Options

Indoor unit

No.

1

2

3

4

Item

5-room centralised controller

Wiring adaptor for time clock/remote controller

(Normal open pulse contact/normal open contact)

Titanium apatite photocatalytic air-purifying filter

Remote controller loss prevention with chain

*

* 2

*

1

3

FTK(X)S25/35E

KAF970A46

Note: *1. A wiring adaptor (KRP413AB1S) is also required for each indoor unit.

*2. The time clock and other devices should be obtained locally.

*3. The filter is a standard accessory. It should be replaced approximately every 3 years.

KRC72

KRP413AB1S

KKF917A4

FTK(X)S50/60/71F

KAF952B42

5-room centralised controller

KRC72

Titanium apatite photocatalytic air-purifying filter

KAF970A46

Outdoor unit

No.

Item

1

2

Air direction adjustment grille

Drain plug

Note: *1. One set includes 5 pieces for 5 units.

Titanium apatite photocatalytic air-purifying filter

KAF952B42

Remote controller loss prevention with chain

KKF917A4

RK(X)S25/35EB

KPW937A4

RKS50/60/71F, RXS50/60F

KPW945A4

KKP937A4* 1

RXS71F

KKP945A4

Air direction adjustment grille

KPW945A4

Drain plug

KKP937A4

Control system

No.

1

2

3

4

Central remote controller

Unified On/Off controller

Schedule timer

Item

Interface adaptor for DIII-NET use

*

*

*

1

1

1

FTK(X)S25/35E

Note: *1. Interface adaptor for DIII-NET use (KRP928BB2S) is also required for each indoor unit.

DCS302CA61

DCS301BA61

DST301BA61

KRP928BB2S

FTK(X)S50/60/71F

Central remote controller

DCS302CA61

Unified On/Off controller

DCS301BA61

Schedule timer

DST301BA61

Warning

Daikin products are manufactured for export to numerous countries throughout the world. Prior to purchase, please confirm with your local authorised importer, distributor and/or retailer whether this product conforms to the applicable standards, and is suitable for use, in the region where the product will be used. This statement does not purport to exclude, restrict or modify the application of any local legislation.

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.

Specifications are subject to change.

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.

JMI-0107

Organization:

DAIKIN INDUSTRIES, LTD.

AIR CONDITIONING MANUFACTURING DIVISION

Scope of Registration:

THE DESIGN/DEVELOPMENT AND MANUFACTURE OF

COMMERCIAL AIR CONDITIONING, HEATING, COOLING,

REFRIGERATING EQUIPMENT, HEATING EQUIPMENT,

RESIDENTIAL AIR CONDITIONING EQUIPMENT, HEAT

RECLAIM VENTILATION, AIR CLEANING EQUIPMENT,

COMPRESSORS AND VALVES.

JQA-1452

Organization:

DAIKIN INDUSTRIES

(THAILAND) LTD.

Scope of Registration:

THE DESIGN/DEVELOPMENT

AND MANUFACTURE OF AIR

CONDITIONERS AND THE

COMPONENTS INCLUDING

COMPRESSORS USED FOR THEM

All of the Daikin Group’s business facilities and subsidiaries in Japan are certified under the ISO 14001 international standard for environment management.

Dealer

Head Office:

Umeda Center Bldg., 2-4-12, Nakazaki-Nishi,

Kita-ku, Osaka, 530-8323 Japan

Tokyo Office:

JR Shinagawa East Bldg., 2-18-1, Konan,

Minato-ku, Tokyo, 108-0075 Japan http://www.daikin.com/global_ac/

07/12 P.C.

Specifications, designs and other content appearing in this brochure are current as of July 2012 but subject to change without notice.

20

PCR0709A

1 2

3 4

FTKS25/35E and FTXS25/35E

RKS25/35EB and RXS25/35EB

5

Cooling Only Type

FTKS25EVMA / RKS25EBVMA

Cooling 2.5 (1.2-3.0) kW

8,500 (4,100-10,200) Btu/h

FTKS35EVMA / RKS35EBVMA

Cooling 3.5 (1.2-3.8) kW

11,900 (4,100-12,950) Btu/h

Heat Pump Type

FTXS25EVMA / RXS25EBVMA

Cooling 2.5 (1.2-3.0) kW

8,500 (4,100-10,200) Btu/h

Heating 3.4 (1.2-4.5) kW

11,600 (4,100-15,350) Btu/h

FTXS35EVMA / RXS35EBVMA

Cooling 3.5 (1.2-3.8) kW

11,900 (4,100-12,950) Btu/h

Heating 4.0 (1.2-5.0) kW

13,600 (4,100-17,050) Btu/h

*

* Available with the heat pump type.

