ay

fro

mth

ete

levis

ion

or

the

radio

.(T

op

reve

ntin

terf

ere

nce

toim

ag

es

an

dso

un

ds.)

○P

lace

sw

he

reth

isun

itis

not

affe

cte

dby

the

hig

hfr

eq

uen

cy

equ

ipm

en

tor

ele

ctr

ice

qu

ipm

ent.

○A

void

insta

lling

this

unit

inpla

ce

wh

ere

the

reis

mu

ch

oil

mis

t.○

Pla

ce

sw

he

reth

ere

isno

ele

ctr

ice

quip

me

nt

or

ho

useh

old

un

de

rth

ein

sta

llin

gun

it.

Wirele

ss

rem

ote

contr

ol

Inca

seofpip

ing

inth

erightre

ar

direct

ion

○A

pla

ce

wh

ere

the

air

co

nd

itio

ne

rcan

be

rece

ived

the

sig

na

lsu

rely

during

op

era

tin

gth

ew

ire

less

rem

ote

co

ntr

ol.

○P

lace

sw

he

reth

ere

isno

aff

ecte

db

yth

eT

Va

nd

rad

ioe

tc.

○D

ono

tp

lace

wh

ere

exp

ose

dto

dire

ctsu

nlig

ht

or

nea

rhe

atd

evic

es

su

ch

as

asto

ve

.

Su

ffic

ientca

rem

ust

be

take

nno

tto

da

ma

ge

the

pa

nelw

hen

con

ne

ctin

gpip

es.

[To

pvie

w]

When

drilli

ng

the

wall

thatconta

ins

am

eta

lla

th,w

ire

lath

or

meta

lpla

te,be

sure

touse

pip

ehole

sle

eve

sold

separa

tely

.

•M

att

ers

ofspecia

lnotice

when

pip

ing

from

left

or

cen

tral/re

ar

ofth

eunit.

Le

ft-h

and

-sid

ep

ipin

gR

igh

t-h

an

d-s

ide

pip

ing

Insta

llation

of

Insta

llation

board

Drilli

ng

ofhole

sand

fixtu

reofsle

eve

(Option

part

s)

Fix

ing

on

co

ncre

tew

all

Use

of

nu

ta

nch

or

Use

of

bo

lta

ncho

r

Sh

apin

go

fp

ipin

gs

Ta

pin

go

fth

ee

xte

rior

Pip

ings

Dra

inho

se

Top

Nut

(M6)

Mou

ntin

gbo

ard

Mou

ntin

gbo

ard M

ax.1

0

Thi

ckne

ssof

the

wal

l+1.

5cm

5

ø65

Indo

orsi

deO

utdo

orsi

deIn

door

side

Out

door

side

Inst

alle

dst

ate

Tur

nto

tight

en

bb

c

a

Bol

t

(M6

12)

5cm

min

imum

from

the

wall

10

cmm

inim

um

from

the

wall

Inst

alla

tion

boa

rd

Sle

eve

(sold

separa

tely

)

6.5

cmm

inim

um

from

the

ceili

ng

○In

ca

se

ofre

ar

pip

ing

dra

wou

t,cutoff

the

low

er

an

dth

eright

sid

eport

ion

so

fth

esle

eve

colla

r.○

Drill

aho

lew

ith

who

lecore

drill.

○H

old

the

bott

om

ofth

e

pip

ing

and

fix

direction

be

fore

str

etc

hin

git

and

sha

pin

git.

○T

ape

only

the

po

rtio

n

tha

tgo

es

thro

ugh

the

wall.

○A

lways

tape

the

wirin

g

with

the

pip

ing.

[Dra

inho

se

cha

ngin

gpro

ce

dure

s]

1.R

em

ove

the

dra

inhose

2.

Rem

ove

the

dra

incap

.

○R

em

ove

itw

ith

ha

nd

or

plie

rs.

○R

em

ove

the

scre

wand

dra

inhose,

makin

git

rota

te.

3.

Insert

the

dra

inca

p.

4.

Conn

ectth

edra

inhose

.

○In

se

rtth

ed

rain

cap

wh

ich

was

rem

oved

at

pro

ced

ure

“2”

se

cure

lyusin

ga

he

xa

gonalw

ren

ch

etc

.N

ote

:B

ecare

fulth

atIf

itis

not

insert

ed

secure

ly,

wate

rle

akage

may

occur.

○In

se

rtth

edra

inhose

se

cure

ly,m

akin

gro

tate

.A

nd

insta

llth

escre

w.

Note

:B

ecare

fulth

at

Ifit

isno

tin

sert

ed

se

cure

ly,w

ate

rle

aka

ge

may

occur.

○A

dju

stm

ent

of

the

insta

llatio

nb

oa

rdin

the

ho

rizo

nta

ld

irectio

nis

tobe

co

ndu

cte

dw

ith

eig

ht

scre

ws

ina

tem

po

rary

tig

hte

ne

dsta

te.

○A

dju

st

so

the

bo

ard

will

be

leve

lb

ytu

rnin

gth

eb

oa

rdw

ith

the

sta

nda

rdh

ole

as

the

ce

nte

r.

Lo

ok

for

the

insid

ew

all

str

uctu

res

(Inte

rme

dia

tssu

pp

ort

or

pill

ar

an

dfirm

lyin

sta

llth

eu

nit

aft

er

leve

lsu

rfa

ce

has

be

en

ch

ecke

d.)

CA

UT

ION

Com

plet

ely

seal

the

hole

onth

ew

allw

ithpu

tty.O

ther

wis

e,fu

rnitu

re,o

rot

her,

may

bew

ette

dby

leak

edw

ater

orde

win

g.

putty

putty

1 1 1 10 2 2 2

Q’ty

Sta

nd

ard

accesso

rie

s(I

nsta

llatio

nkit)

Accessories

for

ind

oo

run

it

Insta

llatio

nboard

(Att

ached

toth

ere

ar

ofth

ein

door

unit)

Wirele

ss

rem

ote

contr

ol

Rem

ote

contr

olh

old

er

Batt

ery

[R03

(AA

A,M

icro

)1.5

V]

Air-c

leanin

gfilte

rs

2 1In

sula

tion

(#486

50

x100

t3)

Filt

er

hold

ers

(Att

ached

toth

efr

ont

panelofin

door

unit)

Tappin

gscre

ws

(for

insta

llation

board

ø4

X25m

m)

Wo

od

scre

ws

(for

rem

ote

contr

ols

witc

hh

old

er

ø3.5

X16m

m)

1 2 3 4 5 6 7 8 9

()

Desig

ne

dsp

ecific

ally

for

R4

10

A

Indo

orsi

deO

utdo

orsi

de

Sta

ndar

dho

le

610

450

Mat

ing

mar

kfo

rle

velsu

rfac

e

(Uni

t:m

m)

Indo

orun

it

For

bolt

anch

oran

dnu

tanc

hor

Inst

alla

tion

boar

d

Spa

cefo

rse

rvic

e10

0Spa

cefo

rse

rvic

e

Pip

ing

hole

(ø65

)

25

5050

349

50

44.5221.5

15Spaceforservice

65Spaceforservice 7.7301.88.5

44.5

49.5

106

450

886

106

53.5

77

Pip

ing

forG

as63

3.5

Pip

ing

forLi

quid

703.

5

Dra

inho

se79

2(ø

16)

Pip

ing

hole

(ø65

)

299

- 44 -

'13 • SRK-T-147

•Flaringwork

MeasurementB

Flaring

block

Copperpipe

Fin

ishin

gw

ork

and

fixin

g

Connectionwiring,

Earthwiring

Outertape

Refrigerantpiping

Drainhose

Woodscrew

Clamp

Covertheexteriorportionwith

outertape

and

shapethepiping

soitwillmatch

thecontours

oftheroutethatthepiping

totake.

Alsofix

thewiring

andpipingstothewallw

ith

clam

ps.

Open/c

lose

and

deta

chm

ent/attachm

entofth

eair

inle

tp

anel

○Toopen,pullthe

panelatbothends

oflowerpart

andreleaselatches,then

pullup

thepaneluntil

youfeelresistance.

(The

panelstops

atapprox.60°

open

position)

○Toclose,holdthepanelatbothends

oflower

parttolowerdownw

ardandpush

itslightlyuntil

thelatchworks.

○Toremove,pullup

thepaneltotheposition

show

ninrightillustrationandpullittowardyou.

○Toinstall,insertthepanelarm

intothesloton

the

frontpanelfrom

thepositionshow

ninright

illustration,holdthepanelatbothends

oflower

part,low

eritdownw

ardslow

ly,thenpush

itslightlyuntilthelatchworks.

How

tore

move

and

insta

llth

efr

ontpanel

○Installthe

removed

flarednutstothepipestobe

connected,

then

flaredthepipes.

○Rem

ovetheflarednuts.(on

bothliquidandgassides)

Keeptheopenings

ofthepipescoveredwith

tapesetc.topreventdust,sand,etc.fromenteringthem

.

CO

NN

EC

TIO

NO

FR

EF

RIG

ER

AN

TP

IPIN

GS

Pre

para

tion

(Donotturn)

Press

Rem

ove

A

90±0.5°

Dimension

A

Liquidside

ø6.35

:9.1(mm)

Gas

side

ø9.52

:13.2(mm)

ø12.7:16.6(mm)

ø15.88:19.7(mm)

CA

UT

ION

Donotapplyrefrigeratingmachine

oiltotheflaredsurface.

Indoor

CA

UT

ION

Donotapplyexcess

torque

totheflarednuts.

Otherwise,theflarednutsmay

checkdepending.

○Arrange

thedrainhose

inadownw

ardangle.

○Avoidthefollowingdrainpiping.

○Pourwatertothedrainpanlocatedundertheheatexchanger,andensurethatthewaterisdischarged

outdoor.

○Whentheextended

drainhose

isindoor,securelyinsulateitwith

aheatinsulatoravailableinthemarket.

CA

UT

ION

Wall

Gutter

Pipeaccommodatingsection

Since

thisairconditionerhasbeen

designed

tocollectdewdropson

therear

surfacetothedrainpan,do

notattach

thepowercordabovethegutter.

Dra

inage

Higherthan

specified

The

drainhose

tipisinwater.

Wavy

The

drainhose

tipisinthegutter.

The

gaptotheground

is5cm

orless.

Odorfrom

thegutter

21

InstallationSteps

Passthepipe

through

theholeinthewall,

andhook

theupper

partoftheindoorunit

totheinstallationboard.

Gently

push

thelower

parttosecuretheunit.

•How

toremovetheindoorunitfrom

theinstallationboard

Fix

ing

ofin

door

unit

Pushup

atthemarkedportionoftheindoorunitbase

lowerlatch,andslightlypullittoward

you.(bothrightandlefthand

sides)(The

indoorunitbase

lowerlatchcanbe

removed

from

theinstallationboard)

Pushup

theindoorunitupward.Sotheindoorunitwillbe

removed

from

theinstallationboard.

1 2

The

markedportionoftheindoorunitbase

lowerlatch.

Installationboard

Indoorunitbase

latch

Wall

○Connectthepipeson

bothliquidandgassides.

○Tighten

thenutstothefollowingtorque.

Liquidside

(ø6.35):14.0-18.0N·m

(1.4-1.8kgf·m

)Gas

side

(ø9.52):34.0-42.0N·m

(3.4-4.2kgf·m

)(ø12.7):49.0-61.0N·m

(4.9-6.1kgf·m

)(ø15.88):68.0-82.0N·m

(6.8-8.2kgf·m

)

Conne

ction

Insula

tion

ofth

econnection

port

ion

Indoor

Liquidside

Gas

side

(Donotturn)

•Covertheindoorunitsflare-connected

joints,afterthey

arecheckedforagasleak,w

ithan

indoorunit

heatinsulatingmaterialand

then

wrapthem

with

atape

with

anattached

insulationpadplaced

over

theheatinsulatingmaterial’s

slitarea.

Coverthecouplingwith

insulatorandthen

coveritwith

tapes.

Vinyltape

Use

anattached

insulationpadforheatinsulation.

Position

itso

thattheslitarea

facesupward.

Toremove/Toinstall

IfFDC71VNPisconnected,usereduceratgasside

ofindoorunittochange

thepipe

size

from

ø15.88to

ø12.7.(Reducerisattached

intheoutdoorunit

accessory)

○×

＋－

○ ○

Gothroughallinstallationstepsandcheckifthedrainage

isallright.

Otherwisewaterleak

may

occur.

○ ○

Installationboard

Indoorunit

Latch(2locations)

○Rem

oving

① Rem

ovetheairinletpanel.

② Rem

ovethescrew(A)2pcs

/screw

(B)3pcs

fixingto

thefrontpanel.

③ Rem

ovethe3latchesin

theupper

sectionof

thefrontpanelandthen

removethefrontpanelfrom

theunit.

○Installing

① Rem

ovetheairfilter.

