TM-FTKC-Manual user.pdf

EDMY041427

Split Type Air Conditioners - Cooling Only FTKC-N Series

EDMY041427

Cooling Only

1. 2. 3. 4.

FTKC25NVMM FTKC35NVMM FTKC50NVMM FTKC60NVMM

RKC25NVM RKC35NVM RKC50NVM RKC60NVM

Power Power Supply Supply ............... ....................... ................ ................ ................ ................ ............... ............... ................ ................ ............2 ....2 Functions.. Functions.......... ............... ............... ................ ................ ............... ............... ................ ................ ................ ............... ................ ..........3 .3 Specificat Specifications ions........ ............... ............... ................ ................ ................ ............... ................ ................ ............... ................ ............4 ....4 Dimension Dimensions s ............... ....................... ............... ................ ................ ............... ................ ................ ................ ............... ...............6 ........6 4.1 Indoor Indoor Unit............... Unit..................... ............. .............. ............. ............. .............. ............. .............. .............. ............. .............. ............. .......6 .6 4.2 Outdoor Outdoor Unit................... Unit......................... ............. .............. .............. .............. .............. .............. .............. .............. .............. ............7 .....7

5. Wiring Wiring Diagrams...... Diagrams............. ............... ................ ................ ............... ................ ................ ............... ................ ................ ..........8 ..8 5.1 Indoor Indoor Unit............... Unit..................... ............. .............. ............. ............. .............. ............. .............. .............. ............. .............. ............. .......8 .8 5.2 Outdoor Outdoor Unit................... Unit......................... ............. .............. .............. .............. .............. .............. .............. .............. .............. ............9 .....9

6. Piping Piping Diagrams............ Diagrams.................... ................ ............... ................ ................. ................ ................ ................ ................1 ........10 0 6.1 Indoor Indoor Unit............... Unit..................... ............. .............. ............. ............. .............. ............. .............. .............. ............. .............. ............10 .....10 6.2 Outdoor Outdoor Unit................... Unit......................... ............. .............. .............. .............. ............. ............. .............. ............. ............. ............11 .....11

7. Capacity Capacity Tables ................ ........................ ............... ............... ................ ................ ................ ................ ............... .............13 ......13 7.1 Cooling Cooling Only.............. Only.................... ............. .............. .............. ............. ............. .............. ............. ............. .............. .............. ..........13 ...13 7.2 Capacity Capacity Correc Correction tion Factor Factor by the the Length Length of Refrige Refrigerant rant Piping Piping (Reference) ..................................................... ............................................................................................ .......................................15 15

8. Operation Operation Limit................... Limit........................... ............... ............... ................ ................ ............... ................ ................. ............16 ....16 9. Sound Sound Level Level ............... ....................... ............... ............... ................ ................ ................ ................ ................ ................ ............17 ....17 9.1 Measurin Measuring g Location............. Location................... ............. .............. ............. ............. .............. ............. .............. ............... .............17 ......17 9.2 Indoor Indoor Unit............... Unit..................... ............. .............. ............. ............. .............. ............. .............. .............. ............. .............. ............17 .....17 9.3 Outdoor Outdoor Unit................... Unit......................... ............. .............. .............. .............. ............. ............. .............. ............. ............. ............18 .....18

10.Electric Characteristics..........................................................................19 11.Installation Manual ................................................. ...................... ..................................................... ...............................20 .....20 11.1 25/35 25/35 Class Class ............. .................... ............. ............. .............. .............. .............. .............. .............. .............. ............. ............. ...........20 ....20 11.2 50/60 50/60 Class Class ............. .................... ............. ............. .............. .............. .............. .............. .............. .............. ............. ............. ...........30 ....30

12.Operation Manual..................................................................................40 13.Optional Accessories .................................................. .......................... .................................................. ..........................65 65 13.1 Option List .................................................... .............................................................................................. ..........................................65 65 13.2 Air Direction Direction Adjustment Grille........................................ 66 13.3 Air Direction Direction Adjustment Grille........................................ 67

Split Type Air Conditioners FTKC-N Series

1

Power Supply

EDMY041427

1. Power Su Supply

Note:

2

Indoor Unit

Outdoor Unit

FTKC25NVMM

RKC25NVM

FTKC35NVMM

RKC35NVM

FTKC50NVMM

RKC50NVM

FTKC60NVMM

RKC60NVM

Power Supply 1 phase, 220 - 230 - 240 V, 50 Hz 1 phase, 220 - 230 V, 60 Hz

Power Supply Intake ; Outdoor Unit


EDMY041427

Functions

2. Functions Category

Basic Function

Functions

Inverter (with inverter power control) Operation limit for cooling (°CDB) Operation limit for heating (°CWB)

Compressor

Comfortable Airflow

Comfort Control

Operation

Lifestyle Convenience

Note:

M M M M M V M V V N V N N 5 0 N 5 0 3 6 / 3 / 6 5 / 0 / 2 5 5 0 2 C 5 C C K C K K T T K F R F R 



19.4 19.4 ~ 46 ~ 46

Category

Health & Clean

Functions

M M M M M V M V V N V N N 5 0 N 5 0 3 6 / 3 / 6 5 / 0 / 2 5 5 0 2 C 5 C C K C K K T T K F R F R

Air-purifying filter

—

—

Photocatalytic deodorising filter

—

—

Air-purifying filter with photocatalytic deodorising function

—

—

—

—

PAM control





Standby electricity saving

—



Titanium apatite photocatalytic air-purifying filter





Oval scroll compressor

—

—

Air filter (prefilter)





Swing compressor





Wipe-clean flat panel





Rotary compressor

—

—

Washable grille

—

—

Reluctance DC motor





MOULD PROOF operation

—

—

Power-airflow flap



—

Heating dry operation

—

—

Power-airflow dual flaps

—



Good-sleep cooling operation

—

—

WEEKLY TIMER operation

Power-airflow diffuser

—

—

—

—

Wide-angle louvres





Timer

24-hour ON/OFF TIMER





Auto-swing (up and down)





NIGHT SET mode





Auto-swing (right and left)

—

—

Auto-restart (after power failure)





3-D airflow

—

—

Self-diagnosis (digital, LED) display





COMFORT AIRFLOW operation



—

Wiring error check function

—

—

Auto fan speed





Indoor unit quiet operation





Anti-corrosion treatment of outdoor heat exchanger





NIGHT QU QUIET mo mode (a (automatic)

—

—

—

—

OUTDOOR UNIT QUIET operation (manual)

Multi-split / split ty type co compatible in indoor unit

—



Flexible power supply correspondence





INTELLIGENT EYE operation

—

—

Chargeless

Quick warming function

—

—

Either side drain (right or left)