FTKS50/60/71F and FTXS50/60/71F

RKS50/60/71F and RXS50/60F

RXS71F

6

Cooling Only Type

FTKS50FVM / RKS50FVM

Cooling 5.0 (1.7-6.0) kW

17,100 (5,800-20,500) Btu/h

FTKS60FVM / RKS60FVM

Cooling 6.0 (1.7-6.7) kW

20,500 (5,800-22,900) Btu/h

FTKS71FVM / RKS71FVM

Cooling 7.1 (2.3-8.3) kW

24,200 (7,800-28,300) Btu/h

Heat Pump Type

FTXS50FVMA / RXS50FVMA

Cooling 5.0 (1.7-6.0) kW

17,100 (5,800-20,500) Btu/h

Heating 5.8 (1.7-7.7) kW

19,800 (5,800-26,300) Btu/h

FTXS60FVMA / RXS60FVMA

Cooling 6.0 (1.7-6.7) kW

20,500 (5,800-22,900) Btu/h

Heating 7.0 (1.7-8.0) kW

23,900 (5,800-27,300) Btu/h

FTXS71FVMA / RXS71FVMA

Cooling 7.1 (2.3-8.5) kW

24,200 (7,800-29,000) Btu/h

Heating 8.2 (2.3-10.0) kW

28,000 (7,900-34,100) Btu/h

*

* Available with the heat pump type.

The DC Inverter series features the Reluctance

DC motor for compressor and DC motor for fan.

This hi-tech energy-saving package is completed by Daikin’s advanced swing compressor and

PAM control. FTXS25E achieves a COP of 4.17,

48% higher than conventional model. This is the result of upgrading from conventional AC inverter to advanced DC Inverter technology.

FTXE25BVMA

FTXS25EVMA

COP

5.00

4.00

3.00

2.00

1.00

2.82

48% higher

4.17

3.09

33% higher

4.10

Cooling operation Heating operation

Inverter Advantages Compared to Non-Inverter

Inverters are devices that are able to vary their operating capacity by adjusting frequency. Inverter air conditioners can vary their heating/cooling capacity by adjusting the power supply frequency of their compressors. In contrast, non-inverter air conditioners have a fixed cooling/heating capacity and can only control the indoor temperature by starting or stopping their compressors.

Powerful

Inverter air conditioners operate at maximum capacity as soon as they start up. As a result, the set temperature can be reached more quickly.

Energy Saving

After the indoor temperature approaches the set temperature,

Inverter Control adjusts to low capacity operation to maintain this temperature. This makes inverter models more energy-saving than non-inverter models, which must repeatedly start or stop their compressors to maintain the room temperature.

Variable Capacity Operation

Inverter Power Control

Power source

High capacity

Low capacity

Non-inverter type air conditioner

Compressor

Power source

Constant speed rotation

Fixed capacity

Inverter air conditioners are able to vary their operating capacity. Non-inverter air conditioners can only operate at a fixed capacity.

Temp.

Raise frequency

Comfortable Temperature Control

Compressor off

Compressor

High-speed rotation

Lower frequency Low-speed rotation

Not cool

Comfortable

Inverter air conditioners finely adjust capacity according to changes in the

Set temp.

air-conditioning load and the difference between the indoor temperature and set temperature is small. These give higher comfort levels than with noninverter air conditioners.

Cools a room in less time

Too cool

Starts

Compressor off

Small temp.

difference

Time

During cooling operation

Non-inverter type

Inverter type

This diagram is a representation for illustrative purpose only.

7

Energy-Saving Technological Features

Swing Compressor

Swing compressor

Thanks to its smooth rotation, the swing compressor decreases friction and vibration. It also prevents the leakage of refrigerant gas during compression. These advantages provide quiet and efficient operation.

Reluctance DC motor

Swing bush

Refrigerant gas

Integral piston of blade and roller

The swing compressor can reduce operational vibration and sound because its piston moves smoothly inside the compressor.

Reluctance DC Motor for Compressor

Neodymium magnets are used in the pink-coloured area.