② Cover

theunitwith

thefrontpanel.

③ Tighten

thescrew(A)2pcs

/screw

(B)3pcs

tofix

thefrontpanel.

④ Installtheairfilter.

⑤ Installtheairinletpanel.

Frontpanel

Airinletpanel

Airfilter

Latch

Screw

(A)

Screw

(A) S

crew

(B)

Screw

(B)

Screw

(B)

Approx.80

Copperpipe

diam

eter

Use

aflaretooldesigned

forR410A

oraconventionalflaretool.

PleasenotethatmeasurementB

(protrusionfrom

theflaringblock)willvarydependingon

the

type

ofaflaretoolinuse.

Ifaconventionalflaretoolisused,pleaseuseacopperpipe

gaugeorasimilarinstrumentto

checkprotrusion

sothatyoucankeep

measurementB

toacorrectvalue.

Clutchtype

flaretoolfor

R410A

Conventional(R22)flaretool

ø6.35

ø9.52

ø15.88

0.0-0.5

0.0-0.5

0.0-0.5

1.0-1.5

1.0-1.5

1.0-1.5

1.5-2.0

1.5-2.0

2.0-2.5

ø12.7

0.0-0.5

1.0-1.5

2.0-2.5

MeasurementB

(mm)

Clutchtype

Wingnuttype

- 45 -

'13 • SRK-T-147

○

°○ ○ ○

•Forcedcoolingoperation

Turnon

thepowersupplyagainafterawhileafterturnoffthe

powersupply.

Thenpresscontinually

theON/OFFbutton5secondsormore.

○○

○ ○ ○ ○

CO

NC

ER

NIN

GT

ER

MIN

AL

CO

NN

EC

TIO

NF

OR

AN

INT

ER

FA

CE

Rem

ovetheairinletpanel,lidandfrontpanel.

Rem

ovethecontrolcover.(Rem

ovethescrew.)

Thereisaterminal(respectivelymarkedwith

CNS)fortheindoorcontrolboard.

Inconnectingan

interface,connecttotherespectiveterminalsecurelywith

theconnectionharness

suppliedwith

anoptional“InterfaceconnectionkitS

C-BIKN-E”andfasten

theconnectionharness

ontotheindoorcontrolbox

with

theclam

psuppliedwith

thekit.

Formoredetails,pleaserefertotheuser’smanualofyour“Interface

connectionkitS

C-BIKN-E”.

1 2 3

○ ○

○Uncover

thewireless

remotecontrol,andmount

thebatteries[R03

(AAA,Micro),

×2pieces]in

thebody

regularly.

(Fitthepoleswith

theindicationmarks,＋

&－

withoutfail)

○Conventionally,operatethewireless

remotecontrolby

holding

inyour

hand.

○Avoid

installingiton

aclay

walletc.

Cover

CA

UT

ION

Woodscrews

ø3.5X16

Wireless

remotecontrol

Battery

INS

TA

LL

AT

ION

OF

WIR

EL

ES

SR

EM

OT

EC

ON

TR

OL

Mounting

meth

od

ofbattery

Fix

ing

topill

ar

or

wall

Donotuse

newand

oldbatteriestogether.

2

6

5

Reception

pip

Disconnect

TIMESETUPACL

Whentwoairconditionersareinstalledin

thesameroom

,usethissetting

whenthetwoairconditionersarenotoperated

with

onewireless

remotecontrol.Set

the

wireless

remotecontrolandindoor

unit.

INS

TA

LL

ING

TW

OA

IRC

ON

DIT

ION

ER

SIN

TH

ES

AM

ER

OO

M

Set

ting

the

wire

less

rem

ote

cont

rol

Pulloutthecoverandtake

outbatteries.

Disconnectthe

switching

linenext

tothebatterywith

wire

cutters.

Insertbatteries.Close

thecover.

1 2 3

Settin

gan

indoor

un

it

1 2 3

INS

TA

LL

AT

ION

TE

ST

CH

EC

KP

OIN

TS

Afterin

sta

llation

The

powersupplyvoltage

iscorrectastherating.

Nogasleaksfrom

thejointsoftheoperationvalve.

Pow

ercables

andcrossoverwiresaresecurelyfixed

totheterminalboard.

The

screwofthelid

istightened

securely.

Testru

n Airconditioningoperationisnormal.

Noabnormalnoise.

Waterdrains

smoothly.

Protectivefunctions

arenotw

orking.

The

wireless

remotecontrolisnormal.

Operationoftheunithasbeen

explainedtothecustom

er.(Three-minutes

restartpreventivetim

er)

Whentheairconditionerisrestartedorwhenchanging

theoperation,theunitwillnotstartoperatingfor

approximately3minutes.Thisistoprotectthe

unitanditisnota

malfunction.

Operationvalveisfully

open.

The

pipe

jointsforindoorandoutdoorpipeshave

been

insulated.

Check

thefollowingpointsagainaftercompletionoftheinstallation,andbeforeturningon

thepower.C

onductatestrunagainandensurethattheunitoperates

properly.

Atthe

sametim

e,explaintothecustom

erhowtousetheunitandhowtotake

careoftheunitfollowingtheuser’smanual.

Opentheairinletpanel.

Rem

ovethelid.

Rem

ovethewiring

clam

p.Connecttheconnectingwire

securelytotheterminalblock.

1)Connecttheconnectionwire

securelytotheterminal

block.Ifthewire

isnotaffixedcompletely,contactw

illbe

poor,and

itisdangerousas

theterminalblockmay

heat

upandcatchfire.

2)Takecarenottoconfusetheterminalnumbersforindoor

andoutdoorconnections.

Fixtheconnectingwire

bywiring

clam

p.Attach

thelid.

Close

theairinletpanel.

1 2 3 4 5 6 7

EL

EC

TR

ICA

LW

IRIN

GW

OR

K

CA

UT

ION

Incase

offaultywiring

connection,theindoorunitstops,andthen

therunlampturnson

andthetim

erlampblinks.

Use

cables

forinterconnectionwiring

toavoidlooseningofthewires.

CENELE

Ccode

forcables

Requiredfieldcables.

H05RNR4G

1.5(example)or245IEC57

HHarmonized

cabletype

05300/500volts

RNatural-and/orsynth,rubberwire

insulation

NPolychloroprene

rubberconductorsinsulation

RStrandedcore

4or5

Num

berofconductors

GOne

conductorofthecableistheearthconductor

(yellow/green)

1.5

Sectionofcopperwire

(mm

2 )

Pre

para

tion

ofin

door

unit

Mounting

ofconnecting

wires

Filter

holder

Air-cleaning

filter

Insta

lling

the

air-c

leanin

gfilters

1.Opentheairinletpanelandremovetheairfilters.

2.Installthe

air-cleaning

filterinthefilterholders,andthen

installthe

filterholdersintheairconditioner.

•Eachair-cleaning

filtercanbe

installedintheleftorrightfilterholder.

3.Installthe

airfiltersandclosetheinletpanel.

Turnoffthe

powersupply,and

turniton

after

1minute.

Pointthewireless

remotecontrolthatw

asset

accordingtotheproceduredescribed

onthe

leftside

attheindoorunitandsend

asignalby

pressing

theACLsw

itchon

thewireless

remotecontrol.

Sincethesignalissentinabout6

secondsafterthe

ACLsw

itchispressed,

pointthe

wireless

remotecontrolatthe

indoorunitforsom

etim

e.Check

thatthereceptionbuzzersound"pip"isem

itted

from

the

indoorunit.

Atcom

pletionofthesetting,the

indoorunitem

itsabuzzersound

"pip".(Ifnoreceptiontone

isem

itted,startthesetting

from

the

beginningagain.)

Connectcharge

hose

tocheckjointofoutdoorunit.

Liquidside

:Close

theliquidvalvewith

hexagonwrenchkey.

Gas

side

:Fullyopen

thegasvalve.

Carryoutcoolingoperation.(Ifindoortemperatureislow,operate

forced

coolingoperation.)

Afterlowpressuregaugebecome0.01MPa,stop

coolingoperation

andclosethegasvalve.

1 2 3

<How

topumpdown>

○Inordertoprotectthe

environm

ent,be

suretopumpdown(recoveryofrefrigerant).

○Pum

pdownisthemethodofrecoveringrefrigerantfromtheindoorunittothe

outdoorunitwhenthepipesareremoved

from

theunit.

HO

WT

OR

EL

OC

AT

EO

RD

ISP

OS

EO

FT

HE

UN

IT

UnitO

N/OFFbutton

IndoorunitPCB

Screw

CNSterminal

Controlcover

○①

②

③

○①

②

③

④

⑤

Terminalblock

13

2/N

Lid

The

screwofthelid

istightened

securely.

Wiring

Clamp

•Earthwire

shallbeYellow/Green

(Y/G)incolorandlongerthan

otherACwiresforsafetyreason.

- 46 -

'13 • SRK-T-147

INS

TA

LLA

TIO

NM

AN

UA

LFO

RO

UTD

OO

RU

NIT

RC

R012A

002

R4

10

AR

EF

RIG

ER

AN

TU

SE

D

•R

ead

the

“SA

FE

TY

PR

EC

AU

TIO

NS

”care

fully

first

ofall

and

str

ictly

follo

wit

during

the

insta

llation

work

inord

er

top

rote

ct

yours

elf.

•The

pre

cautionary

item

sm

entioned

belo

ware

dis

tinguis

hed

into

two

leve

ls,

and

.

:W

rong

insta

llatio

nw

ould

cause

serious

conseq

uences

such

as

inju

ries

or

death

.

:W

rong

insta

llatio

nm

ight

cause

serious

conseq

uences

dep

end

ing

on

circum

sta

nces.

Both

mentions

the

imp

ort

ant

item

sto

pro

tect

your

health

and

safe

tyso

str

ictly

follo

wth

em

by

any

means.

•B

esure

toconfir

mno

anom

aly

on

the

eq

uip

ment

by

com

mis

sio

nin

gafter

co

mp

lete

din

sta

llation

and

exp

lain

the

op

era

ting

meth

od

sas

well

as

the

main

tenance

meth

od

softh

iseq

uip

ment

toth

euser

accord

ing

toth

eow

ner’s

manual.

•K

eep

the

insta

llation

manualt

ogeth

er

with

ow

ner’s

manuala

ta

pla

ce

where

any

user

can

read

at

any

tim

e.

More

ove

rif

necessary

,ask

tohand

them

toa

new

user.

•For

insta

lling

qualif

ied

pers

onnel,

take

pre

cautions

inre

sp

ect

toth

em

selv

es

by

usin

gsuitab

lep

rote

ctive

clo

thin

g,gro

ves,etc

.,and

then

perf

orm

the

insta

llation

work

s.

•P

lease

pay

att

ention

no

tto

fall

dow

nth

eto

ols

,etc

.w

hen

insta

lling

the

unit

at

the

hig

hp

ositio

n.

•If

unusualn

ois

ecan

be

heard

during

op

era

tion,consult

the

deale

r.

•The

meanin

gs

of“M

ark

s”

used

here

are

show

nas

follo

ws:

•T

his

insta

lla

tio

nm

an

ua

ld

ea

lsw

ith

ou

tdo

or

un

its

an

dg

en

era

lin

sta

lla

tio

nsp

ec

ific

ati

on

so

nly

.F

or

ind

oo

ru

nit

s,re

fer

top

ag

e42

.

•W

he

nin

sta

llth

eu

nit

,b

esu

reto

ch

ec

kw

he

the

rth

ese

lec

tio

no

fin

sta

lla

tio

np

lac

e,

po

we

rsu

pp

lysp

ec

ific

ati

on

s,u

sa

ge

lim

ita

tio

n(p

ipin

gle

ng

th,h

eig

ht

dif

fere

nc

es

be

twe

en

ind

oo

ra

nd

ou

tdo

or

un

its,p

ow

er

su

pp

lyvo

lta

ge

an

de

tc.)

an

din

sta

lla

tio

nsp

ac

es.

SA

FE

TY

PR

EC

AU

TIO

NS

WA

RN

INGN

eve

rd

oit

und

er

any

circum

sta

nces.

Alw

ays

do

itaccord

ing

toth

ein

str

uction.

CA

UT

ION

WA

RN

ING

CA

UT

ION

WA

RN

ING

CA

UT

ION

•In

stall

ati

on

must

be

carr

ied

ou

tb

yth

equ

ali

fied

inst

all

er.

Ifyo

uin

stal

lthe

syst

emby

your

self,

itm

ayca

use

seri

ous

trou

ble

such

asw

ater

leak

s,el

ectr

icsh

ocks

,fir

ean

dpe

rson

alin

jury

,as

are

sult

ofa

syst

emm

alfu

nctio

n.D

ono

tca

rry

outt

hein

stal

latio

nan

dm

aint

enan

cew

ork

exce

ptth

eby

qual

ified

inst

alle

r.•

Inst

all

the

syst

em

infu

llacc

ord

ance

wit

hth

ein

stall

ati

on

ma

nual.