Hot-start function

—

—

Automatic defrosting

—

—

Automatic operation

—

—

Programme dry operation





Fan only





New POWERFUL operation (non-inverter)

—

—

Inverter POWERFUL operation





Priority-room setting

—

—

COOL / HEAT mode lock

—

—

HOME LEAVE operation

—

—

ECONO operation





Indoor unit ON/OFF button





Signal receiving sign





R/C with back light

—

—

Temperature display

—

—

Worry Free (Reliability & Durability)

Flexibility

Remote Control

Remote Controller

10 m 10 10 m 



Power selection

—

—

5-room centralised controller (option)

—

—

Remote control adaptor (normal open pulse contact) (option)

—

—

Remote control adaptor (normal open contact) (option)

—

—

DIII-NET co compatible (a (adaptor) (o (option)

—

—

Wireless





Wired

—

—

: Available — : Not available




3

Specifications

EDMY041427

3. Spec Specif ific icat atiions ons 50 Hz, 220 - 230 - 240 V / 60 Hz, 220 - 230 V Model

Indoor Unit Outdoor Unit

Moisture Removal Running Current (Rated) Power Consumption (Rated) Power Factor (Rated) COP (Rated) Liquid Piping Connections Gas Drain Heat Insulation Max. Interunit Piping Length Max. Interunit Height Difference Chargeless Amount of Additional Charge of Refrigerant Indoor Unit Front Panel Colour H M Airflow Rate L SL Type Fan Fan Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor (Rated) Temperature Control Dimensions (H × W × D) Packaged Dimensions (H × W × D) Weight (Mass) Gross Weight (Gross Mass) Sound Pressure H / M / L / SL Level Outdoor Unit Casing Colour Type Compressor Model Motor Output T ype Refrigerant Oil Charge Type Refrigerant Charge

20

20

mm mm kg kg

FTKC25NVMM Shiny Pure White 9.0 (318) 6.7 (237) 4.4 (155) 3.5 (124) Cross Flow Fan 16 5 Steps, Quiet, Auto Right, Left, Horizontal, Downwards Removable / Washable / Mildew Proof 0.19 - 0.18 - 0.17 / 0.19 - 0.18 39 93.3 - 94.2 - 95.6 / 93.3 - 94.2 Microcomputer Control 283 × 770 × 203 263 × 840 × 344 8 10

FTKC35NVMM Shiny Pure White 9.2 (324) 6.9 (244) 4.6 (162) 3.6 (127) Cross Flow Fan 16 5 Steps, Quiet, Auto Right, Left, Horizontal, Downwards Removable / Washable / Mildew Proof 0.27 - 0.26 - 0.24 / 0.27 - 0.26 57 96.0 - 95.3 - 99.0 / 96.0 - 95.3 Microcomputer Control 283 × 770 × 203 263 × 840 × 344 8 10

dB(A)

38 / 33 / 25 / 22

39 / 34 / 26 / 23

W

RKC25NVM Ivory White Hermetically Sealed Swing Type 1YC25BXD 860 FW68DA 0.350 R-32 0.5

RKC35NVM Ivory White Hermetically Sealed Swing Type 1YC25BXD 860 FW68DA 0.350 R-32 0.7

27.1 (957)

27.1 (957)

W A W % A mm mm kg kg

Propeller 20 3.21 - 3.12 - 2.93 / 3.21 - 3.12 661 93.6 - 92.1 - 94.0 / 93.6 - 92.1 2.5 550 × 658 × 275 616 × 788 × 359 28 32

Propeller 20 4.33 - 4.14 - 3.96 / 4.33 - 4.14 933 97.9 - 98.0 - 98.2 / 97.9 - 98.0 2.5 550 × 658 × 275 616 × 788 × 359 32 34

dB(A)

47 - 48 - 48 / 49 - 50

49 - 49 - 50 / 49 - 50

3D089134A

3D089135A

m³/min (cfm)

W Steps

A W %

L kg m³/min (cfm)

H

Type Fan Fan Motor Output Running Current (Rated) Power Consumption (Rated) Power Factor (Rated) Starting Current Dimensions (H × W × D) Packaged Dimensions (H × W × D) Weight (Mass) Gross Weight (Gross Mass) Sound Pressure H Level Drawing No.

Note:

g/m

kW Btu/h kcal/h L/h A W % W/W mm mm mm

Capacity Rated (Min. ~ Max.)

Airflow Rate

m m m

FTKC25NVMM RKC25NVM 2.5 (1.2 ~ 3.4) 8,500 (4,100 ~ 11,600) 2,150 (1,030 ~ 2,920) 1.2 3.4 - 3.3 - 3.1 / 3.4 - 3.3 700 93.6 - 92.3 - 94.1 / 93.6 - 92.3 3.57 φ 6.4 φ 9.5 φ 16.0 Both Liquid and Gas Pipes 15 12 10

The data are based on the conditions shown in the table below. Cooling Piping Length



Indoor ; 27°CDB / 19°CWB Outdoor ; 35°CDB / 24°CWB

4

7.5 m

FTKC35NVMM RKC35NVM 3.5 (1.3 ~ 4.1) 11,900 (4,400 ~ 14,000) 3,010 (1,120 ~ 3,530) 1.9 4.6 - 4.4 - 4.2 / 4.6 - 4.4 990 97.8 - 97.8 - 98.2 / 97.8 - 97.8 3.54 φ 6.4 φ 9.5 φ 16.0 Both Liquid and Gas Pipes 15 12 10

Conversion Formulae kcal/h = kW × 860 Btu/h = kW × 3412 cfm = m³/min × 35.3


EDMY041427

Specifications

50 Hz, 220 - 230 - 240 V / 60 Hz, 220 - 230 V Model

Indoor Unit Outdoor Unit

g/m

20

20

mm mm kg kg

FTKC50NVMM Shiny Pure White 14.3 (504) 12.4 (437) 10.1 (356) 9.0 (317) Cross Flow Fan 43 5 Steps, Quiet, Auto Right, Left, Horizontal, Downwards Removable / Washable / Mildew Proof 0.19 - 0.18 - 0.18 / 0.19 - 0.18 34 81.3 - 82.1 - 78.7 / 81.3 - 82.1 Microcomputer Control 290 × 1,050 × 237 361 × 1,145 × 364 12 17

FTKC60NVMM Shiny Pure White 15.4 (544) 13.5 (478) 11.4 (402) 9.9 (350) Cross Flow Fan 43 5 Steps, Quiet, Auto Right, Left, Horizontal, Downwards Removable / Washable / Mildew Proof 0.21 - 0.20 - 0.19 / 0.21 - 0.20 40 86.6 - 87.0 - 87.7 / 86.6 - 87.0 Microcomputer Control 290 × 1,050 × 237 361 × 1,145 × 364 12 17

dB(A)

