VRV IV System Download Brochure

Cooling Only / Heat Pump 50 Hz

NextGeneration

VRV IV

DAME 15-016Email: [email protected]

02

Next Generation

* VRV is a trademark of Daikin Industries, Ltd.

First launched in Japan in 1982, the Daikin VRV system

has been embraced by world markets for over 30 years.

Now, Daikin proudly introduces the next generation VRV IV s

It now offers an enhanced lineup to meet an ever

wider variety of needs while improving energy savings,

comfort, and ease of installation.

Enhanced lineup6 to 60 HP6 to 60 HP6 to 60 HP

Ease of installationCompact & lightweight designCompact & lightweight designCompact & lightweight design

Next Generation VRV IV System

03

INDEX

P04

P13

P14

P24

P36

P38

Main Features

Outdoor Unit Lineup

Indoor Unit Lineup

Outdoor Unit Combinations

Specifications

P37Option List

Control Systems

First launched in Japan in 1982, the Daikin VRV system

has been embraced by world markets for over 30 years.

Now, Daikin proudly introduces the next generation VRV IV system.

It now offers an enhanced lineup to meet an ever

wider variety of needs while improving energy savings,

comfort, and ease of installation.

Energy savingHigher COP and VRT technology

ComfortLower operation sound

04

Excellent Operation Performance

Comfort

Ease of installation

Improve heat exchanger efficency, helps to reduced operation sound.

Lower operation sound

Enhanced Lineup

Peak in outdoor temperaturePeak in outdoor temperaturePeak in outdoor temperature

Enable night mode Enable night mode Enable night mode

Outdoor PCB automatically memorises the time when the peak outdoor temperature appears. It will enable quiet operation mode after 8 h*1, and return to normal mode after it keeps for 9 h*2.

*1 8 h is the initial setting with 6 h or 10 h also available.*2 9 h is the initial setting with 8 h or 10 h also available.

Notes: · This function is available in setting at site.· The operating sound in quiet operation mode is the actual value

measured by our company. · The relationship of outdoor temperature (load) and time shown

above is just an example.

Streamlined air grilleIt promotes the discharge of swirling airflow, further reducing the pressure loss.

Streamlined scroll fanThe sharp edge of each fan blade has a certain curvature, reducing both the vibration and the pressure loss.

Streamlined scroll fan

Illustrated fan

Ope

ratin

g so

und

(dB

)Lo

ad

(%)

Cap

acity

(%

) Night mode

min. 40 dB(A)

8 hrs

8:00

50

60

50

100

0

40

57

12:00 16:00 20:00 0:00 4:00 8:00

9 hrs

VRV IV VRV IV

6 HP 8 HP 10 HP 12 HP

57

55 56 57 59

57 58 601˜2 dB(A) reduction thanconventional model

Sound level(dB(A))

Compact & lightweight design

Highly-integrated VRV system offers compact outdoor units to achieve maximum utilisation of the installation space.

Installation Space0.71 m2

25%Decrease

Product Weight195 kg

32%Decrease

VRV 12 HP

VRV 12 HP 12 HP

12 HP

Nighttime quiet operation function

Without increasing operation sound, advanced analytic technologies are utilised to optimise fan design and increase airflow rate and high external static pressure.

Large airflow, high static pressure and quiet technology

1,240 mm765 mm

765 mm930 mm

Lineup

HP

Standard Type

Mo/C New Lineup

Product Weight285 kg

Installation Space0.95 m2

Offers higher capacity of up to 60 HP6 HP-60 HP with 3 new models lineup

3.94 3.94

Product Weight 490 kg

14%Decrease

22%Decrease

Installation Space 1.66 m2

380 kg

1.42 m2

Up to60 HP

20 HP

COP during cooling operation

VRV

VRT-Variable Refrigerant Temperature

05

How is energy reduced?During cooling, the refrigerant evaporating temperature (Te) is raised to minimise the difference with the condensing temperature.During heating, condensing temperature (Tc) is lowered to minimise the difference to the evaporating temperature. Compressors work less, and this reduces power comsumption.

State-of-the-art energy saving technology for VRV system

CompressorCompressor

(During cooling)

Evaporator

Condenser

Evaporating temperature raisedCompressor workload reduced

Indoor unitheat exchanger

CompressorCompressor

Evaporator

Condenser

Indoor unitheat exchanger

(During heating)

Condensing temperature lowered Compressor workload reduced

Co

oli

ng

lo

ad&

cap

acit

y

25%

100%

Outdoor Temp.

Capacitychanges to match heat load

Refrigerant cycle

Typical changes in evaporating temperature and COP depending on changing indoor load

Outdoor Temp.

VRT

Without VRT

Lo

wH

igh

Lo

wH

igh

Ref

rig

eran

t ev

apo

rati

ng

tem

p.

/

Automatic control to adjust temperature

Outdoor Temp.

CO

P

Without VRT

VRT

Lo

wH

igh

Customise your VRV system for optimal annual efficiency

The new VRV IV system now features VRT technology.VRT automatically adjusts refrigerant temperature to individual building and climate requirement, thus further improving annual energy efficiency and maintaining comfort.With this excellent technology, running costs are reduced.

Required capacity changes as air conditioning load changes according to outdoor temperature.

Energy efficiency is improved without sacrificing comfort.

Automatic control adjusts evaporating temperature to heat load change.

In case of fixed evaporating temperature, excessive cooling, thermo on-off loss, and other inefficiencies occur.

06

Can boost capacity above 100% if needed. The refrigerant temperature can go lower in cooling (higher in heating) than the set minimum (maximum in heating).

Gives priority to very fast reaction speed. The refrigerant temperature goes down (or up in heating) fast to keep

the room setpoint stable.

Gives priority to fast reaction speed. The refrigerant temperature goes down (or up in heating) fast to keep

the room setpoint stable.

Gives priority to efficiency. The refrigerant temperature goes down (or up in heating) gradually giving

priority to the efficiency of the system instead of the reaction speed.

Mildmode

Quickmode

Powerfulmode

Variable Refrigerant TemperatureFixed Refrigerant Temperature

High Sensible ModeFixed target Te

Auto ModeFloating target Te/Tc depending on heat load

Basic ModeFixed Te/Tc - Standard control

(default setting on VRV IV)

Unable to change Te

Powerful ModePowerful Mode

Reaction speed Very Fast

Quick ModeQuick Mode

Reaction speed Fast

Mild ModeMild Mode

Reaction speed Medium

Eco ModeEco Mode

Energy saving priorityCapacity priority

40

35

30

25

20

15

0Mar. Jun. Sep. Dec.

Av. max. temp. Av. daily temp. difference

Av. min. temp.

(Typical example)

Out

door

Tem

p. (

ºC)

VRT is particularly effective at night when temperatures are low.

40

35

30

25

20

15

0Mar. Jun. Sep. Dec.

Av. max. temp.

Heatingperiod

Heatingperiod

Intermediateperiod

IntermediateperiodCooling period

Av. min. temp.

Out

door

Tem

p. (

ºC)

Set temperature

Very Fast Time

30

Start ofcooling

25

FastMedium

Indo

or T

emp.

(ºC

)

VRT offers quicker cool downto shorten uncomfortable pull down time.

Mild

Quick

Powerful

Floating Te/Tc Fixed Te

(Typical example)

Fine control to match user preference available through mode selection

Recommended for use in these situations

Basic mode is selected to maintain optimal comfort.VRT is selected to save energy and prevent excessive cooling or heating.

Cooling only regions having differences in daily temperature.

Cooling/heating regions having periods of mild outdoor temperatures.

VRT is particularly effective during the intermediate periods.

Selecting VRT enables operation to be optimised for either energy efficiency or rapid cooling/heating.

More options for installation location

07

The long piping length provides more design flexibility, which can match even large-sized buildings.

Long piping length

For connection of only VRV indoor units

Conditions of VRV indoor unit connection capacity

Connection capacity at maximum is 200%.

Connection ratio

Note:

*1 For the FXFQ25LU,FXFQ-S and FXVQ models, maximum connection ratio is 130% for the entire range of outdoor units.

If the operational capacity of indoor units is more than 130%, low airflow operation is enforced in all the indoor units.

*Refer to page 67-68 for outdoor unit combination details.

50%–200%Connection ratio

Single outdoor units

Double outdoor units

Triple outdoor units

FXDQ, FXMQ-P, FXAQ models

Applicable VRV indoor units

200%

Other VRV indoorunit models*1

200%

160%

130%Connection ratio =

Total capacity index of the indoor units

Capacity index of the outdoor units

1. No special requirements up to 40 m. The maximum actual piping length can be 90 m, depending on conditions. Various conditions and requirements have to be met to allow utilisation of 90 m piping length. Be sure to refer to the Engineering Data Book for details of these conditions and requirements.

2. When level differences are 50 m or more, the diameter of the main liquid piping size must be increased and connection ratio must be 80% to 130%. If the outdoor unit is above the indoor unit, a dedicated setting on the outdoor unit is required. Refer to the Engineering Data Book and contact your local dealer for more information.

Maximumallowablelevel difference

Maximumallowablepiping length

Between the outdoor unitsand the indoor units

Between the indoor units

Between the outdoor units (Multiple use)

Between the first indoor branch and the farthest indoor unit

Between the outdoor branch and the last outdoor unit

Total piping length

Refrigerant piping length

30 m

5 m

90 m

—

—

q

s

r

r

a+b+c+d+e+f+g+h+i

a+f+g+h+i

f+g+h+i

k+p

165 m 190 m

1000 m

10 m 13 m

Actualpiping length

Equivalentpiping length Example

Level Difference Example

If the outdoor unit is above.

If the outdoor unit is below.

p

q

k

First outdoor branch

fa

b

Firstindoor branch

Multiple use

*The rest of indoor units are the same as for single use.

90 m*1

90 m 2

Max.

30 m

Max.

90 m

165 m

190 m

1000 m

Max. equivalent piping length

90 m 2

Max. actual piping length

Max. total piping length

30 mMax. level differencebetween the indoor units

Max. level differencebetween the outdoor unitsand the indoor units

a

i

s

r

hgf

edcbFirst indoor branch

Single use

Colours in the diagram above are merely for identifying pipes referenced with symbols such as a .

2

15 m higher than VRV

More Flexible System Design

More Flexible System Design

08

Maximum allowablepiping length

Minimum allowable piping length

When a mixed combination of VRV and residential indoor units is connectedor when only residential indoor units are connected

Maximum allowablelevel difference Between the outdoor unit

and the indoor unit

Between BP unitand indoor unit

Between the indoor units

Between BP units

Between the first indoor branch and the farthest BP unit orbetween the first indoor branch and the farthest VRV indoor unit

Total piping length

Refrigerant piping length

Between outdoor unit and the first indoor branch

15 m

15 m

l

m

n

n

o

a+b+c+d+e+f+g+h+i+j+k

b+c+g, b+c+d

a+b+c+g+k, a+b+c+d

h, i, j, k

a

100 m

250 m

2 m–15 m

2 m–12 m

2 m–8 m

50 m*1

5 m

Actualpiping length Example

Level Difference Example

50 mIf the outdoor unit is above.

If the outdoor unit is below.

