daikin iv brochure.pdfstate-of-the-art energy saving technology for vrv system new system more...
TRANSCRIPT
Cooling Only 50 Hz
All rights reservedSS
c
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.
Cautions on product corrosion
Warning Ask a qualified installer or contractor to install this product. Do not try to install the product yourself. Improper installation can result in water or refrigerant leakage, electrical shock, fire or explosion.Use only those parts and accessories supplied or specified by Daikin. Ask a qualified installer or contractor to install those parts and accessories. Use of unauthorised parts and accessories or improper installation of parts and accessories can result in water or refrigerant leakage, electrical shock, fire or explosion.Read the user's manual carefully before using this product. The user's manual provides important safety instructions and warnings. Be sure to follow these instructions and warnings.
If you have any enquiries, please contact your local importer, distributor and/or retailer.
Specifications, designs and other content appearing in this brochure are current as of November 2016 but subject to change without notice.
Some model names might differ and some products might not be available depending on the country of sale. For further information, please contact one of our sales companies.
PCVMT1613aprv
DA
IKIN
VRV IV
Cooling O
nly 50 Hz
be revised
03 04
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Higher Coefficient of Performance (COP)
Enhanced Lineup to 3 types Energy saving
*Cooling operation conditions: Indoor temp. of 27ºCDB, 19ºCWB, and outdoor temp. of 35ºCDB.0
33.5
44.5
18 HP 8 HP 10 HP 12 HP 14 HP 16 HP
4.073.80 3.74
3.46 3.25
4.32
Coo
ling
Ope
ratio
n C
OPEnables further energy saving
12 HP-50 HP with 4 new models lineupEnergySaving
20 HP
Offers higher capacity of up to 60 HP6 HP-60 HP with 3 new models lineup Up to
60 HP
COP 3.94 3.99
Product Weight 490 kg
14%Decrease
22%Decrease
Installation Space 1.66 m2
380 kg
1.42 m2
VRV
VRV
Standard Type
20 HP
New series with compact & lightweight design18 HP-50 HP with 17 new models lineup
Product Weight 490 kg
Installation Space 1.66 m2
320 kg
0.95 m2
COP 3.94 3.11 43%Decrease
35%Decrease
CompactDesign
VRV
Space Saving Type
20 HP
High-COP Type
11%Increase
Excellent Operation Performance
Lineup
HP
High-COP Type
Standard Type
Space Saving Type
COP at 100% operation load
Higher Coefficient of Performance (COP)
*Cooling operation conditions: Indoor temp. of 27ºCDB, 19ºCWB, and outdoor temp. of 35ºCDB.
Coo
ling
Ope
ratio
n C
OP
Higher Coefficient of Performance (COP)
*Cooling operation conditions: Indoor temp. of 27ºCDB, 19ºCWB, and outdoor temp. of 35ºCDB.
COP at 50% operation load
Higher Coefficient of Performance (COP)
*Cooling operation conditions: Indoor temp. of 27ºCDB, 19ºCWB, and outdoor temp. of 35ºCDB.
COP for 10 HP
4567
08 HP10 HP12 HP14 HP16 HPHP 18
6.45 6.02 5.92 5.47 5.13
6.83
Coo
ling
Ope
ratio
n C
OP
034567
100% 90% 80% 70% 60% 50% Load
4.46 4.83 5.27 5.796.45
4.07
Coo
ling
Ope
ratio
n C
OP
2.13 m2
555 kgInstallation SpaceProduct Weight
1.66 m2
490 kg
4.39COP 3.94
be added
05 06
Realising compact technology with performance Sufficient cooling for electrical component
The new 20 HP model is designed with the electrical box strategically located between a region of positive and negative pressure. This design allows a larger air flow from negative pressure to positive pressure due to the higher pressure difference.
The small holes created in the electric box are now close to the fan blower inlet, thus a significant pressure difference can still be achieved unlike that of VRV .
Eliminate suction resistance issue
Without affecting the fan volume, the electric component is re-designed to the top and free up the dead space that existed in previous VRV models. This eliminates the problem of suction resistance.
Refined Design Meets Advanced Technologies
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As a leading global innovator, Daikin advanced from the conventional 2 module combination to a single module for 20 HP model. This allows the installation area to reduce by 43% as compared to the previous VRV 20 HP model.