42 / 37 / 32 / 29

44 / 39 / 34 / 31

W A W % A mm mm kg kg

RKC50NVM Ivory White Hermetically Sealed Swing Type 2YC40BXD 1,300 FW68DA 0.650 R-32 1.2 49.5 (1,748) 45.8 (1,617) Propeller 53 6.51 - 6.22 - 5.92 / 6.51 - 6.22 1,411 98.5 - 98.6 - 99.3 / 98.5 - 98.6 3.5 735 × 825 × 300 784 × 960 × 390 43 48

RKC60NVM Ivory White Hermetically Sealed Swing Type 2YC40BXD 1,300 FW68DA 0.650 R-32 1.2 53.4 (1,886) 45.8 (1,617) Propeller 53 7.80 - 7.50 - 7.11 / 7.80 - 7.50 1,700 99.2 - 98.6 - 99.6 / 99.2 - 98.6 3.5 735 × 825 × 300 784 × 960 × 390 43 48

dB(A)

48 / 44

52 / 46

3D089136

3D089137

kW Btu/h kcal/h L/h A W % W/W mm mm mm

Capacity Rated (Min. ~ Max.) Moisture Removal Running Current (Rated) Power Consumption (Rated) Power Factor (Rated) COP (Rated) Liquid Piping G as Connections Drain Heat Insulation Max. Interunit Piping Length Max. Interunit Height Difference Chargeless Amount of Additional Charge of Refrigerant Indoor Unit Front Panel Colour H M Airflow Rate L SL Type Fan Fan Motor Output Speed Air Direction Control Air Filter Running Current (Rated) Power Consumption (Rated) Power Factor (Rated) Temperature Control Dimensions (H × W × D) Packaged Dimensions (H × W × D) Weight (Mass) Gross Weight (Gross Mass) Sound Pressure H / M / L / SL Level Outdoor Unit Casing Colour Type Compressor Model Motor Output Type Refrigerant Oil Charge Type Refrigerant Charge H Airflow Rate SL Type Fan Fan Motor Output Running Current (Rated) Power Consumption (Rated) Power Factor (Rated) Starting Current Dimensions (H × W × D) Packaged Dimensions (H × W × D) Weight (Mass) Gross Weight (Gross Mass) Sound Pressure H / SL Level Drawing No.

Note:

m m m

FTKC50NVMM RKC50NVM 5.2 (1.6 ~ 5.9) 17,700 (5,500 ~ 20,100) 4,470 (1,380 ~ 5,070) 2.9 6.7 - 6.4 - 6.1 / 6.7 - 6.4 1,445 98.0 - 98.2 - 98.7 / 98.0 - 98.2 3.60 φ 6.4 φ 12.7 φ 18.0 Both Liquid and Gas Pipes 30 20 10

m³/min (cfm)

W Steps

A W %

W L kg m³/min (cfm)

The data are based on the conditions shown in the table below. Cooling Piping Length



Indoor ; 27°CDB / 19°CWB Outdoor ; 35°CDB / 24°CWB


7.5 m

FTKC60NVMM RKC60NVM 6.0 (1.8 ~ 6.9) 20,500 (6,100 ~ 23,500) 5,160 (1,550 ~ 5,930) 3.9 8.0 - 7.7 - 7.3 / 8.0 - 7.7 1,740 98.9 - 98.2 - 99.3 / 98.9 - 98.2 3.45 φ 6.4 φ 12.7 φ 18.0 Both Liquid and Gas Pipes 30 20 10

Conversion Formulae kcal/h = kW × 860 Btu/h = kW × 3412 cfm = m³/min × 35.3

5

Dimensions

EDMY041427

4. Dimensions 4.1

Indoor Unit

FTKC25/35NVMM AIR FLOW (INDOOR)

THE MARK (→) SHOWS PIPING DIRECTION

) E C R N A O M . F N E R I O M C F 0 A R 3 P E S P (

REAR 770 LEFT

RIGHT INCLUDING MOUNTING PLATE 50MIN. (SPACE FOR MAINTENANCE) MAINTENANCE)

205 203

FRONT PANEL FIXING SCREWS (INSIDE)

MANUFACTURER' S LABEL 3 8 2

SIGNAL RECEIVER

TERMINAL BLOCK WITH EARTH TERMINAL (INSIDE)

OPERATION LAMP TIMER LAMP BOTTOM

INDOOR UNIT ON/OFF SWITCH

FLAPS

GAS PIPE φ9.5 CuT (THE LENGTH OF PIPE OUTSIDE THE UNIT : ABOUT 350 )

ROOM TEMP. THERMISTOR (INSIDE) INSIDE)

LIQUID PIPE φ6.4 CuT (THE LENGTH OF PIPE OUTSIDE THE UNIT : ABOUT 400 )

DRAIN HOSE (CONNECTING PART I.D. φ14 O.D. φ16 THE HOSE LENGTH OF OUTSIDE THE UNIT IS ABOUT 450) 450 )

770

SIGNAL TRANSMITTER MODEL NAME PLATE 58

50MIN. (SPACE FOR MAINTENANCE) MAINTENANCE)

REQUIRED SPACE

6 1

549

101

6

BLADE ANGLE

18

UP/DOWN (AUTOMATIC)

DAIKIN

COOLING 5˚ 3 6 1

3 8 2

5˚

45˚

45 ˚ FAN

5 4 .5

54

WALL HOLE FOR EMBEDDED PIPING φ65 HOLE

RIGHT/LEFT (MANUAL )

5˚

WIRELESS REMOTE CONTROLLER (ARC433A88)

2 7 1

3 . 1 4

DRY

STANDARD LOCATIONS OF WALL HOLES 4 5 ˚

45˚

3 . 1 4

WALL HOLE φ65 HOLE

˚ 4 5

3D089148

FTKC50/60NVMM THE MARK (→) SHOWS PIPING DIRECTION 1050 REAR

LEFT

AIR FLOW (INDOOR) (FOR PERFORMANCE AND MAINTENANCE ) REAR

RIGHT

INCLUDING ( INSTALLATION PLATE ) 239 237

0 9 2

BOTTOM

MIN.50 MODEL NAME (SPACE FOR MAINTENANCE) MAINTENANCE) PLATE

) E C R N A O M 0 F 3 . R E N O I C F M A R P E S ( P

MIN.50 (SPACE FOR MAINTENANCE) MAINTENANCE)

REQUIRED SPACE

TERMINAL BLOCK WITH EARTH TERMINAL (INSIDE) INSIDE)