If indoor unit capacity index < 60.

If indoor unit capacity index is 60.

If indoor unit capacity index is 71.

40 m

40 m

*1. When the piping length exceeds 20 m, the size of the main pipes (the gas side and the liquid side) must be increased. Please refer to Engineering Data Book for details.

*When a mixed combination of VRV and residential indoor units is connected or when only residential indoor units are connected, connection ratio must be 50% to 130% for cooling only models and 80% to 130% for heat pump models. Refer to page 68 for outdoor unit combination details.

Max.

50 m

Max.

40 mMax.

15 m

Max.

15 m

a

o

l

n

dcb

gfeFirst indoor branch

mh i

VRV : VRV indoor unitRA : Residential indoor unitBP : BP unit

For mixed combination of VRV and residential indoor units

j

k

Between the outdoor unit and the BP unit

BP

RA RA

RA

RA

VRV

VRV

BP

Colours in the diagram below are merely for identifyingpipes referenced with symbols such as a .

78.4 PaMore options in the opening/angle of louvreOutstanding heat dissipation effect in both hierarchical and intensive arrangement

VRV IV outdoor unit has been achieved high external static pressure up to 78.4 Pa, ensuring the efficient heat dissipation and stable operation of equipment in either hierarchical or intensive arrangement.

78.4 PaMore options in the opening/angle of louvreOutstanding heat dissipation effect in both hierarchical and intensive arrangement

High external static pressure

Reliable and Stable System

Daikin VRV IV system incorporates a simplified and efficient test operation function, not only greatly accelerating the installation process, but effectively improving the field setting quality as well.

Efficient automatic test operation

Automatically checks the wirings between outdoor units and indoor units to confirm whether there is a defective wiring.

Confirms and corrects the actual piping length.

Automatically check whether the stop valve in each outdoor unit is in normal status to ensure the smooth operation of air conditioning system.

Automatic check

Simplified commissioning and after-sales service

VRV IV system utilises 7-segment luminous digital tubes to display system operation information, enabling the operational state to be visually displayed whilst facilitating simplified commissioning and after-sales service.

Function of information display by luminous digital tube

The VRV configurator is an advanced software solution that allows for easy system configuration and commissioning.

less time is required on the roof configuring the outdoor unit.

multiple systems at different sites can be managed in exactly the same way, thus offering simplified commissioning for key accounts.

Initial settings on the outdoor unit can be easily retrieved.

VRV configurator

Multiple advanced features ensuring more accurate test operation and stable system

Wiring check

Piping check

Stop valve check

Simplifiedcommissioning

Retrieve initialsystem settings

Displays system operation information directly

Figures out system operation information by reading light emitting state of different diodes, which is both inefficient and fallible.

7-segment digital display Conventional LED display

09

Reliable and Stable System

Outdoor unit sequencing technology

Automatic sequencing operation

During start-up, Daikin VRV IV unit sequencing operation will be automatically enabled toensure balanced operation of each outdoor unit to improve longevity of equipment and stable operation.

Double backup operation functions responding resiliently to various unexpected situations

Stage 1 Stage 2 Stage 3

Priority: Priority: Priority:

Daikin VRV IV system boasts double backup operation functions, which can secure the use of air conditioners in this area to the greatest extent by emergently enabling double backup operation functions even if failure occurs in a set of air conditioning equipment.In the event of a failure, emergency operation can be conveniently enabled to allow the remaining system to operate in a limited fashion.

Double backup operation functions

Unit backup operation function

If malfunction occurs in an outdoor unit...Emergency operation can be conveniently set and enabled by the remote controller for indoor unit (for systems composed of two or more outdoor units ).

If malfunction occurs in a compressor...Emergency operation can be easily set and enabled by the outdoor unit (for a single outdoor unit system RX(Y)Q14-20TY1 models).

Compressor backup operation function

AutomaticsequencingAutomatic

sequencingAutomatic

sequencingAutomatic

sequencing

10

Large capacity all DC inverter compressor in compact casing

Highly integrated heat exchanger

Large capacity inverter compressor using high tension strength material,realise 12 HP compressor using 8 HP casing.

Small sizing coil end using concentrated winding, reduce copper loss (winding resistance).

Improve motor efficiency in low rpm range (improve intermediate efficiency).

Distributed winding motor(Current 8 HP compressor)

Concentrated winding motor(New 12 HP compressor)

Coilend

Gives 2.4 times tensile strength compare to conventional materialNew Material: 600 MPa Conventional Material : 250 MPa Increase compression chamber volume by using thin spiral design.

As a result of having thinned a wall - thickness of the scroll, compression chamber volume increase 50%

Improve performance by increasing heat exchanger area while maintaining the same installation space.

Change fin shape from fine louvre to waffle fin. Fin pitch can be reduced fin pitch from 2.0 mm to 1.4 mm, to realise unit efficiency which increased heat exchanger area.

Realise highly integrated heat exchanger performance(increase row, reduce fin pitch) by reducing of airflow resistance which changes cooling tube to Ø7.

Heat exchangerarea

Contribution of COP(cooling)

10 HP16 HP

13%UP 105.5%24%UP 111.5%

Fine Louvre Fin Waffle Fin

3 row with small pipe design,increases heat transfer efficiency

20 HP

Development of high strength material

Small type high efficiency concentrated winding motor

VRV

Advanced Technologies AchieveExcellent Performance

11

12

Various advanced control main PC board

Computer control board SMT packaging material

*SMT: Surface mounted technology

Computer control board surface adopting SMT packaging

technology

Conventional computer control

board surfaceSMT packaging technology adopted by the whole computer control panel improves the anti-clutter performance.

Protects your computer boards from the adverse effect of sandy and humid weather.

SMT* packaging technology

Downsize electric component, re-locate to dead space of bell mouth side to decrease airflow resistance.

Refrigerant cooling technology, ensures stability of PCB temperature

Control board failure ratio at stable operation is reduced.

Improve reliability at high ambient temperature It is possible to cool the inverter power module stability even at high ambient temperature.This helps to keep air-conditioning capacity and also reduces failure ratio.

Bell mouth

Electric Component Space

Roof terrace temperature in summer is over 40 C, seriouslyaffecting inverter cooling efficiency, resulting in decline ofinverter operating speed. Finally device parts response

speed is reduced.

VRV

Improved inner design to increase smooth airflow

13

Outdoor Units

Outdoor Unit Lineup

Cooling Only / Heat Pump

The outdoor unit capacity is up to 60 HP in increment of 2 HP.

VRV IV outdoor unit offers a higher capacity of up to 60 HP, responding to the needs of large-sized building.The single outdoor unit has only 2 different shapes and dimensions, not only simplifying the design process, but also bringing the system flexibility to a new level.With the outdoor unit capacity increased in increment of 2 HP, customers' needs can be precisely met.Outdoor units with anti-corrosion specifications (-E type on request) are designed specifically for use in areas which are subject to salt damage and atmospheric pollution.

RX(Y)Q6TY1(E)RX(Y)Q8TY1(E)



RX(Y)Q18TNY1(E)RX(Y)Q20TNY1(E)

42, 44 HP 46, 48, 50, 52, 54, 56, 58, 60 HP

Triple Outdoor Units

6, 8, 10, 12 HP 14, 16 HP 22, 24, 26 HP 28, 30, 32 HP

34, 36 HP 38, 40 HP

Single Outdoor Units Double Outdoor UnitsStandard Type

RX(Y)Q28TNY1(E)RX(Y)Q30TNY1(E)RX(Y)Q32TNY1(E)





18, 20 HP

RX(Y)Q46TNY1(E)RX(Y)Q48TNY1(E)RX(Y)Q50TNY1(E)RX(Y)Q52TNY1(E)


p y , p yOutdoor units with anti-corrosion specifications (-E type on request) are designed specifically for use in areas which are subject tosalt damage and atmospheric pollution.





42, 44 HP 46, 48, 50, 52, 54, 56, 58, 60 HP

Triple Outdoor Units

6, 8, 10, 12 HP 14, 16 HP 22, 24, 26 HP 28, 30, 32 HP

34, 36 HP 38, 40 HP

Single Outdoor Units Double Outdoor UnitsStandard Type






18, 20 HP



LineupHP

Standard Type

Mo/C New Lineup

14

Enhanced range of choices

Daikin air handing units can be connected to VRV IV system. Please refer to page 103 and contact your local sales office for details.

Indoor Unit Lineup

A mixed combination of VRV indoor units and residential indoor unitsis enabled all in one system. Opening the door to stylish and quiet indoor units.

VRV indoor units

Type Model Name

18 types 86 models

15

Daikin offers a wide range of indoor units includes both VRV and residential models responding to variety of needs of our customers that require air-conditioning solutions.

Ceiling Mounted Cassette (Round Flow) Type

FXFQ-LUV1

Ceiling Mounted Cassette (Compact Multi Flow) Type

Quiet, compact, and designed for user comfort

360 airflow improves temperature distribution and offers a comfortable living environment.

Slim Ceiling Mounted Duct Type

Slim design, quietness and static pressure switching

Ceiling Mounted Duct Type

High external static pressure allows flexible installations

FXDQ-PBVE(T)

FXDQ-NBVE(T)

FXMQ-PVE

FXMQ-MAVE

FXZQ-MVE

VRV Indoor Units

Ceiling Suspended Type

Slim body with quiet and wide airflow

Wall Mounted Type

Stylish flat panel design harmonised with your interior décor

FXHQ-MAVE FXAQ-PVE

16

Indoor Unit Lineup

360° airflow improves temperature distributionand offers a comfortable living environment.

Note: Whatever the discharge direction, the same type of panel is used. If installing for other than all-round flow, an air discharge outlet sealing material (option) must be used to close each unused outlet.

3-way flow L-shaped 2-way flowAll-round flow 4-way flow

The industry’s first* Round Flow Ceiling Mounted Cassette type offers 360 airflow with improved temperature distribution.

The light weight unit at 19.5 kg for FXFQ25-50LU models makes installation easy.

A modern sophisticated decoration panel has been applied, with a panel surface that has been treated with a dirt-repellant coating. An antibacterial treatment that uses silver ions has

been applied to the drain pan, preventing the growth of slime, mould and bacteria that cause blockages and odours.

The horizontal louvres prevent dew condensation. Their non-flocking surfaces, which repel dirt, are easy to clean.

The air filter has an anti-mould and antibacterial treatment that prevents the growth of mould generated from dust or moisture that may adhere to the filter.

Example of airflow patterns:All-round flow is available, as well as 2-way to 4-way flows, so you can choose the most suitable airflow pattern depending on location or room layout.

Drain pump is equipped as a standard accessory with a 850 mm lift.

Treated surface Untreated surface

Resists soiling

3

Dirt andgrime

Control of the airflow rate can be selected from 3-step control.

4-way flow Round Flow

There are areas of uneven temperature.

There are much fewerareas of uneven temperature.