Inco

rrec

tins

talla

tion

may

caus

ebu

rsts

,per

sona

linj

ury,

wat

erle

aks,

elec

tric

shoc

ksan

dfir

e.•

Be

sure

touse

only

for

house

hold

an

dre

side

nce

.If

this

appl

ianc

eis

inst

alle

din

infe

rior

envi

ronm

ents

uch

asm

achi

nesh

opan

det

c.,

itca

nca

use

mal

func

tion.

•W

he

nin

stall

ing

insm

all

room

s,ta

kepre

venti

on

measu

res

not

toexc

eed

the

densi

tyli

mit

of

refr

igera

nt

inth

eeve

nt

of

leaka

ge,

refe

rred

by

the

form

ula

(acc

ord

ance

wit

hIS

O51

49).

Ifth

ede

nsity

ofre

frig

eran

texc

eeds

the

limit,

plea

seco

nsul

tthe

deal

eran

din

stal

lth

eve

ntila

tion

syst

em,o

ther

wis

ela

ckof

oxyg

enca

noc

cur,

whi

chca

nca

use

seri

ous

acci

dent

.•

Use

the

ori

gin

al

acc

ess

ori

es

an

dth

esp

eci

fied

com

ponents

for

inst

all

ati

on.

Ifpa

rts

othe

rth

anth

ose

pres

crib

edby

usar

eus

ed,I

tmay

caus

ew

ater

leak

s,el

ectr

icsh

ocks

,fir

ean

dpe

rson

alin

jury

.•

Inst

all

the

un

itin

alo

cati

on

wit

hgood

suppo

rt.

Uns

uita

ble

inst

alla

tion

loca

tions

can

caus

eth

eun

itto

fall

and

caus

em

ater

ial

dam

age

and

pers

onal

inju

ry.

•Ensu

reth

eu

nit

isst

able

when

inst

all

ed,

soth

at

itca

nw

ithst

and

eart

hquake

sand

stro

ng

win

ds.

Uns

uita

ble

inst

alla

tion

loca

tions

can

caus

eth

eun

itto

fall

and

caus

em

ater

ial

dam

age

and

pers

onal

inju

ry.

•V

ent

ilat

eth

ew

orki

ng

are

aw

ell

inth

eev

ent

ofre

frig

eran

tle

akag

edu

ring

inst

alla

tion

.If

the

refr

iger

antc

omes

into

cont

actw

ithna

ked

flam

es,p

oiso

nous

gas

ispr

oduc

ed.

•U

seth

epre

scri

bed

pip

es,

flare

nuts

and

tools

for

R410A

.U

sing

exis

ting

part

s(f

orR

22or

R40

7C)

can

caus

eth

eun

itfa

ilure

and

seri

ous

acci

dent

sdu

eto

burs

toft

here

frig

eran

tcir

cuit.

•Ti

ghte

nth

efl

are

nut

by

torq

ue

wre

nch

wit

hsp

eci

fied

meth

od.

Ifth

efla

renu

twer

etig

hten

edw

ithex

cess

torq

ue,t

his

may

caus

ebu

rsta

ndre

frig

eran

tlea

kage

afte

ra

long

peri

od.

•D

on

ot

open

the

opera

tion

valv

es

for

liquid

lin

ean

dg

as

line

unti

lco

mp

lete

dre

frig

era

nt

pip

ing

work

,a

irti

gh

tness

test

and

eva

cuati

on.

Ifth

eco

mpr

esso

ris

oper

ated

inst

ate

ofop

enin

gop

erat

ion

valv

esbe

fore

com

plet

edco

nnec

tion

ofre

frig

eran

tpip

ing

wor

k,ai

rca

nbe

suck

edin

tore

frig

eran

tci

rcui

t,w

hich

can

caus

ebu

stor

pers

onal

inju

rydu

eto

anom

alou

sly

high

pres

sure

inth

ere

frig

eran

t.•

The

elec

tric

alin

stal

lati

onm

ust

beca

rrie

dou

tby

the

qual

ifie

del

ectr

icia

nin

acco

rdan

cew

ith

“the

norm

for

elec

tric

alw

ork”

and

“nat

iona

lw

irin

gre

gula

tion

”,an

dth

esy

stem

mus

tbe

conn

ecte

dto

the

dedi

cate

dci

rcui

t.P

ower

supp

lyw

ithin

suffi

cien

tcap

acity

and

inco

rrec

tfun

ctio

ndo

neby

impr

oper

wor

kca

nca

use

elec

tric

shoc

ksan

dfir

e.•

Be

sure

tosh

ut

off

the

pow

er

befo

rest

art

ing

ele

ctri

cal

work

.Fa

ilure

tosh

utof

fthe

pow

erca

nca

use

elec

tric

shoc

ks,u

nitf

ailu

reor

inco

rrec

tfu

nctio

nof

equi

pmen

t.•

Be

sure

touse

the

cab

les

confo

rmed

tosa

fety

stan

dard

and

cab

leam

paci

tyfo

rpow

er

dis

trib

uti

on

work

.U

ncon

form

able

cabl

esca

nca

use

elec

tric

leak

,ano

mal

ous

heat

prod

uctio

nor

fire.

•This

appli

ance

mu

stbe

conne

cted

tom

ain

pow

er

supply

by

means

of

a

circ

uit

bre

ake

ror

swit

ch(f

use

:20A

)w

ith

aco

nta

ctse

para

tion

of

at

least

3m

m.

•A

rrange

the

wir

ing

inth

eco

ntr

ol

box

soth

at

itca

nnot

be

push

ed

up

furt

her

into

the

bo

x.In

stall

the

serv

ice

panel

corr

ect

ly.

Inco

rrec

tins

talla

tion

may

resu

ltin

over

heat

ing

and

fire.

•U

seth

epre

scri

bed

cable

sfo

rele

ctri

cal

connect

ion,

tigh

ten

the

cable

sse

cure

lyin

term

inal

blo

ckand

reli

eve

the

cable

sco

rrect

lyto

pre

vent

ove

rloadin

gth

ete

rmin

al

blo

cks.

Loos

eco

nnec

tions

orca

ble

mou

ntin

gsca

nca

use

anom

alou

she

atpr

oduc

tion

orfir

e.•

Be

sure

tofi

xup

the

serv

ice

pane

ls.

Inco

rrec

tfix

ing

can

caus

eel

ectr

icsh

ocks

orfir

edu

eto

intr

usio

nof

dust

orw

ater

.•

Be

sure

tosw

itch

off

the

pow

er

supply

inth

eeve

nt

of

inst

all

ati

on,

insp

ect

ion

or

serv

icin

g.

Ifth

epo

wer

supp

lyis

nots

huto

ff,th

ere

isa

risk

ofel

ectr

icsh

ocks

,uni

tfai

lure

orpe

rson

alin

jury

due

toth

eun

expe

cted

star

toff

an.

•S

top

the

com

pre

ssor

befo

rere

mo

ving

the

pip

eaft

er

shutt

ing

the

opera

tion

valv

eon

pum

pdo

wn

work

.If

the

pipe

isre

mov

edw

hen

the

com

pres

sor

isin

oper

atio

nw

ithth

eop

erat

ion

valv

eop

en,a

irw

ould

bem

ixed

inth

ere

frig

erat

ion

circ

uita

ndit

coul

dca

use

expl

osio

nan

din

juri

esdu

eto

abno

rmal

high

pres

sure

inth

eco

olin

gcy

cle.

•O

nly

use

pre

scri

bed

opti

on

al

part

s.The

inst

all

ati

on

mu

stbe

carr

ied

out

by

the

quali

fie

din

stall

er.

Ifyo

uin

stal

lthe

syst

emby

your

self,

itca

nca

use

seri

ous

trou

ble

such

asw

ater

leak

s,el

ectr

icsh

ocks

,fir

e.•

Be

sure

tow

ear

pro

tect

ive

goggle

sand

glo

ves

whil

ea

tw

ork

.•

Eart

hle

aka

ge

bre

ake

rm

ust

be

inst

all

ed.

Ifth

eea

rth

leak

age

brea

ker

isno

tins

talle

d,it

can

caus

eel

ectr

icsh

ocks

.

•Ensu

reth

at

no

air

ente

rsin

the

refr

igera

nt

circ

uit

when

the

unit

isin

stall

ed

and

rem

ove

d.

Ifai

ren

ters

inth

ere

frig

eran

tcir

cuit,

the

pres

sure

inth

ere

frig

eran

tcir

cuit

beco

mes

too

high

,whi

chca

nca

use

burs

tand

pers

onal

inju

ry.

•D

ono

tpro

cess

ing,

splic

eth

epo

wer

cord

,ors

hare

aso

cket

with

othe

rpow

erpl

ugs.

This

may

caus

efir

eor

elec

tric

shoc

kdu

eto

defe

ctin

gco

ntac

t,de

fect

ing

insu

latio

nan

dov

er-c

urre

ntet

c.

•D

on

ot

bundli

ng,

win

din

gor

pro

cess

ing

for

the

pow

er

cord

.O

r,do

not

defo

rmin

gth

epow

er

plu

gdue

totr

ead

it.

This

may

caus

efir

eor

heat

ing.

•D

on

ot

run

the

unit

wit

hre

move

dpan

els

or

pro

tect

ions.

Touc

hing

rota

ting

equi

pmen

ts,h

otsu

rfac

esor

high

volta

gepa

rts

can

caus

epe

rson

alin

jury

due

toen

trap

men

t,bu

rnor

elec

tric

shoc

ks.

•D

onot

perf

orm

any

change

of

pro

tect

ive

devi

ceit

self

or

its

setu

pco

ndit

ion.

The

forc

edop

erat

ion

bysh

ort-

circ

uitin

gpr

otec

tive

devi

ceof

pres

sure

switc

han

dte

mpe

ratu

reco

ntro

ller

orth

eus

eof

non

spec

ified

com

pone

ntca

nca

use

fire

orbu

rst.

(

2)

In

sta

lla

tio

n o

f o

utd

oo

r u

nit

M

od

els

SR

C6

3Z

MA

-S,

71

ZM

A-S

, 8

0Z

MA

-S

- 47 -

'13 • SRK-T-147

Accesso

ries

for

ou

tdo

or

un

it

•M

od

eln

am

eand

pow

er

sourc

e

•R

efr

igera

nt

pip

ing

length

•P

ipin

g,w

irin

gand

mis

cella

neous

sm

all

part

s

•In

do

or

unit

insta

llation

manual

Necessary

too

lsfo

rth

ein

sta

llati

on

wo

rkW

rench

key

(Hexagon)[4

m/m

]

Vacuum

pum

p

Vacuum

pum

pad

ap

ter

(Anti-r

eve

rse

flow

typ

e)

(Desig

ned

sp

ecifi

cally

for

R410A

)

Gauge

manifo

ld(D

esig

ned

sp

ecifi

cally

for

R410

A)

Charg

ehose

(Desig

ned

sp

ecifi

cally

for

R410A

)

Fla

ring

tools

et

(Desig

ned

sp

ecifi

cally

for

R410A

)

Gas

leak

dete

cto

r(D

esig

ned

sp

ecifi

cally

for

R4

10A

)

Gauge

for

pro

jection

ad

justm

ent

(Used

when

flare

ism

ad

eb

yusin

gconve

ntionalf

lare

tool)

9 10

11

12

13

14

15

16

Plu

shead

ed

drive

r

Knife

Saw

Tap

em

easure

Ham

mer

Sp

anner

wre

nch

Torq

ue

wre

nch

[14

.0~

82.0

N·m

(1.4~

8.2

kgf·m

)]

Hole

core

drill

(65m

min

dia

mete

r)

1 2 3 4 5 6 7 8

Gro

mm

et

(Heat

pum

pty

pe

only

)

Dra

inelb

ow

(Heat

pum

pty

pe

only

)

Q’t

y

2 1

1 2

Op

tio

np

art

s

Sealin

gp

late

Sle

eve

Inclin

ation

pla

te

Putt

y

Dra

inhose

(exte

nsio

nhose)

Pip

ing

cove

r

(for

insula

tion

ofconnection

pip

ing)

Q’t

y

1 1 1 1 1 1

Ch

ec

kb

efo

rein

sta

lla

tio

nw

ork

a b c d e f

CA

UT

ION

•C

arr

you

tth

ee

lect

rica

lw

ork

for

gro

un

dle

ad

wit

hca

re.

Do

notc

onne

ctth

egr

ound

lead

toth

ega

slin

e,w

ater

line,

light

ning

cond

ucto

ror

tele

phon

elin

e’s

grou

ndle

ad.I

ncor

rect

grou

ndin

gca

nca

use

unit

faul

tssu

chas

elec

tric

shoc

ksdu

eto

shor

t-ci

rcui

ting.