FRONT GRILLE FIXING SCREWS (INSIDE) INSIDE) SIGNAL RECEIVER OPERATION LAMP TIMER LAMP DRAIN HOSE FOR VP13 (CONNECTING PART I.D. 14.0, O.D. 18.0) (THE HOSE LENGTH OF LIQUID PIPE φ6.4 CuT OUTSIDE THE UNIT : (THE LENGTH OF PIPE OUTSIDE ABOUT 530) THE UNIT : ABOUT 480) 480 )

GAS PIPE φ12.7 CuT (THE LENGTH OF PIPE OUTSIDE THE UNIT : ABOUT 430 )

INDOOR UNIT ON/OFF SWITCH ROOM TEMP. THERMISTOR (INSIDE) INSIDE) SIGNAL TRANSMITTER (18) 18)

(58) 58)

FLAPS

MODEL NAME PLATE

HORIZONTAL BLADE BLADE ANGLES (AUTOMATIC)

1050 893.5

COOLING

) 3 6 1 (

DRY

10˚ 40˚ 10˚

35˚

40˚

2 5

5˚ 35˚

VERTICAL BLADE (MANUAL ) 60

5˚

(ARC433A105)

6

5 0 ˚ 5 0 ˚

5˚ 55˚

0 3

5 . 5 5 0 1 9 2

5˚

FAN

WIRELESS REMOTE CONTROLLER

5 2. 5

5 . 4 1

55˚

WALL HOLE FOR EMBEDDED PIPING φ80 HOLE

99.5

STANDARD LOCATIONS OF WALL HOLES

2 5

WALL HOLE φ80 HOLE

3D089150


EDMY041427

4.2

Dimensions

Outdoor Unit

RKC25/35NVM DRAIN OUTLET (I.Dφ15.9 HOSE FOR CONNECTION WITH DRAIN JOINT) JOINT ) 470

1 1

0 0 1

0 5 1

50

50

7 9 2

BRAND NAME LABEL

HANDLE 13.5

12

6 58

0 0 3

50

0 5

2 75

0 5 1

96 379

0 4

WALL HEIGHT ON AIR OUTLET SIDE =LESS THAN 1200

MINIMUM SPACE FOR AIR PASSAGE 4-HOLES FOR ANCHOR BOLTS (M8 OR M10) M10)

0 0 1

MANUFACTURE'S LABEL 8

50

OUTDOOR AIR THERMISTOR

LIQUID STOP VALVE (φ6.4 CuT) CuT)

WIRING INLET 0 5 5

SERVICE PORT 8 6 8 1 0 1

155

GAS STOP VALVE (φ9.5 CuT) CuT) IN CASE OF REMOVING STOP VALVE COVER

INDICATION INDICATION LABEL (INDONESIA) INDONESIA) FOR INDONESIA MODEL ONLY

3D089153

RKC50/60NVM DRAIN OUTLET (I.D.φ15.9 HOSE FOR CONNECTION ) 8 25

MINIMUM SPACE FOR AIR PASSAGE

WALL HEIGHT ON AIR OUTLET SIDE =LESS THAN 1200

0 0 1

78

325 1 24

0 0 1

5 80

6 2 3

0 5 3

50

50 50

0 0 5 3 3 3

0 1

0 0 3

0 0 1

0 5 3

IN CASE OF REMOVING STOP VALVE COVER

5 2

4-HOLES FOR ANCHOR BOLTS (M8 OR M10) M10)

NAME PLATE BRAND NAME PLATE

WIRING INLET

0 5 3

OUTDOOR AIR TEMPERATURE THERMISTOR

TERMINAL STRIP WITH EARTH TERMINAL

5 3 7

4 6 9 8

LIQUID STOP VALVE (φ6.4 CuT) SERVICE PORT

1 55 160

18 30 GAS STOP VALVE (φ12.7 CuT)

3D083536B


7

Wiring Diagrams

EDMY041427

5. Wiring Dia Diagrams 5.1

Indoor Unit

FTKC25/35NVMM

PCB2

S27 1

BLK

LED1

H1P

BLK

LED2

H2P

BLK

PCB1

S26 9

BLK

FIELD WIRING. TRANSMISSION CIRCUIT

BLK

GRN/YLW

FG

BLK

RECTIFIER

BLK

9

3 GRN

BLK

H3

+

1

BLK

V1

MR10

H2 H1

S1W

3

WHT

2

BLK

1

F1U 3.15A

t˚

2

RED

X1M

+ R1T SIGNAL RECEIVER

IPM200 1

2

S32

1

6

9

12

1

BLK BLK BLK

CAUTION NOTE THAT OPERATION WILL RESTART AUTOMATICALLY AUTOMATICALLY I F THE MAIN POWER SUPPLY IS TURNED OFF AND THEN BACK ON AGAIN.

10

INDOOR W L Y G U R L O B

D E R

K L B

T H W

K K K K K K K L L L L L L L B B B B B B B

6 M t˚

S403

S200 BLK BLK

BLK BLK

WIRELESS REMOTE CONTROLLER

5

1 S6

OUTDOOR

1

M

M1S

S602

1 4

K L B

S601

FG F1U H1~H3 H1P~H2P M1F M1S PCB1~PCB3 R1T, R2T S6~S602 S1W X1M

1

M1F

R2T

NOTE) NOTE)

S21

1. PCB3 IS SHOWS THE CASE OF OPTION CONNECTION.

: FRAME GROUND : FUSE : HARNESS : PILOT LAMP : FAN MOTOR : SWING MOTOR : PRINTED CIRCUIT BOARD : THERMISTOR : CONNECTOR : OPERATION SWITCH : TERMINAL STRIP : PROTECTIVE EARTH

PCB3

OPTION

3D058454D

FTKC50/60NVMM

PCB3

S49 1

LED1 H1P

S46 1

BLK

1

PCB1

BLK

~

BLK BLK

LED2 H2P

X1M

FU1 F1U

H1

3.15A C102

V1 MR10

BLK

H2

1 2

RED

3

C101

BLK

GRN/YLW

H3

TRANSMISSION CIRCUIT

9

BLK

SW1

CAUTION NOTE THAT OPERATION WILL RESTART AUTOMATICALLY IF THE MAIN POWER SUPPLY IS TURNED OFF AND THEN BACK ON AGAIN.

FG

S21 t˚ HA

7

RTH1 R1T

4

S1 RED

BLU BRN

MS

ORG

1 S47 1 3

S32 1

2

K K K K L L L L B B B B

PCB2 WIRELESS REMOTE CONTROLLER

OUTDOOR

FIELD WIRING.