Low operation sound level (dB(A))

44/39/34

125

43/37.5/32

100

36/33.5/31

80

34/31/28

63

32/29.5/27

50

31/29/27

4025/32

30/28.5/27Soundlevel

(HH/H/L)

FXFQ-LU


FXFQ25LU / FXFQ32LU / FXFQ40LU

FXFQ50LU / FXFQ63LU / FXFQ80LU

FXFQ100LU / FXFQ125LU

VRV Indoor Units

17

Quiet, compact, and designed for user comfort Dimensions correspond with 600 mm X 600 mm

architectural module ceiling design specifications.

Wide discharge angle: 0° to 60°

2-, 3-, and 4-way airflow patterns are available, enabling installation in the corner of a room.

0°

60°

0°

60°

Auto swing

Fixed angles: 5 levels

*Angles can be also set on site to prevent drafts (0°-35°) or soiling of the ceiling (25°-60°), other than standard setting (0°-60°).

750 mm

4-way flow 3-way flowL-shaped

2-way flow

1

2

0° 0°

60° 60°

Comfortable airflow

Drain pump is equipped as standard accessory with 750 mm lift.

*For 3-way or 2-way flow installation, the sealing member for air discharge outlet (option) must be used to close each unused outlet.


FXZQ20M / FXZQ25M / FXZQ32M

FXZQ40M / FXZQ50M

Low operation sound level(230 V)(dB(A))

32/2930/25

20/25 32 4040 5050

33/2932/26 36/3036/28 41/3441/33

FXZQ-M

Sound level(H/L)

Sound level(H/L)

1819

Indoor Unit Lineup

Slim design, quietness and static pressure switching

Only 200 mm in height, this model can be installed in rooms with as little as 240 mm depth between the drop-ceiling and ceiling slab.

Only 700 mm in width and 23 kg in weight, this model is suitable to install in limited spaces like drop-ceilings in hotels.

* The values of operation sound level represent those for rear-suction operation.Sound level values for bottom-suction operation can be obtained by adding 5 dB(A).

* Values are based on the following conditions:FXDQ-PB: external static pressure of 10 Pa; FXDQ-NB: external static pressure of 15 Pa.

* 1,100 mm in width for the FXDQ63NB model.

200 mm900 mm

Suction grille *AIR

AIR

Discharge grille *

Air filterSuspension bolt*

240 mm

* To be obtained locally

Only 700 mm

200 mm

Great for hotel use!

Suited to use in drop-ceilings!

750 mm

Ceiling

Control of the airflow rate has been improved from 2-step to 3-step control.

Slim Ceiling Mounted Duct Type

FXDQ20PB / FXDQ25PB / FXDQ32PB FXDQ40NB / FXDQ50NB / FXDQ63NB


36/34/3236/34/32

6363

35/33/31

50

34/32/30

40

33/31/29

20/25/32

Sound level(HH/H/L)

FXDQ-PB/NB

External static pressure selectable by remote controller switching make this indoor unit a very comfortable and flexible model.10 Pa-30 Pa/factory set: 10 Pa for FXDQ-PB models.15 Pa-44 Pa/factory set: 15 Pa for FXDQ-NB models.

FXDQ-PB and FXDQ-NB models are available in two types to suit different installation conditions.FXDQ-PB/NBVE: with a drain pump (750 mm lift) as a standard accessory

FXDQ-PB/NBVET: without a drain pump

VRV Indoor Units


Middle and high static pressureallows for flexible duct design

Built-in Drain Pump (Option)Housing the drain pump inside the unit reduces the space required for installation.

All models are only 300 mm in height, an improvement over the 390 mm height of conventional models. The weight of the FXMQ40P has been reduced from 44 kg to 28 kg.

A DC fan motor increases the external static pressure capacity range to include middle to high static pressures, increasing design flexibility.

Indoor unit

470 mm

Indoor unit

470 mm

0–250mm

222 mm

Without drain pump With drain pump

Simplified Static Pressure ControlExternal static pressure can be easily adjusted using a change-over switch inside the electrical box to meet the resistance in the duct system.

FXMQ200MA/FXMQ250MA

Drain pump is equipped as standard accessory with 700 mm lift.

Control of the airflow rate has been improved from 2-step to 3-step control.

(dB(A))

46/45/43

140

42/40/38

63

43/41/39

80/100

41/39/37

50

39/37/35

40

34/32/30

32

33/31/29

20/25

Soundlevel

(HH/H/L)

FXMQ-P

700 mm

Ceiling

30 Pa–100 Pa for FXMQ20P-32P30 Pa–160 Pa for FXMQ40P50 Pa–200 Pa for FXMQ50P-125P50 Pa–140 Pa for FXMQ140P

Low operation sound level

Improved ease of installation

Improved ease of maintenance

Airflow rate can be controlled using a remote controller during test operation. With the conventional model, the airflow rate was controlled from the PC board. It is automatically adjusted to the range between approximately ±10% of the rated HH tap airflow for FXMQ20P–125P.

The drain pan can be detached for easy cleaning. An antibacterial treatment that uses silver ions has been applied to the drain pan, preventing the growth of slime, mould and bacteria that cause blockages and odours.

Energy-efficient

The adopted DC fan motor is much more efficient than the conventional AC motor, yielding an approximate 20% decrease in energy consumption (FXMQ125P).

25 mm

44/42/40

125

FXMQ20P / FXMQ25P / FXMQ32PFXMQ40P / FXMQ50P / FXMQ63PFXMQ80P / FXMQ100P / FXMQ125PFXMQ140P

2021

VRV Indoor Units

Indoor Unit Lineup

Slim body with quiet and wide airflow

Adoption of QUIET STREAM FAN

Drain pump kit (option) can be easily incorporated.

Easy-to-clean flat design

Maintenance is easier because everything can be performed from below the unit.

Non-dew Flap with no implanted bristles

Uses the quiet stream fan and many more advanced technologies.

Sound absorptionmember

Turbulent flow is produced

Straightening vane

Quiet stream fan

Installation is easy

Maintenance is easy

Drain pump kit(built inside main unit)

600 mm

Bristle-free Flap minimises contamination and makes cleaning simpler.

Non-dew Flap

100°

Wide air discharge openings produce a spreading 100° airflow.

A long-life filter (maintenance free up to one year*) is equipped as standard accessory.* 8 hr/day, 25 day/month. For dust concentration of 0.15 mg/m3


FXHQ32MA / FXHQ63MA

FXHQ100MA

FXHQ-MA

Sound level(H/L)

Sound level(H/L)

3232

36/3136/31

6363

39/3439/34

100100

45/3745/37

(dB(A))Low operation sound level

Stylish flat panel design harmonised with your interior décor

Drain pan and air filter can be kept clean by mould-proof polystyrene.

Vertical auto-swing realises efficiency of air distribution. The louvre closes automatically when the unit stops.

5 steps of discharge angle can be set by remote controller.

Discharge angle is automatically set at the same angle as the previous operation when restarting. (Initial setting: 10° for cooling and 70° for heating)

Flexible installationDrain pipe can be fitted to from either left or right sides.

Stylish flat panel design creates a graceful harmony that enhances any interior space.

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

Wall Mounted Type

Drain pump kit is available as optional accessory, which

lifts the drain 1,000 mm from the bottom of the unit.

Drain pump kit

1,000 mm

Height of drain-up

Indoor unit

FXAQ20P / FXAQ25P

FXAQ32P / FXAQ40P

FXAQ50P / FXAQ63P


47/4147/41

6363

42/3742/37

5050

39/3439/34

4040

38/3138/31

3232

36/3136/31

2525

35/3135/31

2020

Sound level(H/L)

Sound level(H/L)

FXAQ-PFXAQ-P

2223

VRV Indoor Units

Indoor Unit Lineup


1-phase, 220-240 V, 50 Hz

2,400

9,600

2.8

2,800

10,900

3.2

0.033

0.027

3,100

12,300

3.6

3,400

13,600

4.0

0.033

0.027

3,900

15,400

4.5

4,300

17,100

5.0

0.047

0.034

4,800

19,100

5.6

5,400

21,500

6.3

0.052

0.038

13/11.5/10

459/406/353

30/28.5/27

15/13/11

530/459/388

31/29/27

16/13.5/11

565/477/388

32/29.5/27

FXFQ25LUV1 FXFQ32LUV1 FXFQ40LUV1 FXFQ50LUV1

Galvanised steel plate

6,100 7,700 9,600 12,000

24,200 30,700 38,200 47,800

7.1 9.0 11.2 14.0

6,900

27,300

8.0

0.066

0.053

8,600

34,100

10.0

0.093

0.075

10,800

42,700

12.5

0.187

0.174

13,800

54,600

16.0

0.209

0.200

19/16.5/13.5

671/583/477

34/31/28

32/26/20

1,130/918/706

43/37.5/32

33/28/22.5

1,165/989/794

44/39/34

21/18/15

742/636/530

36/33.5/31

FXFQ63LUV1 FXFQ80LUV1 FXFQ100LUV1 FXFQ125LUV1

9.5

15.9VP25 (External Dia, 32/Internal Dia, 25)

BYCP125K-W1

Fresh white

50X950X950

5.5

6.4

12.7

13/11.5/10

459/406/353

30/28.5/27

cfm

dB(A)

mm

kg

mm

mm

kg

kcal/h

Btu/h

kW

kcal/h

Btu/h

kW

kW

kW

m3/min

Liquid (Flare)

Gas (Flare)

Drain

Model

Colour

Dimensions(H×W×D)

Weight

Casing

Sound level (HH/H/L)

Dimensions (H×W×D)

Machine weight

Piping connections

Panel(Option)

Power supply

Heating capacity

Cooling capacity

MODEL

Cooling

Heating

Airflow rate (HH/H/L)

22 25

246X840X840 288X840X840

19.5


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

1,900

7,500

2.2

2,200

8,500

2.5

2,400

9,600

2.8

2,800

10,900

3.2

3,100

12,300

3.6

3,400

13,600

4.0

0.076

0.068

3,900

15,400

4.5

4,300

17,100

5.0

0.089

0.080

4,800

19,100

5.6

5,400

21,500

6.3

0.115

0.107


9/7 9.5/7.5 11/8 14/10

318/247 335/265 388/282 493/353

30/25 32/26 36/28 41/33

286×575×575

18

6.4

12.7

VP20 (External Dia, 26/Internal Dia, 20)

BYFQ60B8W1

White (6.5Y9.5/0.5)

55×700×700

2.7

FXZQ20MVE FXZQ25MVE FXZQ32MVE FXZQ50MVEFXZQ40MVE

0.073

0.064

cfm

dB(A)

mm

kg

mm

mm

kg

kcal/h

Btu/h

kW

kcal/h

Btu/h

kW

kW

kW

m3/min

Liquid (Flare)

Gas (Flare)

Drain

Model

Colour

Dimensions(H×W×D)

Weight

Casing


Machine weight

Piping connections

Panel(Option)

Power supply

Heating capacity

Cooling capacity

MODEL

Cooling

Heating

Airflow rate (H/L)

Sound level (H/L) 230 V

Power consumption Power consumption

Cooling: Indoor temp.: 27°CDB, 19°CWB, Outdoor temp.: 35°CDB, Equivalent piping length: 7.5 m, Level difference: 0 m. Heating: Indoor temp.: 20°CDB, Outdoor temp.: 7°CDB, 6°CDB, Equivalent piping length: 7.5 m, Level difference: 0 m. Capacity of indoor unit is only for reference. Actual capacity of indoor unit is based on the total capacity index. (See Engineering Data Book for details.)