•U

seth

eci

rcu

itb

reake

rfo

rall

po

leco

rrect

capa

city

.C

ircu

itbre

ake

rsh

ould

be

the

one

that

dis

connect

all

pole

sunder

ove

rcu

rren

t.U

sing

the

inco

rrec

tcir

cuit

brea

ker,

itca

nca

use

the

unit

mal

func

tion

and

fire.

•In

stall

isola

tor

or

dis

connect

swit

chon

the

pow

er

supp

lyw

irin

gin

acc

ord

an

cew

ith

the

loca

lco

des

and

reg

ula

tio

ns.

The

isol

ator

shou

ldbe

lock

edin

OFF

stat

ein

acco

rdan

cew

ithEN

6020

4-1.

•A

fter

mai

nten

ance

,al

lw

irin

g,w

irin

gti

esan

dth

eli

ke,

shou

ldbe

retu

rned

toth

eir

orig

inal

stat

ean

dw

irin

gro

ute,

and

the

nece

ssar

ycl

eara

nce

from

all

met

alpa

rts

shou

ldbe

secu

red.

•S

ecu

rea

space

for

inst

all

ati

on,

insp

ect

ion

and

main

tenance

speci

fied

inth

em

anual.

Insu

ffici

ents

pace

can

resu

ltin

acci

dent

such

aspe

rson

alin

jury

due

tofa

lling

from

the

inst

alla

tion

plac

e.

•Ta

keca

rew

he

nca

rryi

ng

the

unit

by

hand

.If

the

unit

wei

ghts

mor

eth

an20

kg,i

tmus

tbe

carr

ied

bytw

oor

mor

epe

rson

s.D

ono

tcar

ryby

the

plas

ticst

raps

,alw

ays

use

the

carr

yha

ndle

whe

nca

rryi

ngth

eun

itby

hand

.Use

glov

esto

min

imiz

eth

eri

skof

cuts

byth

eal

umin

umfin

s.•

Dis

pose

of

any

pa

ckin

gm

ate

rials

corr

ect

ly.

Any

rem

aini

ngpa

ckin

gm

ater

ials

can

caus

epe

rson

alin

jury

asit

cont

ains

nails

and

woo

d.A

ndto

avoi

dda

nger

ofsu

ffoca

tion,

besu

reto

keep

the

plas

ticw

rapp

eraw

ayfr

omch

ildre

nan

dto

disp

ose

afte

rte

arit

up.

•B

esu

reto

insu

late

the

refr

ige

rant

pip

es

soas

not

toco

nde

nse

the

am

bie

nt

air

mois

ture

on

the

m.

Insu

ffici

enti

nsul

atio

nca

nca

use

cond

ensa

tion,

whi

chca

nle

adto

moi

stur

eda

mag

eon

the

ceili

ng,f

loor

,fur

nitu

rean

dan

yot

her

valu

able

s.

•W

hen

perf

orm

the

air

cond

itio

ner

oper

ati

on

(coo

ling

or

dryi

ngope

rati

on)

inw

hich

vent

ilat

oris

inst

alle

din

the

room

.In

this

case

,us

ing

the

air

cond

itio

ner

inpa

rall

elw

ith

the

vent

ilato

r,th

ere

isth

epos

sibil

ity

that

drai

nw

ate

rm

ayba

ckfl

ow

inacc

orda

nce

wit

hth

ero

omla

pse

into

the

nega

tive

press

ure

statu

s.The

refo

re,

set

upth

eop

enin

gpor

tsu

chas

inco

rpor

ate

the

air

into

the

room

that

may

appr

opr

iate

tove

nti

lati

on(F

orex

ampl

e;

Open

the

door

ali

ttle

).In

add

itio

n,

just

asabo

ve,

sose

tup

the

open

ing

port

ifth

ero

omla

pse

into

neg

ati

vepr

essu

rest

atus

due

tore

gist

er

ofth

ew

ind

for

the

high

rise

apar

tmen

tet

c.

•D

on

ot

inst

all

the

un

itin

the

loca

tio

ns

list

ed

be

low

.•

Loca

tions

whe

reca

rbon

fiber

,met

alpo

wde

ror

any

pow

der

isflo

atin

g.•

Loca

tions

whe

rean

ysu

bsta

nces

that

can

affe

ctth

eun

itsu

chas

sulp

hide

gas,

chlo

ride

gas,

acid

and

alka

line

can

occu

r.•

Vehi

cles

and

ship

s.•

Loca

tions

whe

reco

smet

icor

spec

ials

pray

sar

eof

ten

used

.•

Loca

tions

with

dire

ctex

posu

reof

oilm

ista

ndst

eam

such

aski

tche

nan

dm

achi

nepl

ant.

•Lo

catio

nsw

here

any

mac

hine

sw

hich

gene

rate

high

freq

uenc

yha

rmon

ics

are

used

.•

Loca

tions

with

salty

atm

osph

eres

such

asco

astli

nes.

•Lo

catio

nsw

ithhe

avy

snow

(Ifi

nsta

lled,

besu

reto

prov

ide

base

flam

ean

dsn

owho

odm

entio

ned

inth

em

anua

l).

•Lo

catio

nsw

here

the

unit

isex

pose

dto

chim

ney

smok

e.•

Loca

tions

athi

ghal

titud

e(m

ore

than

1000

mhi

gh).

•Lo

catio

nsw

itham

mon

icat

mos

pher

es.

•Lo

catio

nsw

here

heat

radi

atio

nfr

omot

her

heat

sour

ceca

naf

fect

the

unit.

•Lo

catio

nsw

ithou

tgoo

dai

rci

rcul

atio

n.•

Loca

tions

with

any

obst

acle

sw

hich

can

prev

enti

nlet

and

outle

tair

ofth

eun

it.•

Loca

tions

whe

resh

ortc

ircu

itof

air

can

occu

r(i

nca

seof

mul

tiple

units

inst

alla

tion)

.•

Loca

tions

whe

rest

rong

air

blow

sag

ains

tthe

air

outle

tofo

utdo

orun

it.•

Loca

tions

whe

reso

met

hing

loca

ted

abov

eth

eun

itco

uld

fall.

Itca

nca

use

rem

arka

ble

decr

ease

inpe

rfor

man

ce,c

orro

sion

and

dam

age

ofco

mpo

nent

s,m

alfu

nctio

nan

dfir

e.

•D

on

ot

inst

all

the

ou

tdo

or

un

itin

the

loca

tio

ns

list

ed

be

low

.•

Loca

tions

whe

redi

scha

rged

hota

iror

oper

atin

gso

und

ofth

eou

tdoo

run

itca

nbo

ther

neig

hbor

hood

.•

Loca

tions

whe

reou

tleta

irof

the

outd

oor

unit

blow

sdi

rect

lyto

anan

imal

orpl

ants

.The

outle

tair

can

affe

ctad

vers

ely

toth

epl

ante

tc.

•Lo

catio

nsw

here

vibr

atio

nca

nbe

ampl

ified

and

tran

smitt

eddu

eto

insu

ffici

ent

stre

ngth

ofst

ruct

ure.

•Lo

catio

nsw

here

vibr

atio

nan

dop

erat

ion

soun

dge

nera

ted

byth

eou

tdoo

run

itca

naf

fect

seri

ousl

y(o

nth

ew

allo

rat

the

plac

ene

arbe

dro

om).

•Lo

catio

nsw

here

aneq

uipm

enta

ffect

edby

high

harm

onic

sis

plac

ed(T

Vse

tor

radi

ore

ceiv

eris

plac

edw

ithin

1m).

•Lo

catio

nsw

here

drai

nage

cann

otru

nof

fsaf

ely.

Itca

naf

fect

surr

ound

ing

envi

ronm

enta

ndca

use

acl

aim

.•

Do

no

tin

sta

llth

eu

nit

ne

ar

the

loca

tio

nw

he

rele

aka

ge

of

com

bu

stib

leg

ase

sca

no

ccu

r.If

leak

edga

ses

accu

mul

ate

arou

ndth

eun

it,it

can

caus

efir

e.•

Do

noti

nsta

llth

eun

itw

here

corr

osiv

ega

s(s

uch

assu

lfur

ous

acid

gas

etc.

)or

com

bust

ible

gas

(suc

has

thin

ner

and

petr

oleu

mga

ses)

can

accu

mul

ate

orco

llec

t,or

whe

revo

lati

leco

mbu

stib

lesu

bsta

nces

are

hand

led.

Cor

rosi

vega

sca

nca

use

corr

osio

nof

heat

exch

ange

r,br

eaka

geof

plas

ticpa

rts

and

etc.

And

com

bust

ible

gas

can

caus

efir

e.•

Do

no

tin

sta

lln

or

use

the

syst

em

clo

seto

the

eq

uip

me

nt

tha

tg

en

era

tes

ele

ctro

ma

gn

eti

cfi

eld

so

rh

igh

fre

qu

en

cyh

arm

on

ics.

Equi

pmen

tsuc

has

inve

rter

s,st

andb

yge

nera

tors

,med

ical

high

freq

uenc

yeq

uipm

ents

and

tele

com

mun

icat

ion

equi

pmen

tsca

naf

fect

the

syst

em,a

ndca

use

mal

func

tions

and

brea

kdow

ns.T

hesy

stem

can

also

affe

ctm

edic

aleq

uipm

enta

ndte

leco

mm

unic

atio

neq

uipm

ent,

and

obst

ruct

itsfu

nctio

nor

caus

eja

mm

ing.

•D

on

ot

inst

all

the

ou

tdo

or

un

itin

alo

cati

on

wh

ere

inse

cts

an

dsm

all

an

ima

lsca

nin

ha

bit

.In

sect

san

dsm

alla

nim

als

can

ente

rth

eel

ectr

icpa

rts

and

caus

eda

mag

eor

fire.

Inst

ruct

the

user

toke

epth

esu

rrou

ndin

gscl

ean.

•D

ono

tus

eth

eba

sefl

ame

for

outd

oor

unit

whi

chis

corr

oded

orda

mag

eddu

eto

long

peri

ods

ofop

erat

ion.

Usi

ngan

old

and

dam

age

base

flam

eca

nca

use

the

unit

falli

ngdo

wn

and

caus

epe

rson

alin

jury

.•

Do

no

tu

sea

ny

ma

teri

als

oth

er

tha

na

fuse

wit

hth

eco

rre

ctra

tin

gin

the

loca

tio

nw

he

refu

ses

are

tob

eu

sed

.C

onne

ctin

gth

eci

rcui

twith

copp

erw

ire

orot

her

met

alth

read

can

caus

eun

itfa

ilure

and

fire.

•D

on

ot

tou

cha

ny

bu

tto

ns

wit

hw

et

ha

nd

s.It

can

caus

eel

ectr

icsh

ocks

.•

Do

not

touch

any

refr

igera

nt

pip

es

wit

hyo

ur

hands

when

the

syst

em

isin

opera

tion.

Dur

ing

oper

atio

nth

ere

frig

eran

tpip

esbe

com

eex

trem

ely

hoto

rex

trem

ely

cold

depe

ndin

gth

eop

erat

ing

cond

ition

,and

itca

nca

use

burn

inju

ryor

fros

tinj

ury.

•D

on

ot

tou

chth

esu

ctio

no

ra

lum

inu

mfi

no

nth

eo

utd

oo

ru

nit

.Th

ism

ayca

use

inju

ry.

•D

on

ot

pu

ta

nyt

hin

go

nth

eo

utd

oo

ru

nit

an

do

pe

rati

ng

un

it.

This

may

caus

eda

mag

eth

eob

ject

sor

inju

rydu

eto

falli

ngto

the

obje

ct.

•D

on

ot

use

the

un

itfo

rsp

eci

al

pu

rpo

ses

such

as

sto

rin

gfo

od

s,co

oli

ng

pre

cisi

on

inst

rum

en

tsa

nd

pre

serv

ati

on

of

an

ima

ls,

pla

nts

or

art

.•

Do

no

tcl

ea

nu

pth

eu

nit

wit

hw

ate

r.

No

tab

ilia

as

au

nit

de

sig

ne

dfo

rR

41

0A

•D

on

ot

use

any

refr

iger

ant

oth

erth

anR

410

A.

R41

0A

will

rise

top

ress

ure

abou

t1

.6ti

mes

hig

her

than

that

of

aco

nve

nti

on

alre

frig

eran

t.A

cylin

der

con

tain

ing

R4

10

Ah

asa

pin

kin

dic

atio

nm

ark

on

the

top

.•

Aun

itd

esig

ned

for

R4

10A

has

adop

ted

ad

iffe

rent

size

ind

oo

ru

nit

op

erat

ion

valv

ech

arg

epo

rtan

da

dif

fere

nt

size

chec

kjo

int

pro

vided

inth

eu

nit

top

reve

nt

the

char

gin

go

fa

wro

ng

refr

iger

ant

by

mis

take

.T

he

pro

cess

edd

imen

sio

no

fth

efl

ared

par

tof

are

frig

eran

tp

ipe

and

afl

are

nu

t’s

par

alle

lsi

de

mea

sure

men

th

ave

also

bee

nal

tere

dto

rais

est

reng

thag

ain

stpre

ssu

re.