BLK

9

3

GRN

BLK

LED3 H3P

BZ

BLK WHT

2

S48 1

SIGNAL RECEIVER

3

K L B

S41 15 13 11 9 7

WHT

M1F

D G W K U E R L N L R O Y P B

BZ C101, C102 FG F1U H1P~H3P MR10 M1F M1S PCB1~PCB3 R1T, R2T S1~S49 SW1 V1 X1M

: BUZZER : CAPACITOR : FRAME GROUND : FUSE : PILOT LAMP : MAGNETIC RELAY : FAN MOTOR : SWING MOTOR : PRINTED CIRCUIT BOARD : THERMISTOR : CONNECTOR : OPERATION SWITCH : VARISTOR : TERMINAL STRIP : PROTECTIVE EARTH

t˚ R2T

M

INDOOR

M1S

3D088910

8


EDMY041427

5.2

Wiring Diagrams

Outdoor Unit

RKC25/35NVM

3D088772A

RKC50/60NVM


9

Piping Diagrams

EDMY041427

6. Pipin iping g Dia iag gra rams ms 6.1

Indoor Unit

FTKC25/35NVMM

FTKC50/60NVMM

INDOOR UNIT

7.0 CuT

INDOOR UNIT

HEAT EXCHANGER

4.8 CuT T u C 0 . 7

(7.9 CuT) CuT)

THERMISTOR ON HEAT EXCH.

7.0 CuT HEAT EXCHANGER

7.0 CuT

FIELD PIPING (6.4 CuT) CuT)

THERMISTOR ON HEAT EXCH.

CROSS FLOW FAN

M

CROSS FLOW FAN FIELD PIPING (6.4 CuT) CuT)

FAN MOTOR FIELD PIPING (9.5 CuT) CuT)

9.5 CuT FIELD PIPING (12.7 CuT) CuT)

REFRIGERANT FLOW COOLING

4D075755A

10

M FAN MOTOR (12.7 CuT) CuT)


4D083425C


EDMY041427

6.2

Piping Diagrams

Outdoor Unit

RKC25NVM

OUTDOOR UNIT OUTDOOR TEMPERATURE THERMISTOR

6.4 CuT HEAT EXCHANGER T

7.0 CuT u C 4. 6

R E G N R A O H T C S I X E M R T A E E H H T

6.4 CuT

6.4 CuT 6.4 CuT

M

FAN MOTOR

MOTOR OPERATED VALVE

MUFFLER WITH FILTER

T u C 4 . 6

PROPELLER FAN

R E N I A R T S

T u C 4 . 6

DISCHARGE PIPE THERMISTOR

T u C 8 . 4

T u C 5 . 9

LIQUID STOP VALVE

9.5 CuT COMPRESSOR

GAS STOP VALVE

MUFFLER MUFFLER

ACCUMULATOR

FIELD PIPING (6.4 CuT) CuT) FIELD PIPING (9.5 CuT) CuT)


3D089192A

RKC35NVM

OUTDOOR UNIT 7.0 CuT T

HEAT EXCHANGER

OUTDOOR TEMPERATURE THERMISTOR

7.0 CuT u C .5 9

R E G N A R O H T C S I X E M T R A E E H H T

6.4 CuT6.4 CuT

M

FAN MOTOR

6.4 CuT


MUFFLER WITH FILTER

T u C 4 . 6

PROPELLER FAN

R E N I A R T S

T u C 9 . 7

DISCHARGE PIPE THERMISTOR

T u C 8 . 4

T u C 5 . 9

LIQUID STOP VALVE 9.5 CuT

COMPRESSOR

MUFFLER MUFFLER ACCUMULATOR

GAS STOP VALVE

FIELD PIPING (6.4 CuT)


FIELD PIPING (9.5 CuT)

3D089185A


11

Piping Diagrams

EDMY041427

RKC50/60NVM

OUTDOOR UNIT 7.0 CuT

HEAT EXCHANGER OUTDOOR TEMPERATURE THERMISTOR

7.0 CuT

HEAT EXCHANGER THERMISTOR

6.4 CuT

MUFFLER WITH FILTER


MUFFLER WITH FILTER

FILTER

T u C 9 . 7

M T u C 4 . 6

PROPELLER FAN

MUFFLER DISCHARGE PIPE THERMISTOR

LIQUID STOP VALVE


12.7 CuT COMPRESSOR

ACCUMULATOR

12.7 CuT

GAS STOP VALVE


REFRIGERANT FLOW COOLING 3D090240

12


EDMY041427

Capacity Tables

7. Capa Capaci city ty Table ables s 7.1

Cooling Only

FTKC25NVMM FTKC25NVMM + RKC25NVM (50 Hz, 220 - 230 - 240 V / 60 Hz, 220 - 230 V) AFR

9

BF

0.10

IN I NDOOR

OUTDOOR TEMPERATURE (°CDB)

EWB

EDB

°C

°C

TC

SHC

20 PI

TC

SHC

25 PI

TC

SHC

30 PI

TC

SHC

PI

TC

SHC

14.0

20

2.46

2.03

0.54

2.35

1.98

0.59

2.23

1.93

0.64

2.28

1.95

0.66

2.21

16.0

22

2.57

2.00

0.54

2.46

1.95

0.60

2.34

1.90

0.65

2.40

1.92

0.66

18.0

25

2.68

2.12

0.55

2.57

2.08

0.60

2.46

2.03

0.65

2.51

2.05

19.0

27

2.73

2.27

0.55

2.62

2.22

0.60

2.51

2.18

0.65

2.57

22.0

30

2.90

2.20

0.55

2.79

2.16

0.60

2.68

2.12

0.66

24.0

32

3.01

2.15

0.56

2.90

2.11

0.61

2.79

2.08

0.66

Symbols:

32

35

40 PI

TC

SHC

PI

1.92

0.69

2.10

1.86

0.74

2.33

1.89

0.70

2.21

1.84

0.75

0.67

2.44

2.03

0.70

2.33

1.98

0.75

2.20

0.67

2.50

2.17

0.70

2.38

2.13

0.75

2.74

2.14

0.67

2.67

2.12

0.70

2.56

2.08

0.76

2.86

2.10

0.68

2.79

2.08

0.71

2.67

2.04

0.76

Notes:

AFR

: Airflow rate

(m³/min.)

BF

: Bypass factor

EWB

: En Entering we wet bu bul b temp.

(°C)

EDB

: En Entering dr dry bu bulb te temp.