Sound level: Anechoic chamber conversion value, measured at a point 1.5 m downward from the unit centre.

During actual operation, these values are normally somewhat higher as a result of ambient conditions.

Cooling: Indoor temp.: 27°CDB, 19°CWB, Outdoor temp.: 35°CDB, Equivalent piping length: 7.5 m, Level difference: 0 m. Heating: Indoor temp.: 20°CDB, Outdoor temp.: 7°CDB, 6°CDB, Equivalent piping length: 7.5 m, Level difference: 0 m. Capacity of indoor unit is only for reference. Actual capacity of indoor unit is based on the total capacity index. (See Engineering Data Book for details.)

Sound level: Anechoic chamber conversion value, measured at a point 1.5 m downward from the unit centre.

During actual operation, these values are normally somewhat higher as a result of ambient conditions.

24 25

VRV Indoor Units

Specifications


Note: Specifications are based on the following conditions;Cooling: Indoor temp.: 27°CDB, 19°CWB, Outdoor temp.: 35°CDB, Equivalent piping length: 7.5 m, Level difference: 0 m.

Heating: Indoor temp.: 20°CDB, Outdoor temp.: 7°CDB, 6°CDB, Equivalent piping length: 7.5 m, Level difference: 0 m.Capacity of indoor unit is only for reference. Actual capacity of indoor unit is based on the total capacity index.

(See Engineering Data Book for details.)Sound level: Anechoic chamber conversion value, measured at a point 1.5 m downward from the unit centre.

During actual operation, these values are normally somewhat higher as a result of ambient conditions. 1 : Power consumption values are based on conditions of rated external static pressure. 2: External static pressure can be modified using a remote controller that offers seven (FXMQ20-32P), thirteen (FXMQ40P), fourteen (FXMQ50-

125P) or ten (FXMQ140P) levels of control. These values indicate the lowest and highest possible static pressures. The standard static pressure is 50 Pa for FXMQ20-32P and 100 Pa for FXMQ40-140P.

15,400

3,900

565/459/388

19,100

4,800

635/582/530

4.5 5.6

6.4

12.7

6.4

12.7

16/13/11 18/16.5/15

11111

11111

11111

11111

7,500

1,900

318/265/230

2.2

6.4

12.7

9/7.5/6.5

9,600

2,400

318/265/230

2.8

6.4

12.7

9/7.5/6.5

12,300

3,100

335/282/247

3.6

6.4

12.7

9.5/8/7


24,200

6,100

688/618/565

9.5

15.9

30,700

7,700

883/794/706

9.5

15.9

38,200

9,600

1,130/953/812

9.5

15.9

47,800

12,000

1,377/1,165/988

9.5

15.9

7.1 9.0 11.2 14.0

19.5/17.5/16 25/22.5/20 32/27/23 39/33/28

42/40/38 43/41/39 43/41/39 44/42/40

54,600

13,800

1,624/1,377/1,130

9.5

15.9

16.0

46/39/32

46/45/43

FXMQ20PVE FXMQ25PVE FXMQ32PVE FXMQ40PVE FXMQ50PVE

2,200

8,500

2.5

0.056

0.069

6,900

27,300

8.0

0.138

0.218

8,600

34,100

10.0

0.185

0.286

10,800

42,700

12.5

0.215

0.364

13,800

54,600

16.0

0.284

0.449

15,500

61,400

18.0

0.405

0.449

2,800

10,900

3.2

0.056

0.069

3,400

13,600

4.0

0.060

0.073

4,300

17,100

5.0

0.151

0.182

5,400

21,500

6.3

0.128

0.203

300X1,000X700300X700X700300X550X700300X550X700300X550X700

3628252525

41/39/3739/37/3534/32/3033/31/2933/31/29

cfm

Pa

dB(A)

mm

kg

mm

kcal/h

Btu/h

kW

kcal/h

Btu/h

kW

kW

kW

m3/min

Liquid (Flare)

Gas (Flare)

Drain

Power consumption

Casing


Machine weight

Piping connections

Power supply

Heating capacity

Cooling capacity

MODEL

Cooling

Heating

External static pressure


cfm

Pa

dB(A)

mm

kg

mm

kcal/h

Btu/h

kW

kcal/h

Btu/h

kW

kW

kW

m3/min

Liquid (Flare)

Gas (Flare)

Drain

Power consumption

Casing


Machine weight

Piping connections

Power supply

Heating capacity

Cooling capacity

MODEL FXMQ63PVE FXMQ80PVE FXMQ100PVE1-phase, 220-240 V/220 V, 50/60 Hz


300X1,400X700

46

300X1,000X700

36

300X1,000X700

36

300X1,400X700

46

300X1,400X700

47

FXMQ125PVE FXMQ140PVE

Cooling

Heating





230-100 (50) 230-100 (50) 230-100 (50) 230-160 (100) 250-200 (100)

250-200 (100)250-200 (100)250-200 (100)250-200 (100) 250-140 (100)

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



Slim Ceiling Mounted Duct Type (700 mm width type)

Slim Ceiling Mounted Duct Type (900/1,100 mm width type)

FXDQ20PBVE FXDQ25PBVE FXDQ32PBVEFXDQ20PBVET FXDQ25PBVET FXDQ32PBVET

FXDQ40NBVEFXDQ40NBVET



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

1,900

7,500

2.2

2,200

8,500

2.5

2,400 3,100

12,300

3.6

3,400

13,600

4.0

0.070

0.070

9,600

2.8

2,800

10,900

3.2

0.067

0.067

0.086

0.067

0.067

0.067

0.086 0.089

0.067 0.070


8.0/7.2/6.4 8.0/7.2/6.4 8.0/7.2/6.4

282/254/226 282/254/226 282/254/226

30-10

33/31/29 33/31/29 33/31/29

200×700×620 200×700×620 200×700×620

23.0 23.0 23.0

6.4 6.4 6.4

12.7 12.7 12.7


Cooling: Indoor temp.: 27 DB, 19 WB, Outdoor temp.: 35 DB, Equivalent piping length: 7.5 m, Level difference: 0 m.Capacity of indoor unit is only for reference. Actual capacity of indoor unit is based on the total capacity index. (See Engineering Data Book for details.)

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

3,900 4,800 6,100

15,400 19,100 24,200

4.5

4,300

17,100

5.0

0.147

0.147

0.147

5.6

5,400

21,500

6.3

0.165

0.152

0.152

0.152

7.1

6,900

27,300

8.0

0.181

0.168

0.168

0.168

0.160


10.5/9.5/8.5 12.5/11.0/10.0 16.5/14.5/13.0

371/335/300 441/388/353 583/512/459

44-15

34/32/30 35/33/31 36/34/32

200×900×620 200×900×620 200×1,100×620

27.0 28.0 31.0

6.4 6.4 6.4

12.7 12.7 12.7


Sound level: Anechoic chamber conversion value, measured at a point 1.5 m downward from the unit centre. During actual operation, these values are normally somewhat higher as a result of ambient conditions. 1: Values are based on the following conditions: FXDQ-PB: external static pressure of 10 Pa; FXDQ-NB: external static pressure of 15 Pa. 2: External static pressure is changeable to set by the remote controller. This pressure means "High static pressure - Standard". (Factory setting is 10 Pa for FXDQ-PB models and 15 Pa for FXDQ-NB models.) 3: The values of operation sound level represent those for rear-suction operation. Sound level values for bottom-suction operation can be obtained by adding 5 dB(A).

Heating: Indoor temp.: 20 DB, Outdoor temp.: 7 DB, 6 WB, Equivalent piping length: 7.5 m, Level difference: 0 m.

cfm

Pa

dB(A)

mm

kg

mm

kcal/h

Btu/h

kW

kcal/h

Btu/h

kW

kW

kW

kW

kW

m3/min

Liquid (Flare)

Gas (Flare)

Drain

Power consumption(FXDQ-PBVET)

Power consumption(FXDQ-PBVE)

Casing


Machine weight

Piping connections

Power supply

Heating capacity

Cooling capacity

MODEL

Cooling

Heating

Cooling

Heating

with drain pump

without drain pump



cfm

Pa

dB(A)

mm

kg

mm

kcal/h

Btu/h

kW

kcal/h

Btu/h

kW

kW

kW

kW

kW

m3/min

Liquid (Flare)

Gas (Flare)

Drain

Power consumption(FXDQ-PBVET)

Power consumption(FXDQ-PBVE)

Casing


Machine weight

Piping connections

Power supply

Heating capacity

Cooling capacity

MODEL

Cooling

Heating

Cooling

Heating

with drain pump

without drain pump





1 3

1 3

2

1

1

2

1

1

26 27

VRV Indoor Units

Specifications

FXHQ32MAVE FXHQ63MAVE FXHQ100MAVE

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

3,100 6,100 9,600

12,300 24,200 38,200

3.6 7.1 11.2

3,400

13,600

4.0

0.111

0.111

6,900

27,300

8.0

0.115

0.115

10,800

42,700

12.5

0.135

0.135

White (10Y9/0.5)

12/10 17.5/14 25/19.5

424/353 618/494 883/688

36/31 39/34 45/37

195×960×680 195×1,160×680 195×1,400×680

24.0 28.0 33.0


Cooling: Indoor temp.: 27°CDB, 19°CWB, Outdoor temp.: 35°CDB, Equivalent piping length: 7.5 m, Level difference: 0 m.

Capacity of indoor unit is only for reference. Actual capacity of indoor unit is based on the total capacity index. (See Engineering Data Book for details.) Sound level: (FXMQ-MA) Anechoic chamber conversion value, measured at a point 1.5 m downward from the unit centre. (FXHQ-MA) Anechoic chamber conversion value, measured at a point 1 m in front of the unit and 1 m downward. During actual operation, these values are normally somewhat higher as a result of ambient conditions 1 : Power consumption values are based on conditions of standard external static pressure. 2 : External static pressure is changeable to change over the connectors inside electrical box, this pressure means "Standard-High static pressure".