Daikin DC Inverter models are equipped with the Reluctance DC motor for compressor. The

Reluctance DC motor uses 2 different types of torque, neodymium magnet*

1

and reluctance torque* 2 . This motor can save energy because it generates more power with a smaller electric power than an AC or conventional DC motor. It is more efficient at the low frequencies most commonly used by air conditioners,*

3

improving efficiency by approximately 20%.

*1. A neodymium magnet is approximately 10 times stronger than a standard ferrite magnet.

*2. The torque created by the change in power between the iron and magnet parts.

*3. The frequency range used by air conditioners during periods of stable operation.

This is the range in which air conditioners operate for the longest periods.

Efficiency of Reluctance DC motor

* 4

Reluctance DC motor

90

80

70

60

More than 20%

AC motor

Conventional

DC motor

50

0 30

Small load

Low capacity

60 90 120

Rotational speed (rps)

Large load

High capacity

*4. Data are based on studies conducted under controlled conditions at a Daikin laboratory.

DC Motor for Fan

The DC motor allows fine rotation control, which reduces energy consumption. The motor also provides improvements in operational efficiency of up to 40%, compared to an AC motor. These improvements are particularly noticeable in the low-speed range.

Efficiency of DC motor for fan

*

5

(comparison with a conventional AC motor)

100

80

DC motor

60

Approx.

20% increase

40

20

Approx.

40% increase

AC motor

0

200 300 400 500 600 700 800 900 1000

Motor speed (rpm)

*5. Data are based on studies conducted under controlled conditions at a Daikin laboratory.

PAM Control

PAM (Pulse Amplitude Modulation) control reduces energy loss by controlling how often the converter switches on and off.

What Is DC Inverter?

Daikin calls an inverter model that is equipped with a DC motor DC Inverter. A DC motor offers higher efficiency than an AC motor. A DC motor uses the power of magnets to attract and repel to generate rotation. A DC motor that is equipped with high-power neodymium magnets, which enable even greater efficiency, is called a Reluctance

DC motor.

8

Intelligent Eye

Intelligent Eye prevents energy wastage by using its infrared sensor to detect human movement in a room.

When there is no movement, Intelligent Eye increases/ decreases the temperature by 2 C to give energy savings. This reduces energy wastage if, for example, you forget to turn off the air conditioner.

All models from 2.5 to 7.1 kW class are equipped with Intelligent Eye. This function can be conveniently activated from the remote controller.

Once Intelligent Eye is set, it continues to work to save energy. You do not need to push the SENSOR button each time you wish to use this function.

The Intelligent Eye indicator lights when movement is detected.

Intelligent Eye sensor

Top view

7 m

110˚

Side view

7 m

When you are in the room, the air conditioner maintains the set temperature.

If Intelligent Eye detects no human movement for 20 minutes, it automatically adjusts the set temperature by 2 C.

When you enter the room,

Intelligent Eye automatically returns the temperature to the set level.

Econo Mode button

Intelligent Eye button

Econo Mode

This function limits both the maximum running current and maximum power consumption to 70% of those during normal operation. It is particularly effective if the cooling/heating load is high, for example, at start-up or during large gatherings and periods of direct sunshine.

At the same time, it maintains maximum capacity at

80% of normal, giving improved operating efficiency, although it may take slightly longer to reach the set temperature.

Econo Mode is also useful for preventing circuit breakers from being overloaded during temporary peaks in the running current. The function is easily activated from the remote controller by pushing the

ECONO button. Econo Mode is available for

FTK(X)S25/35E.

Running current and power consumption

100%

Normal operation

70%

Econo

Mode

Maximum during normal operation

Maximum during

Econo Mode

From start-up until set temperature is reached

Time

• This diagram is a representation for illustrative purposes only.

• Maximum capacity decreases during Econo Mode, requiring

more time to reach the set temperature.

9

Indoor Unit Quiet Operation

This series gives you the choice of 5-step, Quiet or

Automatic settings for the fan speed. The Quiet setting selects Indoor Unit Quiet Operation. This function decreases the operation sound level by 3 dB (A) below the Low setting.

This wide range of settings allows you to precisely control the fan speed according to your requirements.

For example, Indoor Unit Quiet Operation provides you with a good night’s sleep. The sound level for FTK(X)S

25E is 22 dB (A).

FTK(X)S25E

Fan speeds

High (H)

Low (L)

Quiet (SL)

During cooling operation

Sound levels

37 dB (A)

25 dB (A)

22 dB (A)

3 dB (A)

Fan speed

Sound level

Auto

Low

SL L M

Each decrease in airflow volume reduces the sound level.