(°C)

TC

: Total capacity

(kW)

SHC

: Sensible heat capacity

(kW)

PI

: Power input

(kW)

1. shows nominal (rated) capacities and power input. 2. TC, PI and SHC must be calculated by interpolation using the figures in the above tables. (Figures out of the tables should not be used for calculation.) 3. Capacities are based on the following conditions. Corresponding refrigerant piping length : 7.5 m Level difference : 0 m

3D089843


9.2

BF

0.12

IN I NDOOR


EWB

EDB

20

25

°C

°C

TC

SHC

PI

TC

SHC

PI

TC

SHC

PI

TC

SHC

PI

TC

SHC

14.0

20

3.16

2.37

0.72

3.16

2.37

0.82

3.13

2.36

0.91

3.16

2.37

0.93

3.10

16.0

22

3.60

2.47

0.77

3.44

2.39

0.84

3.28

2.32

0.92

3.36

2.36

0.94

18.0

25

3.75

2.58

0.77

3.59

2.51

0.85

3.44

2.44

0.92

3.52

2.48

0.94

19.0

27

3.83

2.72

0.77

3.67

2.65

0.85

3.51

2.58

0.92

3.60

2.62

22.0

30

4.06

2.62

0.78

3.90

2.56

0.85

3.75

2.50

0.93

3.84

24.0

32

4.21

2.55

0.79

4.06

2.49

0.86

3.90

2.44

0.93

4.00

Symbols:

30

32

35

40 PI

TC

SHC

PI

2.34

0.98

2.93

2.26

1.05

3.26

2.31

0.98

3.10

2.23

1.06

3.42

2.43

0.99

3.26

2.36

1.06

0.95

3.50

2.58

0.99

3.34

2.51

1.06

2.53

0.95

3.74

2.50

1.00

3.58

2.44

1.07

2.47

0.96

3.90

2.44

1.00

3.74

2.38

1.07

Notes:

AFR

: Airflow rate

BF

: Bypass factor

(m³/min.)

EWB


(°C)

EDB


(°C)

TC

: Total capacity

(kW)

SHC


(kW)

PI

: Power input

(kW)

1. shows nominal (rated) capacities and power input. 2. TC, PI and SHC must be calculated by interpolation using the figures in the above tables. (Figures out of the tables should not be used for calculation.) 3. Capacities are based on the following conditions. Corresponding refrigerant piping length : 7.5 m Level difference : 0 m

3D089844


13

Capacity Tables

EDMY041427


14.3

BF

0.07

IN I NDOOR


EWB EDB

20

25

30

32

35

°C

°C

TC

S HC

PI

TC

SHC

PI

TC

SHC

PI

TC

SHC

PI

TC

SHC

14.0

20

5.11

3.86

1.11

4.88

3.74

1.22

4.65

3.63

1.33

4.75

3.68

1.36

4.60

16.0

22

5.34

3.79

1.12

5.11

3.68

1.23

4.88

3.58

1.34

4.99

3.62

1.37

18.0

25

5.57

3.98

1.13

5.34

3.88

1.24

5.11

3.78

1.34

5.23

3.83

19.0

27

5.69

4.21

1.13

5.45

4.11

1.24

5.22

4.01

1.35

5.35

22.0

30

6.03

4.06

1.14

5.80

3.97

1.25

5.57

3.89

1.36

24.0

32

6.26

3.95

1.15

6.03

3.88

1.25

5.80

3.80

1.36

Symbols:

40 PI

TC

SHC

PI

3.61

1.43

4.36

3.49

1.54

4.84

3.56

1.44

4.60

3.45

1.54

1.38

5.08

3.77

1.44

4.84

3.67

1.55

4.06

1.38

5.20

4.00

1 .45

4.96

3.91

1.55

5.70

3.94

1.39

5.56

3.89

1.45

5.32

3.80

1.56

5.94

3.85

1.40

5.80

3.80

1.46

5.56

3.72

1.57

Notes:

AFR

: Airflow rate

(m³/min.)

BF

: Bypass factor

EWB


(°C)

EDB


(°C)

TC

: Total capacity

(kW)

SHC


(kW)

PI

: Power input

(kW)

1. shows nominal (rated) capacities and power input. 2. TC, PI and SHC must be calculated by interpolation using the the figures in the above tables. (Figures out of the tables should not be used for calculation.) 3. Capacities are based on the following conditions. Corresponding refrigerant piping length : 7.5 m Level difference : 0 m

3D089845


15.4

BF

0.08

IN I NDOOR


EWB EDB

20

25

30

32

35

°C

°C

TC

S HC

PI

TC

SHC

PI

TC

SHC

PI

TC

SHC

PI

TC

SHC

14.0

20

5.90

4.34

1.34

5.63

4.20

1.47

5.36

4.07

1.60

5.48

4.12

1.64

5.31

16.0

22

6.16

4.26

1.35

5.90

4.13

1.48

5.63

4.01

1.61

5.75

4.07

1.65

18.0

25

6.43

4.46

1.36

6.16

4.34

1.49

5.89

4.22

1.62

6.03

4.28

19.0

27

6.56

4.69

1.36

6.29

4.58

1.49

6.03

4.47

1.62

6.17

22.0

30

6.96

4.52

1.37

6.69

4.42

1.50

6.42

4.32

1.63

24.0

32

7.23

4.40

1.38

6.96

4.31

1.51

6.69

4.22

1.64

Symbols:

40 PI

TC

SHC

PI

4.04

1.72

5.03

3.90

1.85

5.59

3.99

1.73

5.31

3.86

1.86

1.66

5.86

4.21

1.74

5.58

4.09

1.86

4.53

1.66

6.00

4.46

1 .74

5.72

4.34

1.87

6.58

4.38

1.67

6.41

4.32

1.75

6.14

4.22

1.88

6.86

4.28

1.68

6.69

4.22

1.76

6.41

4.13

1.89

Notes:

AFR

: Airflow rate

(m³/min.)

BF

: Bypass factor

EWB


(°C)

EDB


(°C)

TC

: Total capacity

(kW)

SHC


(kW)

PI

: Power input

(kW)

1. shows nominal (rated) capacities and power input. 2. TC, PI and SHC must be calculated by interpolation using the the figures in the above tables. (Figures out of the tables should not be used for calculation.) 3. Capacities are based on the following conditions. Corresponding refrigerant piping length : 7.5 m Level difference : 0 m

3D089846

14


EDMY041427

7.2

Capacity Tables

Capa Capacity city Corre Correcti ction on Fact Factor or by by the Len Length gth of of Refrig Refrigera erant nt Pipin Piping g (Refer (Referen ence) ce) The cooling capacity of the unit has to be corrected in accordance with the length of refrigerant piping — the distance between the indoor unit and the outdoor unit.