FXMQ200MAVE FXMQ250MAVE

76,400

19,300

22.4 28.0

95,500

24,100

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


58/50

2,047/1,765

470X1,380X1,100

137

9.5

19.1

PS1B

72/62

2,542/2,189

470X1,380X1,100

137

9.5

22.2

132-221 191-270 2 2

1 1

1 1

48/45 48/45

21,500

85,300

25.0

1.294

1.294

27,100

107,500

31.5

1.465

1.465

Heating: Indoor temp.: 20°CDB, Outdoor temp.: 7°CDB, 6°CDB, Equivalent piping length: 7.5 m, Level difference: 0 m.

cfm

Pa

mm

kg

mm

kcal/h

Btu/h

kW

kcal/h

Btu/h

kW

kW

kW

m3/min

Liquid (Flare)

Gas (Flare)

Drain

Power consumption

Casing


Machine weight

Piping connections

Power supply

Heating capacity

Cooling capacity

MODEL

Cooling

Heating


Sound level(H/L)

cfm

dB(A)

mm

kg

mm

kcal/h

Btu/h

kW

kcal/h

Btu/h

kW

kW

kW

m3/min

Liquid (Flare)

Gas (Flare)

Drain

Power consumption

Casing


Machine weight

Piping connections

Power supply

Heating capacity

Cooling capacity

MODEL

Cooling

Heating

Sound level (H/L)

220 V dB(A)

Airflow rate (H/L)

Airflow rate (H/L)



6.4

12.7 15.9 15.9

9.5 9.5

Wall Mounted Type

FXAQ20PVE FXAQ25PVE FXAQ32PVE FXAQ40PVE FXAQ50PVE FXAQ63PVE1-phase, 220-240 V/220 V, 50/60 Hz

1,900 2,400 3,100 3,900 4,800 6,100

7,500 9,600 12,300 15,400 19,100 24,200

2.2 2.8 3.6 4.5 5.6 7.1

2,200

8,500

2.5

0.019

0.029

2,800

10,900

3.2

0.028

0.034

3,400

13,600

4.0

0.030

0.035

4,300

17,100

5.0

0.020

0.020

5,400

21,500

6.3

0.033

0.039

6,900

27,300

8.0

0.050

0.060

White (3.0Y8.5/0.5)

7.5/4.5 8/5 8.5/5.5 12/9 15/12 19/14

265/159 282/177 300/194 424/318 530/424 671/494

35/31 36/31 38/31 42/3739/34 47/41

290×795×238 290×795×238 290×795×238 290×1,050×238 290×1,050×238 290×1,050×238

11.0 11.0 11.0 14.0 14.0 14.0

6.4 6.4 6.4 6.4 6.4 9.5

12.7 12.7 12.7 12.7 12.7 15.9


cfm

dB(A)

mm

kg

mm

kcal/h

Btu/h

kW

kcal/h

Btu/h

kW

kW

kW

m3/min

Liquid (Flare)

Gas (Flare)

Drain

Power consumption

Casing


Machine weight

Piping connections

Power supply

Heating capacity

Cooling capacity

MODEL

Cooling

Heating

Sound level (H/L)

Airflow rate (H/L)

28 29

Specifications

RXQ6TY1(E) RXQ8TY1(E) RXQ10TY1(E) RXQ12TY1(E) RXQ14TY1(E) RXQ16TY1(E)

13,800

54,600

16.0

3.63

20-100

19,300

76,400

22.4

5.21

20-100

24,100

95,500

28.0

7.29

16-100

28,800

114,000

33.5

9.01

15-100

34,400

136,000

40.0

10.9

11-100

38,700

154,000

45.0

13.0

10-100

185

55

5.9

185

56

5.9

195

57

6.0

195

59

6.3

285

60

10.3

285

61

10.4

2.4X1 3.4X1 4.1X1 5.2X1

119 157 165 178 233 233

(2.9X1)+(3.3X1) (3.6X1)+(3.7X1)

Cooling Only

1,657X930X765 1,657X930X765 1,657X930X765 1,657X930X765 1,657X1,240X765 1,657X1,240X765

3-phase 4-wire system, 380–415 V, 50 Hz

Hermetically Sealed Scroll Type

12.7(Brazing)

28.6(Brazing)

19.1(Brazing)

9.5(Brazing)

22.2(Brazing)

-5 to 43

R-410A

– – – – – –

Ivory white (5Y7.5/1)

MODEL

Power supply

Power consumption

Capacity control

Compressor


Machine weight

Sound level

Refrigerant

Pipingconnections

kcal/h

Btu/h

kW

kW

%

kg

dB(A)

ºCDB

kg

kW

m³/min

mm

Charge

Type

Type

Liquid

Gas

mm

mm

Combination units

Cooling capacity

Motor output

Operation range

Casing colour

Note: 1. Models with (E) feature components treated for heat and rust corrosion resistance, such as external panels, fan motor, and electric component box, in addition to the fins of the heat exchanger. These models are designed specifically for use in areas which are subject to salt damage and atmospheric pollution. Please contact Daikin for more information.

2. Specifications are based on the following conditions;

Sound level: Anechoic chamber conversion value, measured at a point 1 m in front of the unit at a height of 1.5 m. During actual operation, these values are normally somewhat higher as a result of ambient conditions.

Outdoor Units

43,300

172,000

50.4

12.5

8-100

48,100

191,000

55.9

14.2

8-100

53,700

213,000

62.4

16.1

7-100

58,500

232,000

68.0

18.2

6-100

63,200

251,000

73.5

19.9

6-100

68,800

273,000

80.0

21.8

5-100

73,100

290,000

85.0

23.9

5-100

RXQ8TY1(E)

RXQ14TY1(E)

RXQ8TY1(E)

RXQ12TY1(E)

RXQ8TY1(E)

RXQ10TY1(E)

RXQ22TNY1(E) RXQ24TNY1(E) RXQ26TNY1(E) RXQ28TNY1(E) RXQ30TNY1(E)RXQ18TNY1(E) RXQ20TNY1(E)

(3.4X1)+(4.1X1)

(3.4X1)+(5.2X1)

(1,657X930X765)+(1,657X930X765)

(1,657X930X765)+(1,657X930X765)

(1,657X930X765)+(1,657X1,240X765)

(1,657X930X765)+(1,657X1,240X765)

(1,657X930X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)

185+195

60

5.9+6.0

185+195

61

5.9+6.3

185+285

61

5.9+10.3

195+285

62

6.0+10.3

195+285

63

6.3+10.3

285+285

63

10.3+10.3

285+285

64

10.3+10.4

RXQ10TY1(E)

RXQ14TY1(E)

RXQ12TY1(E)

RXQ14TY1(E)

RXQ14TY1(E)

RXQ14TY1(E)

RXQ14TY1(E)

RXQ16TY1(E)

(4.1X1)+(2.9X1)+(3.3X1)

(3.4X1)+(2.9X1)+(3.3X1)

(5.2X1)+(2.9X1)+(3.3X1)

157+165 157+178 157+233 165+233 178+233 233+233 233+233

(2.9X1)+(3.3X1)+(2.9X1)+(3.3X1)

(2.9X1)+(3.3X1)+(3.6X1)+(3.7X1)

15.9(Brazing)

28.6(Brazing)

15.9(Brazing)

28.6(Brazing)

15.9(Brazing)

28.6(Brazing)

15.9(Brazing)

34.9(Brazing)

19.1(Brazing)

34.9(Brazing)

19.1(Brazing)

34.9(Brazing)

19.1(Brazing)

34.9(Brazing)



-5 to 43

R-410A

– – – –– – –


MODEL

Power supply

Power consumption

Capacity control

Compressor


Machine weight

Sound level

Refrigerant

Pipingconnections

kcal/h

Btu/h

kW

kW

%

kg

dB(A)

ºCDB

kg

kW

m³/min

mm

Charge

Type

Type

Liquid

Gas

mm

mm

Combination units

Cooling capacity

Motor output

Operation range

Casing colour




30 31

Specifications

Outdoor Units

Cooling Only

RXQ10TY1(E)

RXQ12TY1(E)

RXQ12TY1(E)

RXQ12TY1(E)

RXQ12TY1(E)

RXQ12TY1(E)

RXQ8TY1(E)

RXQ12TY1(E)

RXQ18TY1(E)

RXQ12TY1(E)

RXQ12TY1(E)

RXQ16TY1(E)

RXQ12TY1(E)

RXQ14TY1(E)

RXQ16TY1(E)

RXQ12TY1(E)

RXQ16TY1(E)

RXQ16TY1(E)

RXQ14TY1(E)

RXQ14TY1(E)

RXQ18TY1(E)

RXQ14TY1(E)

RXQ18TY1(E)

RXQ32TNY1(E) RXQ34TNY1(E) RXQ36TNY1(E) RXQ38TNY1(E) RXQ40TNY1(E) RXQ42TNY1(E) RXQ44TNY1(E) RXQ46TNY1(E)

233+233

77,400

307,000

90.0

26.3

5-100

(1,657X1,240X765)+(1,657X1,240X765)

285+285

64

10.3+10.5

81,700

324,000

95.0

25.3

5-100

(1,657X930X765)+(1,657X930X765)+(1,657X930X765)

195+195+195

63

6.0+6.3+6.3

165+178+178

86,900

345,000

101

27.0

5-100

(1,657X930X765)+(1,657X930X765)+(1,657X930X765)

195+195+195

64

6.3+6.3+6.3

178+178+178

91,200

362,000

106

29.6

4-100

(1,657X930X765)+(1,657X930X765)+(1,657X1,240X765)

185+195+285

64

5.9+6.3+10.5

157+178+233

96,300

382,000

112

31.0

4-100

(1,657X930X765)+(1,657X930X765)+(1,657X1,240X765)

195+195+285

65

6.3+6.3+10.4

(5.2X1)+(5.2X1)+(3.6X1)+(3.7X1)

(3.4X1)+(5.2X1)+(4.4X1)+(4.0X1)

(4.1X1)+(5.2X1)+(5.2X1)

(5.2X1)+(5.2X1)+(5.2X1)

(2.9X1)+(3.3X1)+(2.9X1)+(3.3X1)+(4.4X1)+(4.0X1)

(5.2X1)+(3.6X1)+(3.7X1)+(3.6X1)+

(3.7X1)

(5.2X1)+(2.9X1)+(3.3X1)+(3.6X1)+

(3.7X1)

178+178+233

102,000

406,000

119

32.9

4-100

(1,657X930X765)+(1,657X1,240X765)+(1,657X1,240X765)

195+285+285

65

6.3+10.3+10.4

178+233+233

107,000

423,000

124

35.0

4-100

(1,657X930X765)+(1,657X1,240X765)+(1,657X1,240X765)

195+285+285

65

6.3+10.4+10.4

178+233+233

112,000

444,000

130

37.2

3-100

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

285+285+285

66

10.3+10.3+10.5

233+233+233

(2.9X1)+(3.3X1)+(4.4X1)+(4.0X1)

19.1(Brazing)

34.9(Brazing)

19.1(Brazing)

34.9(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)



-5 to 43

R-410A

–


116,000

461,000

135

39.3

3-100

120,000

478,000

140

41.7

3-100

125,000

495,000

145

43.8

3-100

129,000

512,000

150

46.2

3-100

134,000

532,000

156

48.8

3-100

139,000

553,000

162

51.4

3-100

144,000

573,000

168

54.0

3-100

RXQ16TY1(E)

RXQ18TY1(E)

RXQ18TY1(E)

RXQ14TY1(E)

RXQ18TY1(E)

RXQ18TY1(E)

RXQ14TY1(E)

RXQ16TY1(E)

RXQ18TY1(E)

RXQ52TNY1(E) RXQ54TNY1(E) RXQ56TNY1(E) RXQ58TNY1(E) RXQ60TNY1(E)RXQ48TNY1(E) RXQ50TNY1(E)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

285+285+285

66

10.3+10.4+10.5

285+285+285

66

10.3+10.5+10.5

285+285+285

66

10.4+10.5+10.5

285+285+285

67

10.5+10.5+10.5

285+285+320

68

10.5+10.5+11.8

285+320+320

69

10.5+11.8+11.8

320+320+320

70

11.8+11.8+11.8

RXQ18TY1(E)