H

High

Indoor Unit Quiet Operation icon

Selects fan speed and

Indoor Unit Quiet Operation

Outdoor Unit Quiet Operation

Outdoor Unit Quiet Operation

Outdoor Unit Quiet Operation is available for all models from 2.5 to 7.1 kW class. This function decreases the operation sound level by 3 or 4 dB (A) below the rated operation. It provides a low sound level of 43 dB (A) for

RK(X)S25EB.

Capacity may decrease when Outdoor Unit Quiet Operation is selected.

RK(X)S25EB

Operations Sound levels

Rated (H)

46 dB (A)

3 dB (A)

Quiet (L)

During cooling operation

43 dB (A)

22 dB (A) Is So Quiet You Can Even Hear Whispers

20 22

Indoor unit

30 40 43

Outdoor unit

50

(dB (A))

10

Rustling of leaves Library

Pendulum of a wall clock Normal office

Based on “Examples of Sound Levels”, Ministry of the Environment, Japan,

November 12, 2002

Titanium Apatite Photocatalytic

Air-Purifying Filter

Titanium apatite is a new photocatalytic material with advanced adsorption power. While the filter’s micronlevel fibres trap dust, this photocatalyst effectively adsorbs and decomposes bacteria.

The photocatalyst is activated simply by exposure to light. The filter delivers consistent performance for approximately 3 years if periodic maintenance is performed.

Titanium Apatite

Photocatalytic

Air-Purifying Filter

Bacteria removal test

Testing method: Dropping method

Testing organisation: Japan Spinners Inspecting Foundation

Result certificate: No. 012553-1 and 012553-2

This filter is not a medical device. Benefits such as the adsorption and decomposition of bacteria are only effective for substances that are collected on and in direct contact with the Titanium Apatite Photocatalytic Air-Purifying Filter.

Effect of Titanium Apatite Photocatalyst

Adsorbs Removes

Light

Apatite adsorbs bacteria.

At the same time, the photocatalyst oxidises odour components, breaking them down.

Odours

Bacteria

Decomposed

Deactivated

Titanium Apatite Photocatalyst

Air filter

Catches dust

Photocatalyst Mechanism

The Titanium Apatite Photocatalytic Air-Purifying Filter incorporates titanium apatite. Titanium apatite is a new photocatalyst material with advanced adsorption power.

When this photocatalyst is exposed to light, a powerful oxidising action occurs.

Light

Photocatalyst

Odours

Active particles

Light strikes the photocatalyst and activates the surface particles.

Odours

A chemical reaction decomposes the odours into CO

2

, O

3

and H

2

.

The odourless substances are released into the air.

11

Mould-Proof Operation

When cooling or dry operation is stopped, fan-only operation runs automatically for 1 hour. This airflow dries the inside of the indoor unit to reduce the generation of mould and odours. It is available with

FTK(X)S25/35E.

Wipe-Clean Flat Panel

Flat panel models can be cleaned instantly with a single wipe of a cloth across their smooth surface. If more thorough cleaning is required, the panel can also be easily removed from the unit.

Conventional Front Grille Design

1. Difficult to remove dust on the grille through wiping alone

Dust

2. Reduced capacity due to increased suction resistance

Front grille design units collect dust on their air inlet grilles unless these grilles are cleaned regularly.

3. High sound levels due to increased suction resistance

12

Inverter Powerful Operation

Inverter Powerful Operation boosts cooling/heating performance for a 20-minute period. This is convenient both when you first turn on your air conditioner and when you want to quickly change the temperature during operation.

Vertical Auto-Swing (up and down)

Horizontal Auto-Swing (left and right)

3-D Airflow

Vertical Auto-Swing automatically moves the flaps up and down and Horizontal Auto-Swing automatically moves the louvers to the left and right. 3-D Airflow combines Vertical and Horizontal Auto-Swing to circulate air to every part of a room for uniform cooling/heating of even large spaces.

Horizontal Auto-Swing and 3-D Airflow are available for FTK(X)S50/60/71F.

Power-Airflow Dual Flaps

Wide-Angle Louvers

Power-Airflow Dual Flaps and Wide-Angle Louvers work in tandem to precisely control both vertical and horizontal airflow for distribution of air.

Power-Airflow Dual Flaps

Cooling: the flaps flatten out during operation so that cool air slides off to reach the corner of the room.