Acc

ord

ing

ly,

you

are

requ

ired

toar

ran

ge

ded

icat

edR

41

0A

tools

liste

din

the

tab

leo

nth

ele

ftbef

ore

inst

allin

go

rse

rvic

ing

this

un

it.

•D

on

ot

use

ach

arg

ecy

lind

er.

The

use

of

ach

arg

ecy

lind

erw

illca

use

the

refr

iger

ant

com

po

siti

on

toch

ange,

wh

ich

resu

lts

inper

form

ance

deg

radat

ion

.•

Inch

arg

ing

refr

iger

ant,

alw

ays

take

ito

ut

from

acy

lind

erin

the

liqu

idp

has

e.•

All

ind

oo

ru

nit

sm

ust

be

mo

del

sd

esig

ned

excl

usi

vely

for

R41

0A

.C

hec

kco

nn

ecta

ble

ind

oo

ru

nit

mo

del

sin

aca

talo

g,

etc.

(Aw

rong

ind

oo

ru

nit

,if

con

nec

ted

into

the

syst

em,

will

imp

air

pro

per

syst

emo

per

atio

n)

- 48 -

'13 • SRK-T-147

1.

HA

UL

AG

EA

ND

INS

TA

LLA

TIO

N(T

ake

par

ticu

lar

care

inca

rryi

ng

ino

rm

ovi

ng

the

unit,

and

alw

ays

per

form

such

ano

per

atio

nw

ith

two

or

mo

reper

son

s.)

Inta

ke

The

hei

ght

of

aw

all

is1200m

mor

less

.

(serv

ice

spac

e)

Inta

ke

Outl

et

Fast

enw

ith

bolts

(M10-1

2) U

sea

thic

ker

blo

ckto

anch

or

dee

per

.U

sea

long

blo

ckto

exte

nd

the

wid

th.

CA

UT

ION

Wh

ena

un

itis

ho

iste

dw

ith

slin

gs

for

hau

lag

e,ta

kein

toco

nsi

der

atio

nth

eo

ffse

tof

its

gra

vity

cente

rpo

sitio

n.

Ifn

ot

pro

per

lybal

ance

d,

the

unit

can

be

thro

wn

off

-bal

ance

and

fall.

1)

De

live

ry

2)

Po

rta

ge

3)

Se

lect

ing

the

inst

all

ati

on

loca

tio

n

5)

Inst

all

ati

on

spa

ce

L3

L2

L4

L1

Exa

mple

inst

alla

tion

Siz

e

L1

L2

L3

L4

Open

300

100

250

Open

250

150

250

500

Open

100

250(m

m)

III

III

Hea

vy

6)

Inst

all

ati

on

Pad

Ove

r500m

m

•D

eliv

erth

eu

nit

ascl

ose

aspo

ssib

leto

the

inst

alla

tio

nsi

teb

efo

rere

mo

ving

itfr

om

the

pac

kagin

g.

•W

hen

you

hav

eto

unp

ack

the

unit

for

aco

mp

ellin

gre

aso

nb

efo

reyo

uh

aul

itto

the

inst

alla

tio

np

oin

t,h

ois

tth

eu

nit

wit

hn

ylon

slin

gs

or

rop

esan

dp

rote

ctio

npad

sso

that

you

may

not

dam

age

the

un

it.

•T

he

rig

ht

han

dsi

de

of

the

un

itas

view

edfr

om

the

fro

nt

(dif

fuse

rsi

de)

ishea

vier

.A

per

son

carr

ying

the

rig

ht

han

dsi

de

mu

stta

keh

eed

of

this

fact

.A

per

son

carr

yin

gth

ele

fth

and

side

must

ho

ldw

ith

his

rig

ht

han

dth

eh

and

lep

rovi

ded

on

the

fro

nt

pan

elof

the

unit

and

wit

hhis

left

han

dth

eco

rner

colu

mn

sect

ion

.

(1)

Ifth

eu

nit

isin

stal

led

inth

ear

eaw

her

eth

esn

ow

will

accu

mu

late

,fo

llow

ing

mea

sure

sar

ere

qu

ired

.T

he

bott

om

pla

teof

un

itan

din

take

,o

utl

etm

ayb

eb

lock

edb

ysn

ow

.

1In

stal

lth

eu

nit

on

the

bas

eso

that

the

bo

ttom

ish

igh

erth

ansn

ow

cove

rsu

rfac

e.

Sin

ced

rain

wat

ergen

erat

edb

ydef

rost

con

tro

lmay

free

ze,

follo

win

gm

easu

res

are

requ

ired

.•

Do

not

exec

ute

dra

inp

ipin

gw

ork

by

usi

ng

adra

inel

bo

wan

ddra

ing

rom

met

s(a

cces

sori

es).

[Ref

erto

Dra

inp

ipin

gw

ork

.]

2In

stal

lth

eu

nit

und

erea

ves

or

pro

vid

eth

ero

of

on

site

.

Be

care

ful

of

the

follo

win

gco

ndit

ion

san

dch

oo

sean

inst

alla

tio

np

lace

.

•W

her

eai

ris

not

trap

ped

.•

Wh

ere

the

inst

alla

tio

nfi

ttin

gs

can

be

firm

lyin

stal

led

.•

Wh

ere

win

ddo

esn

ot

hin

der

the

inta

kean

do

utl

etp

ipes

.•

Out

of

the

hea

tra

ng

eof

oth

erh

eat

sou

rces

.•

Ap

lace

wher

est

rin

gen

tre

gula

tio

no

fel

ectr

icn

ois

esis

applic

able

.•

Wh

ere

itis

safe

for

the

dra

inw

ater

tobe

dis

char

ged

.•

Wh

ere

nois

ean

dh

ot

air

will

no

tbo

ther

nei

gh

bo

ring

resi

den

ts.

•W

her

esn

ow

will

no

tac

cum

ula

te.

•W

her

est

ron

gw

ind

sw

illn

ot

blo

wag

ainst

the

outl

etp

ipe.

•A

pla

cew

her

en

oT

Vse

to

rra

dio

rece

iver

isp

lace

dw

ith

in1

m.

(If

elec

tric

alin

terf

eren

ceis

cau

sed

,se

eka

pla

cele

sslik

ely

toca

use

the

pro

ble

m)

•If

ao

per

atio

nis

cond

uct

edw

hen

the

outd

oo

rai

rte

mper

ature

is–

5C

low

er,

the

ou

tdoo

ru

nit

sho

uld

be

inst

alle

dat

ap

lace

wh

ere

itis

no

tin

flu

ence

db

yn

atu

ral

win

d.

•W

her

eit

islik

ely

that

the

un

itis

subje

cted

tost

rong

win

ds,

pro

vide

win

dgu

ard

sac

cord

ing

toth

efo

llow

ing

gu

idel

ines

.S

tron

gw

ind

sca

nca

use

per

form

ance

deg

rad

atio

n,

anac

cid

enta

lst

op

du

eto

ari

seo

fh

igh

pre

ssu

rean

da

bro

ken

fan.

4)

Ca

uti

on

ab

out

sele

ctio

no

fin

sta

lla

tio

nlo

cati

on

•W

alls

surr

ou

nd

ing

the

un

itin

the

fou

rsi

des

are

no

tac

cep

table

.•

Th

ere

must

be

a1

-met

eror

larg

ersp

ace

inth

eab

ove

.•

Wh

enm

ore

than

on

eu

nit

are

inst

alle

dsi

de

by

sid

e,pro

vid

ea

25

0m

mo

rw

ider

inte

rval

bet

wee

nth

emas

ase

rvic

esp

ace.

Ino

rder

tofa

cilit

ate

serv

icin

go

fco

ntr

olle

rs,

ple

ase

pro

vid

ea

suff

icie

nt

spac

eb

etw

een

un

its

soth

atth

eir

top

pla

tes

can

be

rem

ove

dea

sily

.•

Wh

ere

ad

anger

of

sho

rt-c

ircu

itin

gex

ists

,in

stal

lguid

elo

uve

rs.

•W

hen

mo

reth

ano

ne

un

itar

ein

stal

led

,p

rovi

de

suff

icie

nt

inta

kesp

ace

con

scio

usl

yso

that

sho

rt-c

ircu

itin

gm

ayn

ot

occ

ur.

•W

her

ep

ilin

gsn

ow

can

bu

ryth

eo

utd

oo

ru

nit

,p

rovi

de

pro

per

sno

wg

uar

ds.

•In

inst

allin

gth

eu

nit

,fi

xth

eu

nit

’sle

gs

wit

hb

olt

ssp

ecif

ied

on

the

abo

ve.

•Th

ep

rotr

usi

on

of

anan

cho

rb

olt

on

the

fro

nt

sid

em

ust

be

kep

tw

ith

in1

5m

m.

•S

ecu

rely

inst

allt

he

un

itso

that

itd

oes

no

tfa

llove

rd

uri

ng

eart

hq

uak

esor

stro

ng

win

ds,

etc.

•R

efer

toth

eab

ove

illu

stra

tio

ns

for

info

rmat

ion

regar

din

gco

ncr

ete

fou

nd

atio

ns.

•In

stal

lth

eu

nit

ina

leve

lare

a.(W

ith

ag

rad

ient

of

5m

mo

rle

ss.)

Imp

rop

erin

stal

lati

on

can

resu

ltin

aco

mp

ress

or

failu

re,

bro

ken

pip

ing

wit

hin

the

un

itan

dab

no

rmal

nois

eg

ener

atio

n.

1A

nch

or

bo

ltfi

xed

po

siti

on

2N

ota

bili

afo

rin

stal

lati

on

(2)

Ifth

eu

nit

can

be

affe

cted

by

stro

ng

win

d,

follo

win

gm

easu

res

are

req

uir

ed.

Str

on

gw

ind

can

cau

sed

amag

eof

fan

(fan

mo

tor)

,o

rca

nca

use

per

form

ance

deg

rad

atio

n,

or

can

trig

ger

ano

mal

ous

stop

of

the

unit

du

eto

risi

ng

of

hig

hpre

ssu

re.

1P

lace

the

un

itou

tlet

sid

eis

turn

edto

the

wal

l.2

Inst

all

soth

ed

irec

tio

no

fth

eai

rfr

om

the

blo

win

go

utl

etw

illb

ep

erpen

dic

ula

rto

the

dir

ecti

on

of

the

win

d.

Win

ddir

ection

Win

ddir

ecti

on

60

580

340

19 380

418

19

880

87.9

15 150

150

Inta

ke

Outlet

- 49 -

'13 • SRK-T-147

Det

erm

ine

refr

iger

ant

pip

esi

zep

urs

uan

tto

the

follo

win

gg

uid

elin

esb

ased

on

the

ind

oo

ru

nit

spec

ific

atio

ns.

Wit

hou

tn

itro

gen

gas

,a

larg

eq

uan

tity

of

fore

ign

mat

ters

(oxi

diz

edfi

lm)

are

crea

ted

,ca

usi

ng

acr

itic

alfa

ilure

fro

mca

pill

ary

tube

or

expan

sio

nva

lve

clo

gg

ing

.

2.

REF

RIG

ER

AN

TP

IPIN

GW

OR

K

1)

Re

stri

ctio

ns

on

un

itin

sta

lla

tion

an

du

se

2)

De

term

ina

tio

no

fp

ipe

size

L H HL

H

Outd

oor

un

it

Indo

or

unit

Th

eu

sere

stri

ctio

ns

app

eari

ng

inth

eta

ble

abo

vear

eap

plic

able

toth

est

and

ard

pip

esi

zeco

mbin

atio

ns

sho

wn

inth

eta

ble

bel

ow

.

Res

tric

tio

ns

Mar

ksap

pea

rin

gin

the

dra

win

go

nth

eri

gh

t

Mai

np

ipe

len

gth

Wh

enth

eo

utd

oo

ru

nit

isp

osi

tio

ned

hig

her

,

Wh

enth

eo

utd

oo

ru

nit

isp

osi

tio

ned

low

er,

Ele

vatio

nd

iffe

ren

ceb

etw

een

ind

oo

ran

do

utd

oo

ru

nit

s

Plu

gth

een

dof

the

pip

ew

ith

tape,

or

oth

erm

ater

ial,

and

fill

the

pip

ew

ith

nitro

gen

gas

.

Only

use

nit

rogen

gas

(N2)

Tap

ing

<N

2>

Nitrogen

Bra

zing

Sta

tion

valv

e

Pri

mar

ysi

de

Sec

ondar

ysi

de

0.5

MP

a Han

d

Rel

ief

valv

eN

itro

gen

gas

Bra

zin

gm

ust

be

perf

orm

ed

un

de

ra

nit

rog

en

ga

sfl

ow

.

Ab

ou

tb

razi

ng

Wh

en

pip

eis

bra

zin

g.