RXQ18TY1(E)

RXQ18TY1(E)

RXQ18TY1(E)

RXQ18TY1(E)

RXQ20TY1(E)

RXQ18TY1(E)

RXQ20TY1(E)

RXQ20TY1(E)

RXQ20TY1(E)

RXQ20TY1(E)

RXQ20TY1(E)

268+268+268233+268+268233+233+268233+233+233233+233+233233+233+233 233+233+233

(2.9X1)+(3.3X1)+(3.6X1)+(3.7X1)+(4.4X1)+(4.0X1)

(2.9X1)+(3.3X1)+(4.4X1)+(4.0X1)+(4.4X1)+(4.0X1)

(3.6X1)+(3.7X1)+(4.4X1)+(4.0X1)+(4.4X1)+(4.0X1)

(4.4X1)+(4.0X1)+(4.4X1)+(4.0X1)+(4.4X1)+(4.0X1)

(4.4X1)+(4.0X1)+(4.4X1)+(4.0X1)+(4.6X1)+(5.5X1)

(4.4X1)+(4.0X1)+(4.6X1)+(5.5X1)+(4.6X1)+(5.5X1)

(4.6X1)+(5.5X1)+(4.6X1)+(5.5X1)+(4.6X1)+(5.5X1)



19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

-5 to 43

R-410A

MODEL

Power supply

Power consumption

Capacity control

Compressor


Machine weight

Sound level

Refrigerant

Pipingconnections

kcal/h

Btu/h

kW

kW

%

kg

dB(A)

ºCDB

kg

kW

m³/min

mm

Charge

Type

Type

Liquid

Gas

mm

mm

Combination units

Cooling capacity

Motor output

Operation range

Ivory white (5Y7.5/1)Casing colour




32 33

Specifications

Outdoor Units

RXYQ6TY1(E) RXYQ8TY1(E) RXYQ10TY1(E) RYXQ12TY1(E) RXYQ14TY1(E) RXYQ16TY1(E)

13,80054,600

16.015,50061,400

18.03.633.99

20-100

19,30076,400

22.421,50085,300

25.05.215.69

20-100

24,10095,500

28.027,100

107,00031.57.297.29

16-100

28,800114,000

33.532,300

128,00037.59.019.06

15-100

34,400136,000

40.038,700

154,00045.010.911.1

11-100

38,700154,000

45.043,000

171,00050.013.012.8

10-100

18555

5.9

18556

5.9

19557

6.0

19559

6.3

28560

10.3

28561

10.4

2.4X1 3.4X1 4.1X1 5.2X1

119 157 165 178 233 233

(2.9X1)+(3.3X1) (3.6X1)+(3.7X1)

Heat Pump

1,657X930X765 1,657X930X765 1,657X930X765 1,657X930X765 1,657X1,240X765 1,657X1,240X765



12.7(Brazing)

19.1(Brazing)

9.5(Brazing)

22.2(Brazing)

28.6(Brazing)

-5 to 43-20 to 15.5

R-410A


2. Specifications are based on the following conditions;DB, 19 WB, Outdoor temp.: 35 DB, Equivalent piping length: 7.5 m, Level difference: 0 m.DB, Outdoor temp.: 7 DB, 6 WB, Equivalent piping length: 7.5 m, Level difference: 0 m.

5 m. During actual operation, these values are normally somewhat higher as a result of ambient conditions.

MODEL

Power supply

Powerconsumption


Machine weight

Sound level

Refrigerant

Pipingconnections

kW

kW

kW

kW

%

kg

dB(A)

DB

WB

kg

kW

mm

Type

Type

Liquid

Gas

mm

mm

Combination units

Heating capacity

Motor output

Operationrange Heating

Heating

– – – – – –

43,300172,000

50.448,600

193,00056.512.513.0

8-100

48,100191,000

55.953,800

213,00062.514.214.8

8-100

53,700213,000

62.460,200

239,00070.016.116.8

7-100

58,500232,000

68.065,800

261,00076.518.218.4

6-100

63,200251,000

73.571,000281,000

82.519.920.2

6-100

68,800273,000

80.077,400307,000

90.021.822.2

5-100

73,100290,000

85.081,700324,000

95.023.923.9

5-100

RXYQ8TY1(E)RXYQ14TY1(E)



RXYQ22TNY1(E) RXYQ24TNY1(E) RXYQ26TNY1(E) RXYQ28TNY1(E) RXYQ30TNY1(E)RXYQ18TNY1(E) RXYQ20TNY1(E)

(3.4X1)+(4.1X1)

(3.4X1)+(5.2X1)

(1,657X930X765)+(1,657X930X765)

(1,657X930X765)+(1,657X930X765)

(1,657X930X765)+(1,657X1,240X765)

(1,657X930X765)+(1,657X1,240X765)

(1,657X930X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)

185+19560

5.9+6.0

185+19561

5.9+6.3

185+28561

5.9+10.3

195+28562

6.0+10.3

195+28563

6.3+10.3

285+28563

10.3+10.3

285+28564

10.3+10.4





(4.1X1)+(2.9X1)+(3.3X1)

(3.4X1)+(2.9X1)+(3.3X1)

(5.2X1)+(2.9X1)+(3.3X1)

157+165 157+178 157+233 165+233 178+233 233+233 233+233

(2.9X1)+(3.3X1)+(2.9X1)+(3.3X1)

(2.9X1)+(3.3X1)+(3.6X1)+(3.7X1)

15.9(Brazing)

28.6(Brazing)

15.9(Brazing)

28.6(Brazing)

15.9(Brazing)

28.6(Brazing)

15.9(Brazing)

34.9(Brazing)

19.1(Brazing)

34.9(Brazing)

19.1(Brazing)

34.9(Brazing)

19.1(Brazing)

34.9(Brazing)



-5 to 43-20 to 15.5

R-410A


2. Specifications are based on the following conditions;DB, 19 WB, Outdoor temp.: 35 DB, Equivalent piping length: 7.5 m, Level difference: 0 m.DB, Outdoor temp.: 7 DB, 6 WB, Equivalent piping length: 7.5 m, Level difference: 0 m.

5 m. During actual operation, these values are normally somewhat higher as a result of ambient conditions.

– – – – – – –

MODEL

Power supply

Powerconsumption


Machine weight

Sound level

Refrigerant

Pipingconnections

kW

kW

kW

kW

%

kg

dB(A)

DB

WB

kg

kW

mm

Type

Type

Liquid

Gas

mm

mm

Combination units

Heating capacity

Motor output

Operationrange Heating

Heating

34 35

Specifications

Heat Pump

Outdoor Units

RXYQ10TY1(E)RXYQ12TY1(E)RXYQ12TY1(E)








RXYQ32TNY1(E) RXYQ34TNY1(E) RXYQ36TNY1(E) RXYQ38TNY1(E) RXYQ40TNY1(E) RXYQ42TNY1(E) RXYQ44TNY1(E) RXYQ46TNY1(E)

233+233

77,400307,000

90.086,900345,000

10126.326.2

5-100

(1,657X1,240X765)+(1,657X1,240X765)

285+30064

10.3+11.7

81,700324,000

95.092,000365,000

10725.325.4

5-100

(1,657X930X765)+(1,657X930X765)+(1,657X930X765)195+195+195

63

6.0+6.3+6.3

165+178+178

86,900345,000

10197,200386,000

11327.027.2

5-100

(1,657X930X765)+(1,657X930X765)+(1,657X930X765)195+195+195

64

6.3+6.3+6.3

178+178+178

91,200362,000

106102,000406,000

11929.629.9

4-100

(1,657X930X765)+(1,657X930X765)+(1,657X1,240X765)185+195+300

64

5.9+6.3+11.7

157+178+233

96,300382,000

112108,000427,000

12531.030.9

4-100

(1,657X930X765)+(1,657X930X765)+(1,657X1,240X765)195+195+285

65

6.3+6.3+10.4

(5.2X1)+(5.2X1)+(3.6X1)+(3.7X1)

(3.4X1)+(5.2X1)+(4.4X1)+(4.0X1)

(4.1X1)+(5.2X1)+(5.2X1)

(5.2X1)+(5.2X1)+(5.2X1)

(2.9X1)+(3.3X1)+(2.9X1)+(3.3X1)+(4.4X1)+(4.0X1)

(5.2X1)+(3.6X1)+(3.7X1)+(3.6X1)+

(3.7X1)

(5.2X1)+(2.9X1)+(3.3X1)+(3.6X1)+

(3.7X1)178+178+233

102,000406,000

119114,000454,000

13332.933.0

4-100

(1,657X930X765)+(1,657X1,240X765)+(1,657X1,240X765)195+285+285

65

6.3+10.3+10.4

178+233+233

107,000423,000

124119,000471,000

13835.034.7

4-100

(1,657X930X765)+(1,657X1,240X765)+(1,657X1,240X765)195+285+285

65

6.3+10.4+10.4

178+233+233

112,000444,000

130126,000498,000

14637.237.3

3-100

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)285+285+300

66

10.3+10.3+11.7

233+233+233

(2.9X1)+(3.3X1)+(4.4X1)+(4.0X1)

19.1(Brazing)

34.9(Brazing)

19.1(Brazing)

34.9(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)



-5 to 43-20 to 15.5

R-410A

–


116,000461,000

135130,000515,000

15139.339.0

3-100

120,000478,000

140135,000536,000

15741.741.3

3-100

125,000495,000

145139,000553,000

16243.843.0

3-100

129,000512,000

150144,000573,000

16846.245.3

3-100

134,000532,000

156151,000597,000

17548.847.7

3-100

139,000553,000

162157,000621,000

18251.450.1

3-100

144,000573,000

168163,000645,000

18954.052.5

3-100




RXYQ52TNY1(E) RXYQ54TNY1(E) RXYQ56TNY1(E) RXYQ58TNY1(E) RXYQ60TNY1(E)RXYQ48TNY1(E) RXYQ50TNY1(E)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

(1,657X1,240X765)+(1,657X1,240X765)+(1,657X1,240X765)

285+285+30066

10.3+10.4+11.7

285+300+30066

10.3+11.7+11.7

285+300+30066

10.4+11.7+11.7

300+300+30067

11.7+11.7+11.7

300+300+32068

11.7+11.7+11.8

300+320+32069

11.7+11.8+11.8

320+320+32070

11.8+11.8+11.8





268+268+268233+268+268233+233+268233+233+233233+233+233233+233+233 233+233+233

(2.9X1)+(3.3X1)+(3.6X1)+(3.7X1)+(4.4X1)+(4.0X1)

(2.9X1)+(3.3X1)+(4.4X1)+(4.0X1)+(4.4X1)+(4.0X1)

(3.6X1)+(3.7X1)+(4.4X1)+(4.0X1)+(4.4X1)+(4.0X1)

(4.4X1)+(4.0X1)+(4.4X1)+(4.0X1)+(4.4X1)+(4.0X1)

(4.4X1)+(4.0X1)+(4.4X1)+(4.0X1)+(4.6X1)+(5.5X1)

(4.4X1)+(4.0X1)+(4.6X1)+(5.5X1)+(4.6X1)+(5.5X1)

(4.6X1)+(5.5X1)+(4.6X1)+(5.5X1)+(4.6X1)+(5.5X1)



19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

19.1(Brazing)

41.3(Brazing)

-5 to 43-20 to 15.5

R-410A


2. Specifications are based on the following conditions;•Cooling: Indoor temp.: 27℃DB, 19℃WB, Outdoor temp.: 35℃DB, Equivalent piping length: 7.5 m, Level difference: 0 m.•Heating: Indoor temp.: 20℃DB, Outdoor temp.: 7℃DB, 6℃WB, Equivalent piping length: 7.5 m, Level difference: 0 m.•Sound level: Anechoic chamber conversion value, measured at a point 1 m in front of the unit at a height of 1.5 m. During actual operation, these values are normally somewhat higher as a result of ambient conditions.