Wide-Angle Louvers

Heating: the flaps descend to blow warm air directly down to the floor to quickly warm the whole room.

From a corner to the centre

The louvers can be adjusted by hand for

FTK(X)S25/35E and with the wireless remote controller for

FTK(X)S50/60/71F.

Covers even a spacious room

13

Indoor Unit On/Off Switch

The unit can be conveniently started manually in the event the wireless remote controller is misplaced or the wireless remote controller batteries are not charged.

Indoor Unit On/Off Switch

Night Set Mode

Pressing the Off timer button automatically selects Night

Set Mode. This function prevents excessive cooling or heating for your pleasant sleep. Room temperature is raised by 0.5 C after 60 minutes for cooling operation and the temperature is lowered by 2 C after 60 minutes for heating operation.

+0.5 C

Set temp. before

Off timer begins to operate

Cooling

2 C Heating

Time

60 minutes

Off timer turns on Off timer stops air conditioner

Cooling operation: Room temperature is raised by 0.5 C after 60 minutes.

Heating operation: Room temperature is lowered by 2 C after 60 minutes.

Home Leave Operation

Home Leave Operation prevents large rises or falls in the indoor temperature by continuing operation* while you are sleeping or out of your home. This means that an air-conditioned welcome awaits when you wake or return. It also means that the indoor temperature can quickly return to your favourite comfort setting.

* Home Leave Operation can be set at any temperature from 18 to 32 C for cooling operation and 10 to 30 C for heating operation.

Home Leave Operation is available for FTK(X)S50/60/71F.

During cooling operation, 23 C for the room temperature setting, and

28 C for the Home Leave setting.

23 C

28 C

23 C

Anticorrosion Treatment of Outdoor

Heat Exchanger Fins

The outdoor unit’s heat exchanger fins are processed using a special anticorrosion treatment. The surface is covered with a thin acrylic resin layer to enhance the fins’ resistance to acid rain and salt corrosion. A hydrophilic film layer also prevents rust caused by the run off of water droplets.

Cross section of anticorrosion-treated fin

Hydrophilic film

Aluminium

Corrosion-resistant acrylic resin

Heat exchanger fin

One push!!

Start Home Leave

Operation simply by pushing its button on the remote controller.

When you are out of your home, your air conditioner prevents large rises/falls in the indoor temperature by continuing to operate using Home Leave

Operation settings.

Wide Operation Range

With the heat pump type FTXS50/60/71F, cooling operation is possible even during outdoor temperatures of as low as 10 C. Heating operation can also be performed during outdoor temperatures of 15 to 18 C.

This makes these units ideal for even very cold areas.

Heat pump type

FTXS50/60/71F

50

40

30

20

10

0

10

20

Cooling

50

40

30

20

10

0

10

20

Heating

Push again!!

When you return, you will be greeted by an airconditioned room. Just push the HOME LEAVE button again to return to your previous settings.

Installation Flexibility

A long piping length gives installation flexibility.

Installation is possible even if there is no space for the outdoor unit near the indoor unit.

FTK(X)S25/35E

FTK(X)S50/60/71F

Max. piping length

20 m

30 m

Max. height difference

15 m

20 m

14

Function Dictionary

Comfortable Airflow

Power-Airflow Dual Flaps

Power-Airflow Dual Flaps can flatten out during cooling operation to deliver cool air to the corners of a room. The flaps can direct warm air straight down to the floor during heating operation.

See page 13

Wide-Angle Louvers

The smoothly curved Wide-Angle Louvers provide wide airflow coverage for effective operation no matter where the indoor unit is placed in a room.

See page 13

Vertical Auto-Swing (up and down)

This function automatically moves the flaps up and down to distribute air across a room.

See page 13

Horizontal Auto-Swing (left and right)

Horizontal Auto-Swing automatically moves the louvers to the left and right to cover a room with cool/warm air.

See page 13

3-D Airflow

This function combines Vertical and Horizontal Auto-

Swing to circulate a cloud of cool/warm air right to the corners of even large spaces.

See page 13

Lifestyle Convenience

Econo Mode

This mode limits maximum running current and power consumption to 70% of normal operation, while maintaining maximum capacity at 80%. This improves operating efficiency and also prevents circuit breakers from being overloaded.

See page 9

Inverter Powerful Operation

This function is convenient for boosting cooling/heating performance for a 20-minute period both when you first turn on your air conditioner or want to quickly change the room temperature.