•C

hec

kth

efo

llow

ing

poin

tsin

ligh

to

fth

ein

do

or

un

itsp

ecif

icat

ion

san

dth

ein

stal

lati

on

site

.•

Obse

rve

the

follo

win

gre

stri

ctio

ns

on

un

itin

stal

lati

on

and

use

.Im

pro

per

inst

alla

tio

nca

nre

sult

ina

com

pre

sso

rfa

ilure

or

per

form

ance

deg

rad

atio

n.

30

mo

rle

ss

20

mo

rle

ss

20

mo

rle

ss

Dim

ensi

on

alre

stri

ctio

ns

ø1

5.8

8Fl

are

ø1

5.8

8

ø1

5.8

8

Gas

pip

e

ø6

.35

Flar

e

ø6

.35

ø6

.35

Liq

uid

pip

e

Ou

tdo

or

un

itco

nn

ecte

d

Ref

rig

eran

tp

ipin

g(b

ran

chp

ipe

L)

Ind

oo

ru

nit

con

nec

ted

CA

UT

ION

Tak

eca

reso

that

inst

alle

dp

ipes

may

no

tto

uch

com

po

nen

tsw

ithin

au

nit

.If

touch

ing

wit

han

inte

rnal

com

po

nen

t,it

will

gen

erat

eab

no

rmal

soun

ds

and/o

rvi

bra

tion

s.

4)

On

-sit

ep

ipin

gw

ork

IMP

OR

TA

NT

How

tore

mov

eth

esi

deco

ver

Ple

ase

rem

ove

the

scre

wof

asi

de

cove

ran

dre

mo

veto

the

fro

nt.

A

B

Flar

edp

ipe

end

:A

(mm

)

ø6

.35

ø1

5.8

8

Co

pp

erp

ipe

ou

ter

dia

met

er0

A–

04

9.1

19

.7

ø6

.35

ø1

5.8

8

Co

pp

erp

ipe

ou

ter

dia

met

er

0~

0.5

1.0

~1

.5

Co

pp

erp

ipe

pro

tru

sio

nfo

rfl

arin

g:

B(m

m)

Inth

eca

seo

fa

rig

id(c

lutc

h)

typ

e

Wit

han

R4

10

Ato

ol

With

aco

nven

tiona

lto

ol

3)

Re

frig

era

nt

pip

ew

all

thic

kne

ssa

nd

ma

teri

al

NO

TE

*P

ho

sph

oru

sd

eoxi

diz

edse

amle

ssco

pp

erp

ipe

ICS

23

.04

0.1

5,

ICS

77

.15

0.3

0

ø6

.35

0.8

O-t

ype

pip

e

ø1

5.8

8

1.0

O-t

ype

pip

e

Pip

ed

iam

eter

[mm

]

Min

imu

mp

ipe

wal

lth

ickn

ess

[mm

]

Pip

em

ater

ial*

•S

elec

tre

frig

eran

tp

ipes

of

the

table

show

no

nth

eri

gh

tw

all

thic

knes

san

dm

ater

ial

assp

ecif

ied

for

each

pip

esi

ze.

•C

arry

ou

tth

eon

site

pip

ing

work

wit

hth

eop

erat

ion

valv

efu

llycl

ose

d.

•G

ive

suff

icie

nt

pro

tect

ion

toa

pip

een

d(c

om

pre

ssed

and

bla

zed

,o

rw

ith

anad

hes

ive

tap

e)so

that

wat

eror

fore

ign

mat

ters

may

not

ente

rth

ep

ipin

g.

•B

end

ap

ipe

toa

rad

ius

asla

rge

asp

ract

ical

(R10

0~

R1

50

).D

ono

tb

end

ap

ipe

repea

tedly

toco

rrec

tit

sfo

rm.

•Fl

are

conn

ecti

on

isu

sed

bet

wee

nth

eu

nit

and

refr

iger

ant

pip

e.Fl

are

ap

ipe

afte

ren

gag

ing

afl

are

nu

ton

toit

.Fl

are

dim

ensi

on

sfo

rR

41

0A

are

dif

fere

nt

fro

mth

ose

for

con

ven

tion

alR

40

7C

.A

lth

ou

gh

we

reco

mm

end

the

use

of

flar

ing

tools

des

ign

edsp

ecif

ical

lyfo

rR

41

0A

,co

nve

nti

on

alfl

arin

gto

ols

can

also

be

use

db

yad

just

ing

the

mea

sure

men

tof

pro

tru

sio

nB

wit

ha

pro

tru

sio

nco

ntr

ol

gau

ge.

•Th

ep

ipe

sho

uld

be

anch

ore

dev

ery

1.5

mo

rle

ssto

isola

teth

evi

bra

tion

.•

Tig

hte

na

flar

ejo

int

secu

rely

.

Sel

ect

pip

esh

avin

ga

wal

lth

ickn

ess

larg

erth

anth

esp

ecif

ied

min

imu

mp

ipe

thic

knes

s.

Th

esc

rew

of

the

sid

eco

ver

isti

gh

ten

edse

cure

ly.

Sid

eco

ver

- 50 -

'13 • SRK-T-147

CA

UTIO

ND

onot

apply

forc

eb

eyo

nd

pro

per

fast

enin

gto

rque

inti

gh

tenin

gth

efl

are

nut.

Tig

hte

nin

gan

gle

()

Tig

hte

nin

gto

rqu

e(N

·m)

ø6

.35

(1/4

")

ø1

5.8

8(5

/8")

Rec

om

men

ded

len

gth

of

ato

olh

and

le(m

m)

Op

erat

ion

valv

esi

ze(m

m)

5)

Air

tig

htn

ess

test

Gas

side

oper

atio

nva

lve

Chec

kjo

int

Pres

suriz

e

Close

Outd

oor

unit

Indoor

un

it

<W

ork

flo

w>

6)

Eva

cua

tio

n

Pay

att

enti

on

toth

efo

llow

ing

poin

tsin

addit

ion

toth

eabove

for

the

R410A

and

com

pati

ble

mach

ines.

Air

tightn

ess

test

com

ple

ted

Fill

refr

iger

ant

Vac

uum

gau

ge

chec

k

Vac

uum

ing

com

ple

ted

Vac

uum

ing

beg

ins

Do

no

th

old

the

valv

eca

par

eaw

ith

asp

ann

er.

Alt

ho

ugh

ou

tdo

or

and

indo

or

unit

sth

emse

lves

hav

eb

een

test

edfo

rai

rti

gh

tnes

sat

the

fact

ory

,ch

eck

the

con

nec

tin

gp

ipes

afte

rth

ein

stal

lati

on

work

for

air

tig

htn

ess

fro

mth

eo

per

atio

nva

lve’

sch

eck

join

teq

uip

ped

on

the

ou

tdo

or

un

itsi

de.

Wh

ileco

nd

uct

ing

ate

st,

keep

the

op

erat

ion

valv

esh

ut

allt

he

tim

e.a)

Rai

seth

ep

ress

ure

to0.5

MP

a,an

dth

enst

op

.L

eave

itfo

rfi

vem

inu

tes

tose

eif

the

pre

ssu

red

rop

s.b

)T

hen

rais

eth

epre

ssu

reto

1.5

MP

a,an

dst

op

.Lea

veit

for

five

more

min

ute

sto

see

ifth

ep

ress

ure

dro

ps.

c)T

hen

rais

eth

epre

ssu

reto

the

spec

ifie

dle

vel

(4.1

5M

Pa)

,an

dre

cord

the

ambie

nt

tem

per

atu

rean

dth

ep

ress

ure

.d

)If

no

pre

ssure

dro

pis

ob

serv

edw

ith

anin

stal

lati

on

pre

ssu

rize

dto

the

spec

ifie

dle

velan

dle

ftfo

rab

ou

to

ne

day

,it

isac

cep

tab

le.

Wh

enth

eam

bie

nt

tem

per

atu

refa

ll1

C,

the

pre

ssu

real

sofa

llap

pro

xim

atel

y0.0

1M

Pa.

Th

ep

ress

ure

,if

chan

ged

,sh

ou

ldbe

com

pen

sate

dfo

r.e)

Ifa

pre

ssu

redro

pis

ob

serv

edin

chec

kin

ge)

and

a)–

d),

ale

akex

ists

som

ewher

e.Fi

nd

ale

akb

yap

ply

ing

bu

bb

lete

stliq

uid

tow

eld

edpar

tsan

dfl

are

join

tsan

dre

pai

rit

.A

fter

rep

air,

con

duct

anai

rti

ghtn

ess

test

agai

n.

Inco

nd

uct

ing

anai

rti

ghtn

ess

test

,u

sen

itro

gen

gas

and

pre

ssu

rize

the

syst

emw

ith

nit

rog

engas

fro

mth

egas

sid

e.D

on

ot

use

am

ediu

mo

ther

than

nit

rog

eng

asun

der

any

circ

um

stan

ces.

•Tig

hte

na

flar

ejo

int

secu

rely

.

•To

pre

ven

ta

dif

fere

nt

oil

from

ente

rin

g,

assi

gn

ded

icat

edto

ols

,et

c.to

each

refr

iger

ant

typ

e.U

nd

ern

oci

rcu

mst

ance

sm

ust

agau

ge

man

ifo

ldan

da

char

ge

ho

sein

par

ticu

lar

be

shar

edw

ith

oth

erre

frig

eran

tty

pes

(R2

2,

R40

7C

,et

c.).

•U

sea

coun

terf

low

pre

ven

tio

nad

apte

rto

pre

ven

tva

cuu

mp

um

po

ilfr

om

ente

rin

gth

ere

frig

eran

tsy

stem

.

Pu

td

ow

nth

ere

frig

eran

tvo

lum

eca

lcula

ted

from

the

pip

ele

ng

tho

nto

the

cau

tio

nla

bel

atta

ched

on

the

serv

ice

pan

el.

•T

his

un

itco

nta

ins

fact

ory

char

ged

refr

iger

ant

cove

rin

g1

5m

of

refr

iger

ant

pip

ing

and

add

itio

nal

refr

iger

ant

char

ge

on

the

inst

alla

tio

nsi

teis

no

tre

quir

edfo

ran

inst

alla

tio

nw

ith

up

to1

5m

refr

iger

ant

pip

ing.

Wh

enre

frig

eran

tpip

ing

exce

eds

15

m,ad

dit

ion

ally

char

ge

anam

ou

nt

calc

ula

ted

fro

mth

ep

ipe

len

gth

and

the

abo

veta

ble

for

the

po

rtio

nin

exce

ssof

15

m.

*W

hen

anad

dit

ion

alch

arg

evo

lum

eca

lcula

tio

nre

sult

isn

egat

ive,

itis

no

tn

eces

sary

toch

arg

ere

frig

eran

tad

dit

ion

ally

.•

For

anin

stal

lati

on

mea

suri

ng

15

mo

rsh

ort

erin

pip

ele

ng

th,

ple

ase

char

ge

the

refr

iger

ant

volu

me

char

ged

for

ship

men

tat

the

fact

ory

,w

hen

you

rech

arg

ere

frig

eran

taf

ter

serv

icin

get

c.

Fix

bo

thliq

uid

and

gas

oper

atio

nva

lves

atth

eva

lve

mai

nb

od

ies

asill

ust

rate

don

the

rig

ht,

and

then

fast

enth

em,

app

lyin

gap

pro

pri

ate

fast

enin

gto

rqu

e.

14~

18

68~

82

45~

60

15~

20

15

0

30

0

Use

ato

rqu

ew

ren

ch.

Ifa

torq

ue

wre

nch

isn

ot

avai

lab

le,

fast

enth

efl

are

nu

tm

anu

ally

firs

tan

dth

enti

gh

ten

itfu

rth

er,

usi

ng

the

left

tab

leas

ag

uid

e.

1 2

Ru

nth

eva

cuu

mp

um

pfo

rat

leas

to

ne

ho

ur

afte

rth

eva

cuu

mg

aug

esh

ow

s–

0.1

MP

ao

rlo

wer

.(–

76

cmH

go

rlo

wer

)W

hen

the

syst

emh

asre

mai

nin

gm

ois

ture

insi

de

or

ale

aky

poin

t,th

eva

cuu

mg

auge

ind

icat

or

will

rise

.C

hec

kth

esy

stem

for

ale

aky

po

int

and

then

dra

wai

rto

crea

tea

vacu

um

agai

n.

Co

nfi

rmth

atth

eva

cuu

mg

aug

ein

dic

ato

rd

oes

no

tri

seev

enif

the

syst

emis

left

for

one

ho

ur

or

more

.