MODEL

Power supply

Powerconsumption

Capacity control

Compressor


Machine weightSound level

Refrigerant

Pipingconnections

kcal/hBtu/hkW

kcal/hBtu/hkWkWkW%

kgdB(A)ºCDBºCWB

kg

kW

m³/min

mm

Charge

Type

Type

Liquid mm

Gas mm

Combination units

Cooling capacity

Heating capacity

Motor output

Airflow rate

Operationrange

Cooling

Heating

Cooling

Heating

Casing colour

36 37



For connection of only VRV indoor units

HP Model name Combination

86

200

150 RX(Y)Q6T

RX(Y)Q8T RX(Y)Q8T

RX(Y)Q6T—

—

100 to 260 (400)

75 to 195 (300)13 (20)

9 (15)

10 250 RX(Y)Q10T RX(Y)Q10T — 125 to 325 (500) 16 (25)

12 300 RX(Y)Q12T RX(Y)Q12T — 150 to 390 (600) 19 (30)

14 350 RX(Y)Q14T RX(Y)Q14T — 175 to 455 (700) 22 (35)

16 400 RX(Y)Q16T RX(Y)Q16T — 200 to 520 (800) 26 (40)

18 450 RX(Y)Q18TN RX(Y)Q8T + RX(Y)Q10T 225 to 585 (720) 29 (36)



24 600 RX(Y)Q24TN RX(Y)Q10T + RX(Y)Q14TBHFP22P100

300 to 780 (960) 39 (48)

26 650 RX(Y)Q26TN RX(Y)Q12T + RX(Y)Q14T 325 to 845 (1,040) 42 (52)

28 700 RX(Y)Q28TN RX(Y)Q14T × 2 350 to 910 (1,120) 45 (56)

30 750 RX(Y)Q30TN RX(Y)Q14T + RX(Y)Q16T 375 to 975 (1,200) 48 (60)

32 800 RX(Y)Q32TN RX(Y)Q14T + RX(Y)Q18T 400 to 1,040 (1,280) 52 (64)

34 850 RX(Y)Q34TN RX(Y)Q10T + RX(Y)Q12T × 2 425 to 1,105 (1,105) 55 (55)

36 900 RX(Y)Q36TN RX(Y)Q12T × 3 450 to 1,170 (1,170) 58 (58)

38 950 RX(Y)Q38TN RX(Y)Q8T + RX(Y)Q12T + RX(Y)Q18T 475 to 1,235 (1,235) 61 (61)

40 1,000 RX(Y)Q40TN RX(Y)Q12T × 2 + RX(Y)Q16T 500 to 1,300 (1,300)

64 (64)

42 1,050 RX(Y)Q42TN RX(Y)Q12T + RX(Y)Q14T + RX(Y)Q16T 525 to 1,365 (1,365)

44 1,100 RX(Y)Q44TN RX(Y)Q12T + RX(Y)Q16T × 2 550 to 1,430 (1,430)

46 1,150 RX(Y)Q46TN RX(Y)Q14T × 2 + RX(Y)Q18T BHFP22P151

575 to 1,495 (1,495)

48 1,200 RX(Y)Q48TN RX(Y)Q14T + RX(Y)Q16T + RX(Y)Q18T 600 to 1,560 (1,560)



54 1,350 RX(Y)Q54TN RX(Y)Q18T × 3 675 to 1,755 (1,755)

56 1,400 RX(Y)Q56TN RX(Y)Q18T × 2 + RX(Y)Q20T 700 to 1,820 (1,820)


60 1,500 RX(Y)Q60TN RX(Y)Q20T × 3 750 to 1,950 (1,950)

Note: *1 For multiple connection of 18 HP systems and above, the outdoor unit multi connection piping kit (separately sold) is required. *2 Values inside brackets are based on connection of indoor units rated at maximum capacity, 200% for single outdoor units, 160% for double outdoor units, and 130% for triple outdoor units. Refer to page 7 for notes on connection capacity of indoor units.

Standard TypeCapacity

indexOutdoor unit multi

connection piping kit *1Total capacity index of

connectable indoor units*2Maximum number of

connectable indoor units*2

Option List



FXFQ25LU FXFQ32LU FXFQ40LU FXFQ50LU FXFQ63LU FXFQ80LU FXFQ100LU FXFQ125LU1 BYCP125K-W1Decoration panel

No. TypeItem

No. FXZQ20M FXZQ25M FXZQ32M FXZQ40M FXZQ50M1 Decoration panel BYFQ60B8W1

TypeItem

VRV Indoor Units

VRV Outdoor Units

Optional Accessories

Distributivepiping

REFNET joint

REFNET header

RX(Y)Q6TY1(E)RX(Y)Q8TY1(E)RX(Y)Q10TY1(E)


KHRP26M22H, (Max. 4 branch) KHRP26M33H

(Max. 8 branch)

KHRP26M22H, KHRP26M33H, KHRP26M72H(Max. 4 branch) (Max. 8 branch) (Max. 8 branch)

KHRP26A22T, KHRP26A33T, KHRP26A72T

KHRP26M22H, KHRP26M33H, (Max. 4 branch) (Max. 8 branch)

KHRP26M72H (Max. 8 branch)

KHRP26M22H, KHRP26M33H, (Max. 4 branch) (Max. 8 branch)KHRP26M72H, KHRP26M73H

(Max. 8 branch) (Max. 8 branch)


Distributivepiping

REFNET joint

REFNET header




Outdoor unit multi connection piping kit

Pipe size reducer

KHRP26A22T, KHRP26A33T, KHRP26A72TKHRP26A22T, KHRP26A33T, KHRP26A72T, KHRP26A73T

KHRP26M73TP, KHPR26M73HP

BHFP22P100

KHRP26A22TKHRP26A33T

RX(Y)Q12TY1(E)

KHRP26M22H, KHRP26M33H, KHRP26M72H, KHRP26M73H(Max. 4 branch) (Max. 8 branch) (Max. 8 branch) (Max. 8 branch)

KHRP26A22T, KHRP26A33T, KHRP26A72T, KHRP26A73T

KHRP26M73TP, KHPR26M73HP

BHFP22P151


Distributivepiping

REFNET joint

REFNET header




RX(Y)Q46TNY1(E)RX(Y)Q48TNY1(E)RX(Y)Q50TNY1(E)RX(Y)Q52TNY1(E)RX(Y)Q54TNY1(E)RX(Y)Q56TNY1(E)RX(Y)Q58TNY1(E)RX(Y)Q60TNY1(E)

Outdoor unit multi connection piping kit

Pipe size reducer

38 39

Control Systems

Individual Control Systems for VRV Indoor Units

Navigation remote controller (Wired remote controller) (Option)

Clear display

Dot matrix displayA combination of fine dots enables various icons.Large text display is easy to see.

Backlight displayBacklight display helps operating in dark rooms.

Simple operation

Guide on displayThe display gives an explanation of each setting for easy operation.

Large buttons and arrow keysLarge buttons and arrow keys enable easy operation. Basic setting such as fan speed and temperature can be intuitively operated. For other settings just select the function from the menu list.

Auto airflow rate (*2)Airflow rate is automatically controlled in accordance with the difference between room temperature and set temperature.

Setback (default:OFF)Maintains the room temperature in a specific range during unoccupied periodby temporarily starting air conditioner that was turned OFF.

Ex) Setback temperature Cooling : 35ºC Recovery differential Cooling : -2ºCWhen the room temperature goes above 35ºC, the air conditioner starts operating in Cooling automatically.When room temprature reaches 33ºC, the air conditioner returns OFF.

Cooling

Setbacktemperature

Recoverydifferential

33 -237ºC -8ºC

Heating 10 +215ºC +8ºC

*1 Only available for VRV 4-Way Flow Ceiling Suspended type FXUQ-A series and Ceiling Mounted Cassette (Round Flow with Sensing) type FXFQ-S series.*2 Only available for VRV 4-Way Flow Ceiling Suspended type FXUQ-A series and Ceiling Mounted Cassette (Round Flow with Sensing) type FXFQ-S series.

Individual airflow direction (*1)Airflow direction of each of the four air outlets can be controlled individually. (Positions 0 to 4, Swing, and No individual setting are selectable.)

1 2

3 4

Outlet mark

1

2

4

3

5 actions per day can be scheduled for each day of the week.The holiday function will disable schedule timer for the days that have been set as holiday.3 independent schedules can be set. (e.g. summer, winter, mid-season)

Weekly schedule

The first period starts and the air conditioner starts the coolingoperation.

College classroom sample (a summer Monday case)

1) 8:30 ON

ON OFF ON OFF

In the second period, the classroomis unoccupied and the air conditionerstops.

2) 10:00 OFF

When the third period starts, operation starts again.

3) 13:00 ON

After the third period, the classroom becomes vacant again and the air conditioner stops.

4) 15:00 OFF

Energy saving

Off timer Turns off the air conditioner after a preset period of time.Period can be preset from 30 to 180 minutes in 10-minute increments.

Auto operation modeUntil now only the temperature for one point could be set, but now the new remote controller (BRC1E62) allows the setting of both Cooling and Heating, and with the fan operation, mid-range temperatures are comfortable and operation is more energy efficient.

Setpoint auto resetEven if the set temperature is changed, it returns to the preset temperature after a preset period of time.Period selectable from 30 min/60 min/90 min/120 min.

Restaurant sampleRestaurant opened

Temperature is set to 27ºC

Full tables at lunchtime

Then is lowered to 24ºC for crowded room

After 30 minutes*

Automatically returns to preset temperature (27ºC)

*Setting possible for after 30, 60, 90, and 120 minutes.

27°C 24°CReturns to27°C

automatically

Convenience

Comfort

Setpoint range setSaves energy by limiting the min. and max. set temperature.Avoids excessive cooling or heating. This function is convenient when the remote controller is installed at a place where any number of people may operate it.

BRC1E62

2 setpointsCooling / Heating

Heatingoperation

20ºC 26ºC

CoolingoperationFan operation

40 41

Control Systems

Individual Control Systems for VRV Indoor Units

The system can be expanded to add several controllers, such as BMS, Forced OFF input and etc.

Expansion of system control4

The operation of Heat Reclaim Ventilator can be controlled by the remote controller of the indoor unit. Of course, the remote controller can display the time to clean the filter.

Control for the combined operation3

The wiring of remote controller can be extended to max. 500 m and it is possible to install the remote controllers for the different indoor units in one place.