See page 13

Home Leave Operation

Home Leave Operation continues operation to prevent a room from becoming too hot or cold, while you are sleeping or out of your home. Select any temperature from 18 to 32 C for cooling operation and 10 to 30 C for heating operation.

See page 14

Indoor Unit On/Off Switch

The unit can be conveniently started manually in the event the wireless remote controller is misplaced or the wireless remote controller batteries are not charged.

See page 13

15

Comfort Control

Indoor Unit Quiet Operation

Indoor unit operating sound levels are decreased by 3 dB

(A) from the Low setting fan speed using the wireless remote controller.

See page 10

Outdoor Unit Quiet Operation

Outdoor unit operating sound levels are decreased by 3 or 4 dB (A) from the rated operation sound using the wireless remote controller.

See page 10

Intelligent Eye

Intelligent Eye with its infrared sensor automatically controls air conditioner operation according to human movement in a room. When there is no movement, it adjusts the temperature by 2 C for energy savings.

See page 9

Automatic Operation

This function automatically selects cooling or heating operation mode based on the room temperature at start-up.

Programme Dry Function

This function automatically reduces the level of humidity.

Auto Fan Speed

The microprocessor automatically controls fan speed to adjust the room temperature to the set temperature.

Timers

24-Hour On/Off Timer

This timer can be preset to start and stop at any time within a 24-hour period. The air conditioner is started/ stopped simply by pressing the On/Off timer button on the wireless remote controller.

Night Set Mode

Pressing the Off timer button automatically selects Night

Set Mode. This function prevents excessive cooling or heating for your pleasant sleep. Room temperature is raised by 0.5 C after 60 minutes for cooling operation and the temperature is lowered by 2 C after 60 minutes for heating operation.

See page 13

Worry Free

Auto-Restart after Power Failure

The air conditioner memorises the settings for mode, airflow, temperature, etc., and automatically returns to them when power is restored after a power failure.

Self-Diagnosis with Digital Display

Malfunction codes are shown on the digital display panel of the wireless remote controller for fast and easy maintenance.

Anticorrosion Treatment of Outdoor

Heat Exchanger Fins

The outdoor unit’s heat exchanger fins are processed using a special anticorrosion treatment. The surface is covered with a thin acrylic resin layer to enhance the fins’ resistance to acid rain and salt corrosion.

See page 14

Function List

Cleanliness

Titanium Apatite Photocatalytic

Air-Purifying Filter

This filter contains the new photocatalytic material titanium apatite. While the filter’s micron-level fibres trap dust, this photocatalyst adsorbs and decomposes bacteria. The filter can be used for up to 3 years with proper maintenance.

See page 11

Mould-Proof Operation

Mould-Proof Operation automatically runs fan-only operation for 1 hour when cooling or dry operation is stopped. This airflow prevents the generation of mould and mould odours inside the indoor unit.

See page 12

Wipe-Clean Flat Panel

The flat panel models can be cleaned with only the single pass of a cloth across their smooth surface. The flat panel can also be easily removed for more thorough cleaning.

See page 12

Others

Comfort Control

Quick Warming Function

During low outdoor temperatures, this function pre-heats the compressor to shorten the time required to discharge warm air.

Automatic Defrosting

Before starting heating operation, a sensor checks for frost in the outdoor unit and performs automatic defrosting if necessary so that only warm air is discharged.

Hot-Start Function

After defrosting or when starting heating operation, air is preheated before discharge to prevent uncomfortable cold drafts.

Indoor unit

Functions

Models

Wall-mounted type

FTK(X)S

25/35E

FTK(X)S

50/60/71F

DC Inverter

Power-Airflow

Dual Flaps

Wide-Angle Louvers

Vertical Auto-Swing

(up and down)

Horizontal Auto-Swing

(left and right)

3-D Airflow

Indoor Unit Quiet

Operation

Intelligent Eye

Automatic Operation*

Programme Dry

Function

Auto Fan Speed

Econo Mode

Inverter Powerful

Operation

Home Leave

Operation

Indoor Unit On/Off

Switch

Titanium Apatite

Photocatalytic

Air-Purifying Filter

Mould-Proof

Operation

Wipe-Clean Flat Panel

24-Hour On/Off Timer

Night Set Mode

Auto-Restart after

Power Failure

Self-Diagnosis with

Digital Display

* Available with the heat pump type.