7.2.1

25/35 Class Cooling (R-32) (%) 100

r o t c a f n o i t c e r r o c y t i c a p a C

90

Range of the refrigerant additional charge

80

5

10

15 (m)

Piping length

7.2.2

(R20651)

50/60 Class Cooling (R-32) (%) 100

r o t c a f n o i t c e r r o c y t i c a p a C

90

80 Range of the refrigerant additional charge

5

10

15 Piping length

Note:

20

25

30 (m) (R20375)

The graphs show the factor when additional refrigerant of the proper quantity is charged.


15

Operation Limit

EDMY041427

8. Oper Opera atio tion Limit imit RKC25/35NVM

50 46

40 ) B D C ˚ ( . p m e t r o 30 o d t u O

n o i t a r e p o s u o u n i t n o C

d o i r e p n w o d l l u P

20 19.4 0

10 14 Notes : The graph is based on the following conditions. · Equivalent piping length 7.5m 0m · Level difference · Air flow rate High

20

23

28 30

Indoor temp. (˚CWB)

4D073983E

RKC50/60NVM

50 46

40 ) B D C ˚ ( . p m e 30 t r o o d t u O

n o i t a r e p o s u o u n i t n o C

d o i r e p n w o d l l u P

20 19.4 0

10 14 Notes : The graph is based on the following conditions. conditions. • Equivalent piping length 7.5m • Level difference 0m • Air flow rate High

16

20

23

28 30

Indoor temp. (˚CWB)

4D083533A


EDMY041427

Sound Level

9. Sound Level 9.1

Measuring Location Indoor Unit

Outdoor Unit

1m

1m

m 8 . 0

MICROPHONE

MICROPHONE

Notes:

1. Operation Operation sound sound is measured measured in an anecho anechoic ic chamber. chamber. 2. The data data are based based on the condition conditions s shown shown in the table below. below. Cooling Indoor ; 27°CDB / 19°CWB Outdoor ; 35°CDB / 24°CWB

9.2

Piping Length 5m

Indoor Unit

FTKC25NVMM 70 L E 60 V E L E R U ) r 50 S a S b E µ R 2 P 0 0 D 0 . 40 N 0 U = B O d S 0 D ( B N d A 30 B E V A T C 20 O

FTKC35NVMM 70

OVER ALL (dB) dB)

NC-70

50/60Hz 50/60Hz SCALE 220-240/220-230V 220-240/220-230V (H) (L) NC-60

A

38

25

(B.G.N IS ALREADY RECTIFIED) RECTIFIED ) OPERATING CONDITIONS

NC-50

POWER SOURCE 220-240/22 220-240/220-23 0-230V 0V

50/60Hz 50/60Hz

JIS STANDARD 220-240/220-230V 50/60Hz (H)

NC-40

220-240/220-230V

50/60Hz (L)

Cooling NC-30

APPROXIMATE THRESHOLDHEARING FORCONTINUOUS NOISE

63

125 250 500 1000 2000 4000 OCTAVE BAND CENTER FREQUENCY (Hz) Hz)

NC-20

FTKC50NVMM 70 L E 60 V E L E R U ) r 50 S a S b E µ R 2 P 0 0 D 0 . 40 N 0 U = B O d S 0 D ( B N d A 30 B E V A T C 20 O

A

NC-60

42

32


NC-50

P OWER SO URCE 220-240/220-230V

50/60Hz

JIS STANDARD NC-40

220-240/220-230V

50/60Hz (H)

220-240/220-230V

50/60Hz (L)

Cooling NC-30


NC-60

A

(H)

(L)

39

26


NC-50

POWER SOURCE

220-240/220-230V 220-240/220-230V 50/60 Hz

JIS STANDARD 220-240/220-230V 50/60 Hz (H)

NC-40

220-240/220-230V 50/60 Hz (L)

Cooling NC-30


63

NC-20

4D089379

125 250 500 1000 2000 4000 8000 OCTAVE BAND CENTER FREQUENCY (Hz) Hz)

70

OVER ALL (dB) dB) 50/60Hz 50/60Hz SCALE 220-240/220-230V 220-240/220-230V (H) (L)

63

50/60Hz

SCALE 220-240/220-230V 220-240/220-230V

FTKC60NVMM

NC-70


50/60Hz

L E 60 V E L E R U ) r 50 S a S b E µ R 2 P 0 0 D 0 . 40 N 0 U = B O d S 0 D ( N B 30 A d B E V A T C 20 O

4D089376

8000

OVER ALL (dB) dB)

NC-70

NC-20

8000


4D089508

OVER ALL (dB) dB)

NC-70

50/60Hz

L E 60 V E L E R U ) r 50 S a S b E µ R 2 P 0 0 D 0 . 40 N 0 U = B O d S 0 D ( B N d A 30 B E V A T C 20 O

50/60Hz

SCALE 220-240/220-230V 220-240/220-230V NC-60

A

(H)

(L)

44

34

(B.G.N IS ALREADY RECTIFIED) RECTIFIED ) NC-50

OPERATING CONDITIONS P OWER S OURCE

220-240/220-230V

50/60Hz

JIS STANDARD 220-240/220-230V 50/60Hz (H)

NC-40

220-240/220-230V 50/60Hz (L)

Cooling NC-30


63


NC-20

8000

4D089509

17

Sound Level

9.3

EDMY041427

Outdoor Unit

RKC25NVM 70 L E 60 V E L E R U ) r 50 S a S b E µ R 2 P 0 0 D 0 . 40 N 0 U = B O d S 0 D ( B N d A 30 B E V A T C 20 O

RKC35NVM

COOLING 50Hz SCALE 220-230-240V NC-60

70

OVER ALL (dB) dB)

NC-70

A

60Hz 220-230V

47-48-48

49-50


NC-50

POWER S OURCE

220-240/220-230V

50/60Hz (H)

JIS STANDARD (JIS9612) JIS9612) 220-240/220-230V 220-240/220-230V

NC-40

50/60Hz (H)

NC-30


63

125 250 500 1000 2000 4000 OCTAVE BAND CENTER FREQUENCY (Hz)

NC-20

4D089535A

8000

RKC50NVM OVER ALL (dB) dB)

NC-70

NC-60

NC-50

A

48

OPERATING CONDITIONS POWER SOURCE 220-240/220-230V 50/60Hz (H)

JIS STANDARD NC-40

220-240/220-230V 50/60Hz (H)

NC-30

63

18

SCALE

50/60Hz 220-240/220-230V( 220-240/220-230V (H)

(B.G.N IS ALREADY RECTIFIED) RECTIFIED )



OVER ALL (dB) dB)

NC-70

50Hz SCALE 220-230-240V NC-60

A

60Hz 220-230V

49-49-50

49-50


NC-50

POWER SO URCE

220-240/220-230V

50/ 60Hz (H)

JIS STANDARD (JIS9612) JIS9612 ) 220-240/220-230V 220-240/220-230V

NC-40

50/60Hz (H)