Remote control2

The indoor unit can be connected by the two remote controller, for example one in the room and the other one in the control room, which can control the operation of indoor unit freely.(The last command has a priority.) Of course, the group control by two remote controller is also possible.

Control by two remote controller1

The wired remote controller supports a wide range of control functions

Displays current airflow, swing, temperature, operating mode and timer settings.

BRC1C62

Wired remote controller (Option)

The same operation modes and settings as with wired remote controllers are possible.* Individual airflow direction, auto airflow rate and sensing sensor control can be set only via wired remote controller

BRC1E62. Cannot be set via other remote controllers.* Individual airflow direction, auto airflow rate and sensing sensor control can be set only via wired remote controller BRC1E62. Cannot be set via other remote controllers.

・ A signal receiver unit (installed type) for a Ceiling Mounted Cassette (Round Flow, Compact Multi Flow, Double Flow) type, Ceiling Suspended type and Wall Mounted type is mounted into the indoor unit.

The remote controller has centralised its frequently used operation selectors and switches (on/off, operation mode, temperature setting and airflow volume), making itself suitable for use in hotel rooms or conference rooms.

The exposed type remote controller is fitted with a thermostat sensor.

Signal receiver unit(Separate type)

Wireless remote controller

The concealed type remote controller smartly fits into a night table or console panel in a hotel room.

Exposed type(BRC2C51)

Concealed type(For hotel use)(BRC3A61)

Wireless remote controller (Option)

Signal receiver unit(Installed type)

Signal receiver unit can be installed on the panel ex. Ceiling Mounted Cassette (Round Flow) type

* Wireless remote controller and signal receiver unit are sold as a set. * Refer to page 87 for the name of each model.

Wide variation of remote controllers for VRV indoor units

*Refer to page 87 for the name of each model.

Simplified remote controller (Option)

Simplified remote controller(Exposed type)　　　　　　　　　　　　(BRC2C51)

Wireless remote controller* (Separate type signal receiver unit)

Navigation remote controller(Wired remote controller) (BRC1E62)

Wired remote controller　　　　　　　　　　　 (BRC1C62)

Wireless remote controller* (Installed type signal receiver unit)

Simplified remote controller(Concealed type: for Hotel use)　　　　　　　　　　　　(BRC3A61)

Outdoor unit

Indoor unit

Forced OFF input

Remote controller

Remote controllerRemote controller Remote

controller

Remote controller

Remote controller

Remote controller

Remote controller

In all the series of VRV, Cool/Heat changeover in the same refrigerant circuit can be changed by the remote controller of the indoor unit.

One remote controller can control the operation of max.16 indoor units at the same time.

Group control

Equipment related to the central control

1 2 3 4

Heat Reclaim Ventilator

Control of Cool/Heat changeover

●

●

●

●

A compact signal receiver unit (separate type) to be mounted into a wall or ceiling is included.

FXFQ-LU FXZQ FXDQ FXMQ FXHQ FXAQ

42 43

Control Systems

44 45

Control Systems

Advanced Control Systems for VRV Indoor Units Features

Central control

Remote access

Automatic control

Energy management

Troubleshooting

Scalability

One touch selection to total air comfort

Up to 512 groups can be controlled by one intelligent Touch Manager

Air Conditioning Network Service System

Web Access

Web Access

LAN

Max. 50miTM plus adaptor line

Di/Pi port

Max. 500m

I/O expansion line

I/O System (Max. 30 modules)

iTM plus adaptor (Max. 7 adaptors)

I/O moduleI/O module I/O module

Lighting Pump Fan Sensor

InternetIntranet

system overview

Max. 64 groups

Phone line

LAN

Internal modem(option)

Fire alarm

Max. 200m

kWh meter

Di/Pi line

USB memory

lineDCM601A51

Daikin proudly introduces its intelligent Touch Manager, a VRV system controller featuring an array of simple, useful system management functions for added value.

Handy area settings simplify detailed management of VRV system.Display of floor plans enables a quick search of desired air conditioning units.Operation history shows manner of control and origin in past operations of air conditioning units.

Remote access with a PC allows total air conditioning management using the same type of screens as those displayed in the intelligent Touch Manager.Authorised users can centrally control individual air conditioning units from their own computers.

VRV systems are controlled automatically throughout the year by the schedule function.Interlocking VRV system and other equipment enables easy automation of building facilities operation.Setback adjusts temperature settings even when rooms are unoccupied.

The Energy Navigator feature simplifies energy management by tracking energy consumption data and identifying inefficient operation.

Contact information of maintenance contractors can be registered and displayed.E-mails are sent automatically to alert of malfunctions and potential trouble.The intelligent Touch Manager can link to the Air Conditioning Network Service System for 24-hour monitoring of operating conditions and status.

A single intelligent Touch Manager can manage a small building or be expanded to handle medium- to large-sized buildings.

46 47

Control Systems

Advanced Control Systems for VRV Indoor Units

Features

Communication functions in the user-friendly icon-based multilingual controller simplify centralised control of the VRV system.

Ethernet

Local Controller

Please contact Daikin for compatibility with BMS system

Security Power supply facilityFire alarm

Lift Pump Lighting,etc

BMS

VRV System

Integrated control systems that recognise the trend of open control systems

DMS504B51 Interface for use in LONWORKS®

DMS502B51 Interface for use in BACnet®

Local dealers

I/F unit*4Automatic data transfer

Malfunction reportby E-mail

INTERNETACC centre

Maintenance services that boost profits and customer satisfaction

DMS502B51(Interface for use in BACnet®)

DMS504B51(Interface for use in LONWORKS®)

BACnet® LONWORKS®Interface for and

*1. Model name varies upon the system size.

*2. BACnet® is a registered trademark of American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE).

*3. LonWorks® is a trademark of Echelon Corporation registered in the United States and other countries.

*4. For an I/F unit, one of the following can be selected: Local Controller, intelligent touch Controller, or intelligent touch Manager.

*5. Refer to the Options page for the name of each model.


Air Conditioning NetworkService System modemfor connections

ACC centre

System Components

Via internet

DCS601C51

RS-232C

Number of indoor units expanded from 64 to 128.

D -NET

D -NET Plus AdaptorDCS601A52 (Option)

Indoor UnitHeat ReclaimVentilator

Colour LCD touch panel icon display

Small manageable size

Simplified engineering

Multi language (English, French, Italian, German, Spanish,

Dutch, Portuguese, Chinese and Korean)

Yearly schedule

Auto heat/cool change-over

Temperature limitation

Enhanced history function

Built-in modem for connecting to Air Conditioning Network Service System (Option)

Doubling of number of connectable indoor units by adding a D -NET Plus Adaptor (Option)

Compatibility with BMS enhanced by utilising the international communication standards, BACnet® or LONWORKS®.

Support for Heat Reclaim Ventilator VAM series

Selectable temperature unit

BTL Certification

PPD data (Optional Di board is required.)

ISO 16484-5 (Does not support IEEE 802.3 protocol for BACnet®)

Up to 40 outdoor units and 256 indoor unit groups on one gateway (optional adaptor)

XIF file for confirming of specifications of the units.

Connectable up to 10 outdoor units and 64 indoor unit groups.

24 hour on-line diagnostic systemEnergy saving and extension of aircon operating lifeMaintenance management via A/C network service system reportsReliable service at shortest lead time

Air Conditioning Network Service System(Optional Maintenance Service)

48 49

Control Systems

Integrated Building Monitoring System

BMS(Obtain locally)

Wiring adaptorfor electrical appendices(KRP2A61/62/53)

Interface Adaptor for SkyAir Series(DTA112BA51)

Central Control Adaptor Kit(DTA107A55)

Interface Adaptor for DIII-NET use(KRP928BB2S)

Central RemoteController(DCS302CA61)

(DCS601C51)

Schedule Timer(DST301BA61)

Unified ON/OFFController(DCS301BA61)

Unification adaptorfor computerised control(DCS302A52)

Home Automation Interface Adaptor(DTA116A51)

Home Automation Master Controller

DIII-NET Line

BACnet®/Ethernet or LONWORKS®

Network Communication Line

RS485 Modbus Line

Contact Signal Line

Caution: Limitation may apply to some models and functions. Please contact your local sales office for details. Consultation is necessary before employing this control system. Please contact your local sales office before making a purchase.

Air Conditioning Network Service System(There are restrictions in applicable areas and release times, therefore please consult us separately for details.)(Optional Maintenance Service)

Control /Connection Interface

Interface for use in BACnet®

(DMS502B51)

Interface for use in LONWORKS®

(DMS504B51)

ACC Centre

Di unit (DEC101A51)Dio unit (DEC102A51)

Building services equipmentElectrical equipmentSupply water and drainage equipmentAutomatic fire alarmParking equipmentLiftVentilation equipmentLightingCrime and fire prevention equipment

Controllers for Centralised Control

The high speed transmission of DIII-NET enables more advanced control of the VRV system, providing you with enhanced comfort.

D -NET(High Speed Multiple

Transmission)

DIII-NET, Daikin’s unique high speed multiple transmission system, links air conditioners and various other building

accordance with applications, scale and

vast amounts of information between them.

Note: BACnet® is a registered trademark of American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE). LONWORKS® is a trademark of Echelon Corporation registered in the United States and other countries.

The DIII-NET system provides for: Close control and monitoring by integrating a wide variety of air-conditioners in the entire building. Saving the in-building cabling using non-polar, two-wire cables. Easier wiring work with tremendously fewer wiring errors. Additional setups readily up and running. An extendable cabling up to 2 km in total. Different control equipment flexibly joined in the system for hierarchical risk diversification. Daikin's total heat exchangers and other devices under integral control.

VRV


SkyAir

Packaged Air-conditioner

Residential Air-conditioner

* No adaptor is required for the FCQ-B and FHQ-BV.

Via internet

(DCM601A51)

Via internet

VRV

50 51

Control Systems

Option List

Operation Control System Optional Accessories

No. TypeItem

1 Residential central remote controllerNote 2

DCS303A51

2 Central remote controller ,

2-1 KJB311AA

33-1 KJB212AA3-2

No. Item

1 T

Controller

Basic T

Controller

1-1 DIII-NET

1-2 11A W

2

T

Basic T

2-1 T

r2-2

2-3 DCM002A51 d

W

3 ® DMS502B51VRV

®

3-1 11B51

3-2

®VRV

W ®

5 Home DTA1 VRV

controlDCS302A52

Notes: ® W ®

No. TypeItem FXFQ-LU

FXDQ-PBFXDQ-NB

1 Remote controllerWireless

Wired23 — BRC2C51

—

5 KRCS01-1B KRCS01-1B

No. TypeItem FXAQ-P

1 Remote controllerWireless

Wired23

BRC2C51 BRC2C51 —5 —

KRCS01-1B

Notes:

rr

since

For VRV

Note:

52

Notes

53

Notes

54

Notes

Cooling Only / Heat Pump 50 Hz

NextGeneration

VRV IV

DAME 15-016Email: [email protected]

Date post:	08-Dec-2016
Category:	Documents
Upload:	hanhi
View:	360 times
Download:	40 times

VRV IV System Download Brochure

Documents