Outdoor unit

Models

RKS25/35EB

RXS25/35EB

RKS50/60/71F

RXS50/60/71F

Functions

Comfort Control

Outdoor Unit

Quiet Operation

Anticorrosion Treatment of Outdoor Heat

Exchanger Fins

Worry Free

16

Easy-to-Use Wireless Remote Controller

Wireless remote controller for FTK(X)S25/35E

Vertical Auto-Swing

(up and down)

Selects fan speed and

Indoor Unit Quiet Operation

Selects mode: automatic, cooling, heating, dry, fan-only operation

Outdoor Unit Quiet Operation

*

Mould-Proof Operation

Intelligent Eye

Cancels On/Off Timer

24-Hour On Timer

24-Hour Off Timer

and Night Set Mode

Sets timer

Sets clock

Wireless remote controller for FTK(X)S50/60/71F

Econo Mode

On/Off Switch

Sets room temperature

Inverter Powerful Operation

*Available with the heat pump type.

Vertical Auto-Swing

(up and down)

Selects fan speed and

Indoor Unit Quiet Operation

Selects mode: automatic, cooling, heating, dry, fan-only operation

Outdoor Unit Quiet Operation

*

Intelligent Eye

Horizontal Auto-Swing

(left and right)

Cancels On/Off Timer

24-Hour On Timer

24-Hour Off Timer

and Night Set Mode

Sets timer

Sets clock

Home Leave Operation

On/Off Switch

Sets room temperature

Inverter Powerful Operation

*Available with the heat pump type.

17

Specifications

FTK(X)S25/35E

Model name

Capacity

Indoor unit

Outdoor unit

Rated

Cooling

(Min.-Max.)

Heating

Rated

(Min.-Max.) kW

Btu/h kW

Btu/h

Power supply

Running current

Power consumption

COP

Cooling

Heating

Cooling

Heating

Cooling

Heating

Rated

Rated

(Min.-Max.)

Rated

Indoor unit

Front panel colour

Airflow rate (H)

Operation range

Piping connections

Cooling

Heating

Fan speed

Sound levels

(H/L/SL)

Cooling

Heating

Dimensions (H x W x D)

Machine weight

Outdoor unit

Casing colour

Type

Compressor

Motor output

Refrigerant charge (R-410A)

Sound levels (H/L)

Cooling

Heating

Dimensions (H x W x D)

Machine weight

Cooling

Heating

Liquid

Gas

Drain

Max. piping length

Max. height difference m

3

A

W

W/W

/min

(cfm) dB (A) mm kg

W kg dB (A) mm kg

CDB

CWB mm m

FTKS25EVMA

RKS25EBVMA

2.5 (1.2-3.0)

8,500 (4,100-10,200)

3.5

Cooling only

600 (300-800)

FTKS35EVMA

RKS35EBVMA

3.5 (1.2-3.8)

11,900 (4,100-12,950)

FTXS25EVMA

Heat pump

FTXS35EVMA

RXS25EBVMA

2.5 (1.2-3.0)

8,500 (4,100-10,200)

3.4 (1.2-4.5)

RXS35EBVMA

3.5 (1.2-3.8)

11,900 (4,100-12,950)

4.0 (1.2-5.0)

13,600 (4,100-17,050) 11,600 (4,100-15,350)

1 phase, 220-240 V/220-230 V, 50/60 Hz

4.9

1,020 (300-1,200)

3.5

4.3

600 (300-800)

830 (290-1,340)

4.9

5.1

1,020 (300-1,200)

1,080 (290-1,550)

4.17

FTKS25EVMA

3.43

3.70

FTXS35EVMA

8.7 (307)

37/25/22

3.43

FTKS35EVMA

4.17

4.10

FTXS25EVMA

White

8.9 (314) 8.7 (307)

9.4 (332)

5 steps, quiet and automatic

38/26/23 37/25/22

283 x 800 x 195

37/28/25

8.9 (314)

9.7 (342)

38/26/23

38/29/26

RKS25EBVMA

46/43

9

RKS35EBVMA RXS25EBVMA

Ivory white

Hermetically sealed swing type

600

1.0

47/44 46/43

47/44

550 x 765 x 285

34

RXS35EBVMA

47/44

48/45

10 to 46 10 to 46

10 to 20

6.4

9.5

18.0

20

15

Note: The above values are based on operation with a 220 V, 50 Hz power supply.