(th

ree-

way

valv

e) Ch

arg

eh

ose

(Des

ign

edsp

ecific

ally

for

R4

10

A)

Co

mpo

un

dp

ress

ure

gau

ge

Pre

ssu

reg

aug

e

Gau

ge

man

ifold

(Des

ign

edsp

ecif

ical

lyfo

rR

41

0A

)

Han

dle

Hi

Vac

uu

mpu

mp

Vac

uu

mpu

mp

adap

ter

(An

ti-r

ever

sefl

ow

typ

e)(D

esig

ned

spec

ific

ally

for

R4

10A

)

Ch

arg

eh

ose

(Des

ign

edsp

ecif

ical

lyfo

rR

41

0A

)

Ch

eck

join

t

-0.1

MP

a(-

76

cmH

g)

Han

dle

Lo

Op

erat

ion

valv

e

Oper

atio

nva

lve

(tw

o-w

ayva

lve)

Oper

atio

nva

lve

cap

Op

erat

ion

valv

eca

p

Op

erat

ion

valv

eca

ptig

hte

nin

gto

rqu

e(N

·m)

Ch

eck

join

tb

lind

nu

tti

gh

ten

ing

torq

ue

(N·m

)

ø6

.35

(1/4

")

ø1

5.8

8(5

/8")

20~

30

30~

40

10~

12

Op

erat

ion

valv

esi

ze(m

m)

Sec

ure

lytighte

nth

eoper

atio

nva

lve

cap

and

the

chec

kjo

int

blin

dnu

taf

ter

adju

stm

ent.

(1)

Cal

cula

tea

requir

edre

frig

eran

tch

arge

volu

me

from

the

follo

win

gta

ble

.

•S

ince

R4

10

Are

frig

eran

tm

ust

be

char

ged

inth

eliq

uid

ph

ase,

you

shou

ldch

arge

it,ke

epin

gth

eco

nta

iner

cylin

der

up

sid

ed

ow

nor

usi

ng

are

frig

eran

tcy

lind

ereq

uip

ped

wit

ha

sip

ho

ntu

be.

•C

har

ge

refr

iger

ant

alw

ays

from

the

liqu

idsi

de

serv

ice

po

rtw

ith

the

op

erat

ion

valv

esh

ut.

Wh

enyo

ufi

nd

itdif

ficu

ltto

char

ge

are

qu

ired

amo

unt,

fully

op

enth

eo

utd

oor

un

itva

lves

on

both

liquid

and

gas

sides

and

char

ge

refr

iger

ant

from

the

gas

(su

ctio

n)

sid

ese

rvic

ep

ort

,w

hile

run

nin

gth

eu

nit

inth

eco

olin

gm

ode.

Indo

ing

so,

care

mu

stb

eta

ken

soth

atre

frig

eran

tm

ayb

edis

char

ged

from

the

cylin

der

inth

eliq

uid

phas

eal

lth

eti

me.

Wh

enth

ecy

lind

erva

lve

isth

rott

led

dow

nor

aded

icat

edco

nve

rsio

nto

olt

och

ang

eliq

uid

ph

ase

refr

iger

ant

into

mis

tis

use

dto

pro

tect

the

com

pre

sso

r,h

ow

ever

,ad

just

char

ge

cond

itio

ns

soth

atre

frig

eran

tw

illg

asif

yu

po

nen

teri

ng

the

un

it.

•In

char

gin

gre

frig

eran

t,al

way

sch

arg

ea

calc

ula

ted

volu

me

by

usi

ng

asc

ale

tom

easu

reth

ech

arge

volu

me.

•W

hen

refr

iger

ant

isch

arg

edw

ith

the

un

itbei

ng

run,

com

ple

tea

char

ge

op

erat

ion

wit

hin

30m

inu

tes.

Ru

nn

ing

the

unit

wit

han

insu

ffic

ien

tq

uan

tity

of

refr

iger

ant

for

alo

ng

tim

eca

nca

use

aco

mpre

sso

rfa

ilure

.

(2)

Char

gin

gre

frig

eran

t

Form

ula

toca

lcu

late

the

volu

me

of

add

itio

nal

refr

iger

ant

req

uir

ed

7)

Ad

dit

iona

lre

frig

era

nt

cha

rge

Additio

nal

char

ge

volu

me

(kg)

={

Mai

nle

ngth

(m)

–Fa

ctory

char

ged

volu

me

15

(m)

}x

0.0

25

(kg/m

)

0.0

25

1.8

01

5

NO

TE

Ad

dit

ion

alch

arg

evo

lum

e(k

g)

per

met

ero

fre

frig

eran

tp

ipin

g(l

iquid

pip

eø

6.3

5)

Ref

rig

eran

tvo

lum

ech

arg

edfo

rsh

ipm

ent

atth

efa

cto

ry(k

g)

Inst

alla

tio

n’s

pip

ele

ng

th(m

)co

vere

dw

ith

ou

tad

dit

ion

alre

frig

eran

tch

arg

e

- 51 -

'13 • SRK-T-147

Wir

esfo

rco

nnec

ting

indo

or

and

ou

tdoor

unit

sExt

erio

rta

pe

Gas

pip

ing

Insu

lati

on

Liq

uid

pip

ing

Ban

d(a

cces

sory

)P

ipe

cove

r(a

cces

sory

)8

)H

ea

tin

ga

nd

con

de

nsa

tio

np

reve

nti

on

(1)

Dre

ssre

frig

eran

tpip

es(b

oth

gas

and

liquid

pip

es)

for

hea

tin

sula

tion

and

pre

venti

on

of

dew

conden

sation.

•Im

pro

per

hea

tin

sula

tio

n/a

nti-d

ewd

ress

ing

can

resu

ltin

aw

ater

leak

or

dri

pp

ing

cau

sin

gd

amag

eto

hou

seho

ldef

fect

s,et

c.

(2)

Use

ah

eat

insu

lati

ng

mat

eria

lth

atca

nw

ithst

and

120

Cor

ahig

her

tem

per

ature

.P

oor

hea

tin

sula

ting

capac

ity

can

cau

sehea

tin

sula

tion

pro

ble

ms

or

cable

det

erio

ration.

•A

llg

asp

ipes

mu

stb

ese

cure

lyh

eat

insu

late

din

ord

erto

pre

vent

dam

age

fro

md

rip

pin

gw

ater

that

com

esfr

om

the

con

den

sati

on

form

edon

them

duri

ng

aco

olin

gop

erat

ion

or

per

son

alin

jury

fro

mb

urn

sb

ecau

seth

eir

surf

ace

can

reac

hqu

ite

ah

igh

tem

per

ature

du

eto

dis

char

ged

gas

flo

win

gin

sid

ed

uri

ng

ahea

tin

gop

erat

ion

.•

Wra

pin

do

or

un

its’

flar

ejo

ints

with

hea

tin

sula

tin

gp

arts

(pip

eco

ver)

for

hea

tin

sula

tio

n(b

oth

gas

and

liqu

idp

ipes

).•

Giv

ehea

tin

sula

tio

nto

bo

thg

asan

dliq

uid

sid

ep

ipes

.B

un

dle

ah

eat

insu

lati

ng

mat

eria

lan

da

pip

eti

ghtl

yto

get

her

soth

atn

og

aps

may

be

left

bet

wee

nth

eman

dw

rap

them

toget

her

wit

ha

con

nec

tin

gca

ble

by

ad

ress

ing

tap

e.•

Bo

thg

as

an

dli

qu

idp

ipes

ne

ed

tobe

dre

sse

dw

ith

20

mm

or

thic

ker

he

at

insu

lati

on

ma

teri

als

ab

ove

the

ceil

ing

wh

ere

rela

tive

hu

mid

ity

exc

ee

ds

70

%.

Cle

aran

ce

3.

DR

AIN

PIP

ING

WO

RK

RC

R0

12A

002

•E

xecu

ted

rain

pip

ing

by

usi

ng

ad

rain

elb

ow

and

dra

ingro

mm

ets

sup

plie

dse

par

atel

yas

acce

sso

ries

,w

her

ew

ater

dra

ined

fro

mth

eou

tdoo

ru

nit

isa

pro

ble

m.

•W

ater

may

dri

pw

her

eth

ere

isa

larg

eram

ou

nt

of

dra

inw

ater

.S

eala

rou

nd

the

dra

inel

bow

and

dra

ing

rom

met

sw

ith

pu

tty

or

adeq

uat

eca

ulk

ing

mat

eria

l.

•C

on

den

sed

wat

erm

ayfl

ow

ou

tfr

om

vici

nit

yo

fop

erat

ion

valv

eo

rco

nn

ecte

dp

ipes

.

•W

her

eyo

uar

elik

ely

toh

ave

seve

rald

ays

of

sub

-zer

ote

mp

erat

ure

sin

aro

w,

do

no

tu

sea

dra

inel

bo

wan

dd

rain

gro

mm

ets.

(Ther

eis

ari

skof

dra

inw

ater

free

zing

insi

de

and

blo

ckin

gth

ed

rain

.)

•W

hen

con

den

sed

wat

ernee

ds

tobe

led

toa

dra

in,et

c.,

inst

all

the

unit

on

afl

atb

ase

(sup

plie

dse

par

atel

yas

ano

pti

on

alpar

t)o

rco

ncr

ete

blo

cks.

Th

en,

ple

ase

secu

resp

ace

for

the

dra

inel

bo

wan

dth

edra

inh

ose

.

4.

ELE

CTR

ICA

LW

IRIN

GW

OR

KFo

rd

etai

lsof

elec

tric

alca

blin

g,

refe

rto

the

ind

oo

run

itin

stal

lati

on

man

ual

.

Inca

seof

faulty

wir

ing

connec

tion,th

ein

door

unit

stops,

and

then

the

run

lam

ptu

rns

on

and

the

tim

erla

mp

blin

ks.

Use

cab

les

for

inte

rco

nn

ecti

on

wir

ing

toav

oid

loose

nin

go

fth

ew

ires

.C

EN

EL

EC

code

for

cab

les

Req

uir

edfi

eld

cable

s.

H 05 R N R

4o

r5 G 1.5

Har

mon

ized

cab

lety

pe

30

0/5

00

volt

sN

atu

ral-

and/o

rsy

nth

.ru

bb

erw

ire

insu

lati

on

Po

lych

loro

pre

ne

rub

ber

con

du

cto

rsin

sula

tio

nS

tran

ded

core

Nu

mb

ero

fco

nd

uct

ors

On

eco

nd

uct

or

of

the

cable

isth

eea

rth

con

du

cto

r(y

ello

w/g

reen

)S

ecti

on

of

cop

per

wir

e(m

m2)

H0

5R

NR

4G

1.5

(Exa

mp

le)

or

24

5IE

C5

7

Ele

ctri

cali

nst

alla

tio

nw

ork

mu

stb

ep

erfo

rmed

by

anel

ectr

ical

inst

alla

tio

nse

rvic

ep

rovi

der

qu

alif

ied

by

ap

ow

erp

rovi

der

of

the

cou

ntr

y.E

lect

rica

lin

stal

latio

nw

ork

mu

stb

eex

ecu

ted

acco

rdin

gto

the

tech

nic

alst

and

ard

san

do

ther

regu

lati

ons

app

licab

leto

elec

tric

alin

stal

lati

on

sin

the

cou

ntr

y.•

Do

no

tu

sean

ysu

pp

lyco

rdlig

hte

rth

ano

ne

spec

ifie

din

par

enth

eses

for

each

typ

eb

elo

w.

•bra

ided

cord

(co

de

des

ign

atio

n6

024

5IE

C5

1)

•ord

inar

yto

ug

hru

bber

shea

thed

cord

(co

de

des

ign

atio

n6

02

45

IEC

53

)•

flat

twin

tin

selc

ord

(co

de

des

ign

atio

n60

227

IEC

41

)U

sep

oly

chlo

rop

ren

esh

eath

edflex

ible

cord

(co

de

des

ign

atio

n6

02

45

IEC

57

)fo

rsu

pp

lyco

rds

of

par

tsof

app

lian

ces

for

outd

oo

ru

se.

•G

roun

dth

eu

nit

.D

on

ot

con

nec

tth

eg

rou

nd

ing

wir

eto

ag

asp

ipe,

wat

erp

ipe,

ligh

tnin

gro

do

rte

lep

hon

egro

un

din

gw

ire.

Ifim

pro

per

lygro

un

ded

,an

elec

tric

sho

ckor

mal

fun

ctio

nm

ayre

sult

.•

Ag

rou

nd

ing

wir

em

ust

be

con

nec

ted

bef

ore

conn

ectin

gth

ep

ow

erca

ble

.P

rovi

de

ag

rou

nd

ing

wir

elo

ng

erth

anth

ep

ow

erca

ble

.•

Th

ein

stal

latio

no

fan

impu

lse

wit

hst

and

ing

typ

eea

rth

leak

age

bre

aker

isn

eces

sary

.A

failu

reto

inst

alla

nea

rth

leak

age

bre

aker

can

resu

ltin

anac

ciden

tsu

chas

anel

ectr

icsh

ock

or

afi

re.

•D

on

ot

turn

on

the

po

wer

un

tilt

he

elec

tric

alw

ork

isco

mp

lete

d.