NC-30


63

NC-20

125 250 500 1000 2000 4000 OCTAVE BAND CENTER FREQUENCY (Hz)

4D089392A

8000

RKC60NVM

70 L E V 60 E L E R U ) r S a S b 50 E µ R 2 P 0 D 0 0 . N 0 U =40 O B d S 0 D ( N B A d 30 B E V A T C 20 O

L E 60 V E L E R U ) r 50 S a S b E µ R 2 P 0 0 D 0 . 40 N 0 U = B O d S 0 D ( B N d A 30 B E V A T C 20 O

COOLING

NC-20

8000

4D088836A

70 L E 60 V E L E R U ) r 50 S a S b E µ R 2 P 0 0 D 0 . 40 N 0 U = B O d S 0 D ( B N d A 30 B E V A T C 20 O

OVER ALL (dB) dB)

NC-70

NC-60

SCALE

50/60Hz 220-240/220-230V (H)

A

52

(B.G.N IS ALREADY RECTIFIED) RECTIFIED ) NC-50

OPERATING CONDITIONS POWER SOURCE 220-240/220-230V 50/60Hz (H)

JIS STANDARD NC-40

220-240/220-230V 50/60Hz (H)

NC-30


63

NC-20

125 250 500 1000 2000 4000 8000 OCTAVE BAND CENTER FREQUENCY (Hz) Hz)

4D088837A


EDMY041427

Electric Characteristics

10.Electric Characteristics Indoor Unit

Outdoor Unit

Power supply Hz - Volts

Voltage range

Compressor MCA

MFA

RHz

50 - 220 50 - 230 FTKC FTKC2 25NVM 5NVMM M

RKC25 KC25NV NVM M

Max. 50 Hz, 264 V Min. 50 Hz, 198 V

50 - 240 60 - 220 60 - 230

8.50

10

46

Max. 60 Hz, 253 V Min. 60 Hz, 198 V

50 - 220 50 - 230 FTKC FTKC35 35NV NVMM MM

RKC3 RKC35N 5NVM VM

Max. 50 Hz, 264 V Min. 50 Hz, 198 V

50 - 240 60 - 220 60 - 230

FTKC FTKC50 50NV NVMM MM

RKC5 RKC50N 0NVM VM

10

66

Max. 60 Hz, 253 V Min. 60 Hz, 198 V Max. 50 Hz, 264 V Min. 50 Hz, 198 V

50 - 240 60 - 220 60 - 230

13.50

15

58

Max. 60 Hz, 253 V Min. 60 Hz, 198 V

50 - 220 50 - 230 FTK C6 C60NV MM MM

RKC60NV M

Max. 50 Hz, 264 V Min. 50 Hz, 198 V

50 - 240 60 - 220 60 - 230

W

13.50 Max. 60 Hz, 253 V Min. 60 Hz, 198 V

15

69

FLA

IFM W

FLA

3.0

0.22

0.19

2 .9

0.21

0 .1 8

2 .7

20

0.20

16

0.17

3 .0

0.22

0.19

2 .9

0.21

0.18

4.1

0.22

0.27

3 .9 9.25

50 - 220 50 - 230

RLA

OFM

3 .7

0.21 20

0.20

0.26 16

0.24

4 .1

0.22

0.27

3 .9

0.21

0.26

6.3

0.19

0.19

6 .0

0.18

0.18

5 .8

53

0.17

43

0.18

6.3

0.19

0.19

6 .0

0.18

0.18

7.6

0.20

0.21

7 .3

0.19

0.20

6.9

53

0.18

43

0 .1 9

7.6

0.20

0.21

7.3

0 .1 9

0 .2 0

Symbols:

Notes:

MCA

: Min. circuit amps (A)

MFA MFA

: Max Max.. fus fuse e amp amps s (A) (A)

RHz RHz

: Rat Rated ed oper operat atin ing g fre frequ quen ency cy (Hz (Hz))

RLA

: Rat Rate ed loa load d amp amps s (A) (A)

OFM OFM

: Out Outdo door or fan fan moto motorr

1. RL R LA is based on the following conditions. Indoor temp. 27°CDB / 19°CWB Outdoor temp. 35°CDB 2. Maximum allowable voltage variation between phases is 2%. 3. Select wire wire size based on the larger larger value of MCA. MCA. 4. Instead Instead of fuse, use circuit circuit breaker. breaker. 5. Be sure to install install an earth leak detector detector.. (This unit uses an inverter, which means that an earth leak detector capable of handling high harmonics must be used in order to prevent malfunctioning of the earth leak detector.)

IFM

: Indoor fan motor

W

: Fan motor ra rated ou output (W (W)

FLA

: Fu Ful l load am amps (A (A) 3D089021


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Installation Manual

11.2

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Operation Manual

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Operation Manual

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Optional Accessories

13.Optional Accessories 13.1 Option List 13.1 13.1.1 .1 Indo Indoor or Unit Unit Option Name

Note:

1

Titanium Titanium apatit apatite e photoc photocatalyt atalytic ic air-pur air-purifying ifying filter (without (without frame) frame)

2

Remote controller loss prevention with chain

25/35/50/60 Class ★

KAF970A46 KKF917A4

Standard accessory

★

13 13.1 .1.2 .2 Outd Outdoo oorr Unit Unit Option Name 1

Air direction adjustment grille

2

Drain plug


25/35 Class

50/60 Class

KPW937B4

KPW945A4

KKP937A4

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4P202735-1

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13.3 13. 3 > Air Dire Directi ction on Adju Adjustm stmen entt Grille Grille

3P089958-2C


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Warning

Ask a qualified installer or contractor to install this product. Do not try to install the product yourself. Improper installation can result in water or refrigerant leakage, electrical shock, fire or explosion. Use only those parts and accessories supplied or specified by Daikin. Ask a qualified installer or contractor to install those parts and accessories. Use of unauthorised parts and accessories or improper installation of parts and accessories can result in water or refrigerant leakage, electrical shock, fire or explosion. Read the user's manual carefully before using this product. The user's manual provides important safety instructions and warnings. Be sure to follow these instructions and warnings. If you have any enquiries, please contact your local importer, distributor and/or retailer.

Cautions on product corrosion 1. Air conditioners should not be installed in areas where corrosive gases, such as acid gas or alkaline gas, are produced. 2. If the outdoor unit is to be installed close to the sea shore, direct exposure to the sea breeze should be avoided. If you need to install the outdoor unit close to the sea shore, contact your local distributor.

Specifications, Specifications, designs and other content appearing in this brochure are current as of August 2014 but subject to change without notice. c All rights reserved

AK

TM-FTKC-Manual user.pdf

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