Measurement conditions

1. Cooling capacity is based on: indoor temp. 27 CDB, 19 CWB; outdoor temp. 35 CDB; piping length 7.5 m.

2. Heating capacity is based on: indoor temp. 20 CDB; outdoor temp. 7 CDB, 6 CWB; piping length 7.5 m.

3. Sound levels are based on the temperature conditions 1. and 2. above. These are anechoic conversion values. These values are normally somewhat higher during actual operation as a result of ambient conditions.

Specifications

FTK(X)S50/60/71F

Model name

Capacity

Indoor unit

Outdoor unit

Rated

Cooling

(Min.-Max.)

Rated

Heating

(Min.-Max.) kW

Btu/h kW

Btu/h

Power supply

Cooling

Running current

Heating

Cooling

Power consumption

Heating

COP

Cooling

Heating

Indoor unit

Front panel colour

Airflow rate (H)

Rated

Rated

(Min.-Max.)

Rated

Cooling

Heating

W/W m

3

A

W

/min

(cfm)

Fan speed

Sound levels

(H/L/SL)

Dimensions (H x W x D)

Machine weight

Outdoor unit

Casing colour

Compressor

Refrigerant charge (R-410A)

Cooling

Sound levels (H/L)

Heating

Dimensions (H x W x D)

Machine weight

Type

Motor output

Cooling

Operation range

Heating

Liquid

Piping connections

Cooling

Heating

Gas

Drain

Max. piping length

Max. height difference dB (A) mm kg

W kg dB (A) mm kg

CDB

CWB mm m m

FTKS50FVM

RKS50FVM

5.0 (1.7-6.0)

17,100 (5,800-20,500)

7.2

1,550 (440-2,080)

3.23

FTKS50FVM

14.7 (519)

43/34/31

RKS50FVM

47/44

1,100

1.50

47

Cooling only

FTKS60FVM

RKS60FVM

6.0 (1.7-6.7)

20,500 (5,800-22,900)

9.2

FTXS50FVMA

RXS50FVMA

5.0 (1.7-6.0)

Heat pump

FTXS60FVMA

19,800 (5,800-26,300) 23,900 (5,800-27,300)

1 phase, 220-240 V/220-230 V, 50/60 Hz

11.5

17,100 (5,800-20,500)

5.8 (1.7-7.7)

1,990 (440-2,400)

FTKS71FVM

RKS71FVM

7.1 (2.3-8.3)

24,200 (7,800-28,300)

2,510 (570-3,580)

7.2

7.4

1,550 (440-2,080)

1,600 (400-2,530)

RXS60FVMA

6.0 (1.7-6.7)

20,500 (5,800-22,900)

7.0 (1.7-8.0)

9.2

9.4

1,980 (440-2,390)

2,040 (400-2,810)

3.02

FTKS60FVM

16.2 (572)

2.83

3.23

3.63

FTKS71FVM FTXS50FVMA

White

17.4 (614) 14.7 (519)

16.2 (572)

3.03

3.43

FTXS60FVMA

16.2 (572)

17.4 (614)

45/36/33

RKS60FVM

49/46

5 steps, quiet and automatic

46/37/34 44/35/32

42/33/30

290 x 1,050 x 238

RKS71FVM

12

RXS50FVMA

Ivory white

Hermetically sealed swing type

1,920

1.70

53/49 47/44

48/45

45/36/33

44/35/32

RXS60FVMA

1,100

1.50

49/46

49/46

735 x 825 x 300

55

10 to 46

48

15 to 18

6.4

12.7

15.9

12.7

18.0

30

20

FTXS71FVMA

RXS71FVMA

7.1 (2.3-8.5)

24,200 (7,800-29,000)

8.2 (2.3-10.0)

28,000 (7,900-34,100)

10.8

11.6

2,360 (570-3,200)

2,520 (520-3,730)

3.01

3.25

FTXS71FVMA

17.4 (614)

21.5 (759)

46/37/34

46/37/34

RXS71FVMA

1,920

2.30

52/49

52/49

770 x 900 x 320

71

15.9

Note: The above values are based on operation with a 220 V, 50 Hz power supply.

Measurement conditions

1. Cooling capacity is based on: indoor temp. 27 CDB, 19 CWB; outdoor temp. 35 CDB; piping length 7.5 m.

2. Heating capacity is based on: indoor temp. 20 CDB; outdoor temp. 7 CDB, 6 CWB; piping length 7.5 m.

3. Sound levels are based on the temperature conditions 1. and 2. above. These are anechoic conversion values. These values are normally somewhat higher during actual operation as a result of ambient conditions.

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