•D

on

ot

use

aco

nd

ensi

veca

pac

ito

rfo

rp

ow

erfa

cto

rim

pro

vem

ent

un

der

any

circ

um

stan

ces.

(It

do

sen

ot

imp

rove

pow

erfa

cto

r,w

hile

itca

nca

use

anab

no

rmal

ove

rhea

tac

cid

ent)

•Fo

rp

ow

ersu

pp

lyca

ble

s,use

cond

uit

s.•

Do

no

tla

yel

ectr

on

icco

ntr

olc

able

s(r

emo

teco

ntr

ola

nd

sig

nal

ing

wir

es)

and

oth

erca

ble

sto

get

her

ou

tsid

eth

eu

nit

.L

ayin

gth

emto

get

her

can

resu

ltin

the

mal

fun

ctio

nin

gor

afa

ilure

of

the

un

itd

ue

toel

ectr

icn

ois

es.

•Fa

sten

cab

les

soth

atm

ayn

ot

tou

chth

epip

ing

,et

c.•

Wh

enca

ble

sar

eco

nnec

ted

,m

ake

sure

that

alle

lect

rica

lcom

po

nen

tsw

ithin

the

elec

tric

alco

mp

on

ent

bo

xar

efr

eeo

flo

ose

con

nec

tor

coup

ling

or

term

inal

con

nec

tion

and

then

atta

chth

eco

ver

secu

rely

.(I

mp

rop

erco

ver

atta

chm

ent

can

resu

ltin

mal

fun

ctio

nin

gor

afa

ilure

of

the

un

it,

ifw

ater

pen

etra

tes

into

the

bo

x.)

•N

ever

use

ash

ield

cab

le.

•S

RC

-ZM

A-S

and

SR

C-Y

MA

-Sco

mplie

sw

ith

the

DR

ED

(Dem

and

Res

po

nse

En

ablin

gD

evic

es)

stan

dar

dA

S/N

ZS

47

55

.3.1

and

sup

port

sd

eman

dre

spo

nse

mod

es1,

2,

and

3(D

RM

1,

2,

and

3).

Sin

ceth

eai

rco

nd

itio

ner

limit

sth

eel

ectr

icp

ow

ero

ren

erg

yb

yre

ceiv

ing

the

DR

ED

inp

ut

sig

nal

,th

ese

nse

of

coolin

go

per

atio

no

rh

eatin

go

per

atio

nm

aydet

erio

rate

ove

rtim

e.T

he

outd

oor

unit

of

this

air

con

dit

ioner

iseq

uip

ped

with

ate

rmin

alb

lock

for

DR

ED

inp

ut

and

sup

port

sE

LV

(Ext

ra-L

ow

Vo

ltag

e)co

mply

ing

with

AS

/NZ

S60

33

5.1

.

CA

UTIO

N

Do

no

tp

ut

ag

rom

met

on

this

ho

le.

This

isa

sup

ple

men

tary

dra

inh

ole

tod

isch

arg

ed

rain

wat

er,

wh

ena

larg

eq

uan

tity

of

itis

gat

her

ed.

CA

UT

ION

Dra

inel

bow

Gro

mm

et

Gro

mm

etD

rain

hose

(To

be

pro

cure

don

the

inst

alle

r’s

par

t)

- 52 -

'13 • SRK-T-147

CA

UTIO

NA

lway

su

sean

eart

hle

akag

eci

rcu

itb

reak

erd

esig

ned

for

inve

rter

circ

uit

sto

pre

ven

ta

fau

lty

op

erat

ion.

Inte

rco

nn

ecti

ng

and

gro

un

din

gw

ires

(min

imu

m)

Sw

itch

bre

aker

Ove

rcu

rren

tp

rote

cto

r

rate

dca

pac

ity

Po

wer

sou

rce

(min

imu

m)

20

A,

30

mA

,

0.1

sec

or

less

30

A2

0A

2.5

mm

21.5

mm

2X

4

Ear

thle

akag

ebre

aker

Ph

ase

Sin

gle

-ph

ase

INS

TA

LL

ATIO

NT

ES

TC

HEC

KP

OIN

TS

Aft

er

inst

all

ati

on

Chec

kth

efo

llow

ing

poin

tsag

ain

afte

rco

mp

leti

on

of

the

inst

alla

tio

n,

and

bef

ore

turn

ing

on

the

po

wer

.C

on

du

cta

test

run

agai

nan

den

sure

that

the

un

ito

per

ates

pro

per

ly.

Exp

lain

toth

ecu

sto

mer

ho

wto

use

the

un

itan

dh

ow

tota

keca

reo

fth

eu

nit

follo

win

gth

ein

stal

lati

on

man

ual

.

Pow

erca

ble

san

dco

nnec

ting

wir

esar

ese

cure

lyfixe

dto

the

term

inal

blo

ck.

The

pow

ersu

pply

voltag

eis

corr

ect

asth

era

ting.

The

dra

inhose

isfixe

dse

cure

ly.

Oper

atio

nva

lve

isfu

llyopen

.

No

gas

leak

sfr

om

the

join

tsof

the

oper

atio

nva

lve.

The

pip

ejo

ints

for

indoor

and

outd

oor

pip

eshav

eb

een

insu

late

d.

The

reve

rse

flow

chec

kca

pis

atta

ched

.

The

cove

rof

the

pip

eco

ver

(A)

face

sdow

nw

ard

topre

vent

rain

from

ente

ring.

Gap

sar

epro

per

lyse

aled

bet

wee

nth

epip

eco

vers

(A)

(B)

and

the

wal

lsurf

ace

/p

ipes

.

The

scre

wof

the

side

cove

ris

tighte

ned

secu

rely

.

Po

we

rca

ble

,in

do

or-

ou

tdo

or

con

nect

ing

wir

es

•A

lway

sper

form

gro

un

din

gsy

stem

inst

alla

tion

work

with

the

pow

erco

rdunplu

gged

.•

Connec

ta

pai

rbea

ring

aco

mm

on

term

inal

num

ber

with

anin

door-

outd

oor

connec

ting

wir

e.•

Inca

blin

g,fa

sten

cabl

esse

cure

lyw

ithca

ble

clam

psso

that

noex

tern

alfo

rce

may

wor

kon

term

inal

conn

ectio

ns.

•G

rou

ndin

gte

rmin

als

are

pro

vided

inth

eco

ntr

olb

ox.

•T

he

spec

ific

atio

ns

sho

wn

inth

eab

ove

tab

lear

efo

ru

nit

sw

ith

ou

th

eate

rs.

For

un

its

wit

hhea

ters

,re

fer

toth

ein

stal

lati

on

inst

ruct

ion

so

rth

eco

nst

ruct

ion

inst

ruct

ion

so

fth

ein

do

or

un

it.

•S

witch

gea

ro

rC

ircu

itb

reak

erca

pac

ity

wh

ich

isca

lcula

ted

fro

mM

AX

.o

ver

curr

ent

sho

uld

be

cho

sen

alo

ng

the

reg

ula

tion

sin

each

cou

ntr

y.•

Th

eca

ble

spec

ific

atio

ns

are

bas

edo

nth

eas

sum

pti

on

that

am

etal

or

pla

stic

cond

uit

isu

sed

wit

hno

mo

reth

anth

ree

cab

les

con

tain

edin

aco

nd

uit

and

avo

ltag

ed

rop

is2%

.Fo

ran

inst

alla

tio

nfa

llin

go

uts

ide

of

thes

eco

ndit

ion

s,p

leas

efo

llow

the

inte

rnal

cab

ling

reg

ula

tio

ns.

Adap

tit

toth

ere

gu

lati

on

inef

fect

inea

chco

un

try.

Sw

itch

gea

ro

rC

ircu

itB

reak

er

NL

12/N

3

12/N

3

Safe

tybre

aker

20A

Eart

hle

aka

ge

circuit

bre

aker

Eart

hE

art

h

Pow

er

supply

Indoor

unit

Outd

oor

unit

When

wire

len

gth

exc

eeds

30

m,

use

2.5

mm

2w

ire

s.

SR

C-Z

M-S

models

NL

D1

D2

D3

C

D1

D2

D3

Safe

tybre

ake

r20A

Eart

hle

akage

circuit

bre

ake

r

Pow

er

su

pply

DR

ED

*

Outd

oor

unit

12/N

3

12/N

3

Indoor

unit

When

wire

length

exc

eeds

30

m,

use

2.5

mm

2w

ire

s.

SR

C-Z

MA

-Sm

odels

SR

C-Y

MA

-Sm

odels

C

Connect

ing

cable

betw

een

ou

tdoor

unit

and

DR

ED

sha

llbe

double

insu

latio

nla

yer ,

poly

chlo

ropre

ne

sheath

ed

(>50V

)w

ithsi

ze4

x(0

.5m

m2

to2

.0m

m2)

ca

ble

or

fle

xib

leco

rd,

wh

ere

the

ma

xim

um

allo

wa

ble

len

gth

is3

0m

.

*De

ma

nd

respo

nse

en

ab

ling

de

vic

es

SR

C-Z

M-S

models

SR

C-Z

MA

-Sm

ode

lsS

RC

-YM

A-S

mode

ls

Cab

lenam

epla

te

•It

ho

lds

cab

les

inp

lace

and

pro

tect

the

term

inal

conn

ectio

nfr

om

exte

rnal

forc

e.•

This

clam

pis

for

the

cab

lein

the

ou

tsid

ed

iam

eter

9~

15

mm

.P

leas

ead

just

itw

hen

no

tsu

itab

le.

•In

case

of

SR

C-Z

M-S

mo

del

s,th

iscl

amp

ho

lds

the

pow

erca

ble

and

the

ind

oo

r-o

utd

oo

rco

nn

ectin

gw

ire.

•In

case

of

SR

C-Z

MA

-San

dS

RC

-YM

A-S

mod

els,

this

clam

ph

old

sth

ein

do

or-

ou

tdo

or

con

nec

tin

gw

ire

and

the

DR

ED

cable

.

Cab

lecl

amp

•O

nly

SR

C-Z

MA

-San

dS

RC

-YM

A-S

mod

els.

•T

his

clam

ph

old

sth

epo

wer

cable

.

•P

leas

eb

esu

reto

carr

you

tD

-typ

e(t

ype

III)

gro

und

ing

wo

rk.

•It

has

stu

cko

nth

elid

of

aco

ntr

olb

ox.

Gro

undin

gte

rmin

al

Ind

oo

r-

Ou

tdo

or

con

nec

tin

gw

ire

DR

ED

cab

le(D

eman

dre

spo

nse

enab

ling

dev

ices

)

Po

wer

cab

le

Pow

ersu

pply

term

inal

blo

ck

Cab

lecl

amp

Ind

oo

r-

Ou

tdo

or

con

nec

tin

gw

ire

Po

wer

cab

le

•E

arth

wir

esh

allb

eY

ello

w/G

reen

(Y/G

)in

colo

ran

dlo

ng

erth

ano

ther

AC

wir

esfo

rsa

fety

reas

on

.

- 53 -

'13 • SRK-T-147

page 42.

Model SRC92ZMA-S

- 54 -

'13 • SRK-T-147

- 55 -

'13 • SRK-T-147

- 56 -

'13 • SRK-T-147

- 73 -

'13 • SRK-T-147

(19) DRED

This air conditioner complies with the DRED (Demand Response Enabling Devices) standard AS/NZS4755.3.1 and

supports below demand resp onsemodes 1, 2, and 3 (DRM1, 2, and 3). Since the air conditioner limits the electric power

or energy by receiving the DRED input signal, the feeling of cooling operation or heating operation may deteriorate during

that time. The outdoor unit of this air conditioner is equipped with a terminal block for DREDinput and supports ELV

Low Vol tage) complying with AS/NZS60335.1.

Under DRED mode, RUN light and TIMER light blink alternately as shown. When the Defrost function becomes effective

during DRED operation, the TIMER light blinks quickly.

(Extra-

RUN light

ON

OFF

2 sec.

2 sec.

2 sec.

2 sec.

ON

OFF

TIMER light

Display in DRED mode Display in DRED mode during Defrost operation

RUN light

ON

OFF

2 sec.

2 sec.

0.5 sec.2 sec.

0.5 sec.

TIMER light

ON

OFF

Table AIR CONDITIONER DEMAND RESPONSE MODES

Demand

response

mode

(DRM)

Description of operation in this mode Remarks

DRM1 Compressor off

DRM2 Compressor speed control

The air conditioner continues to cool or heat during

the demand response event, but the electrical energy

consumed by the air conditioner in a half hour period

is not more than 50% of the total electrical energy that

would be consumed if operating at the rated capacity

in a half hour period.

DRM3 Compressor speed control

The air conditioner continues to cool or heat during

the demand response event, but the electrical energy

consumed by the air conditioner in a half hour period

is not more than 75% of the total electrical energy that

would be consumed if operating at the rated capacity

in a half hour period.