With this unbridled passion for high quality and advanced technology solutions, the new 20 HP is designed with the following considerations:
Uneven negative pressure
space
Even negative pressure
space
VRV
Design considerations
1.
2.
3.4.
Increase surface area of heat exchanger for better performance Easy maintenance
Sufficient cooling for electrical componentEliminate suction resistance issue to enhance air flow volume.
VRV
VRV 20 HP 20 HP
43%Decrease
Installation space
Increase surface area of heat exchanger
The unique 4-sided all round heat exchanger ensure sufficient surface area for the heat exchanger as oppose to conventional 3-sided heat exchanger. This improves the heat exchanger performance without increasing the footprint.
Easy maintenance
In previous VRV design, the electrical component is usually situated on the front surface which requires the whole electrical component to be removed before maintenance can be carried out.
With the new design, the electrical component is strategically located on the top which ease the maintenance process.
Moreover, the heat exchanger on the front side can be extended to take up the previous space used for the electrical component and improve its performance.
Electric box air passage outlet
High pressure difference
Electric box air passage entrance
Electric box air passage outlet
Electric box air passage entrance
Pressure is lower as the area where air enters is far away from the fan blower inlet
Higher pressure as air entering is near to the fan blower inlet
Positive pressure space
Negative pressure space
Positive pressure space
Negative pressure
space
VRV
Low pressure difference
Electrical componentElectrical component
VRV
be revised
be deleted
07 08
How is energy reduced?During cooling, the refrigerant evaporating temperature (Te) is raised to minimise the difference with the condensing temperature. Compressors work less, and this reduces power consumption.
State-of-the-art energy saving technology for VRV system New system more energy saving
Basic mode is selected to maintain optimal comfort.VRT is selected to save energy and prevent excessive cooling.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.
VRT-Variable Refrigerant Temperature
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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. (º
C)
VRT is particularly effective at night when temperatures are low.
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
Coo
ling
load
& c
apac
ity
25%
100%
Outdoor Temp.
35℃30℃25℃20℃
Capacitychanges to match heat load
Typical changes in evaporating temperature and COP depending on changing indoor load
Outdoor Temp.
VRT
Without VRT
Low
Hig
h
35℃30℃25℃20℃
Ref
riger
ant e
vapo
ratin
gte
mp.
/ Te(℃
)
Automatic control to adjust temperature
Recommended for use in these situationsCooling only regions having differences in daily temperature.
Outdoor Temp.
CO
P
35℃30℃25℃20℃
Without VRT
VRT
Low
Hig
h
PowerfulMode
QuickMode
MildMode
• Can boost capacity above 100% if needed. The refrigerant temperature can go lower in cooling than the set minimum.• Gives priority to very fast reaction speed. The refrigerant temperature goes down fast to keep the room setpoint stable.
• Gives priority to fast reaction speed. The refrigerant temperature goes down fast to keep the room setpoint stable.
• Gives priority to efficiency. The refrigerant temperature goes down gradually giving priority to the
efficiency of the system instead of the reaction speed.
Energy saving priorityCapacity priority
Basic ModeFixed Te - Standard control
Fixed Refrigerant Temperature Variable Refrigerant Temperature
High Sensible Mode
Fixed target Te
Selecting VRT enables operation to be optimised for either energy efficiency or rapid cooling.
Floating Te
Powerful Mode Quick Mode Mild Mode
Fixed Te
Eco ModeReaction speed VERY FAST Reaction speed FAST Reaction speed
(Default setting on VRV IV)MEDIUM Unable to change Te
Automatic control adjusts evaporating temperature
to heat load change.
Energy efficiency is improved without
sacrificing comfort.
Required capacity changes as air
conditioning load changes according to outdoor
temperature.
In case of fixed evaporating temperature, excessive cooling, thermo
on-off loss, and other inefficiencies occur.
(During cooling)Refrigerant cycle
Evaporating temperature raisedCompressor workload reduced
Condenser
CompressorIndoor unitheat exchanger
Evaporator
Auto Mode(Default setting on VRV IV)
Floating target Te depending on heat load
be added
Large capacity all DC inverter compressor in compact casing Various advanced control main PC board
Highly integrated heat exchanger
Computer control board SMT packaging material
*SMT: Surface mounted technology
Computer control board surface adopting SMT packaging
technology
Conventional computer control
board surface
SMT 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
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.
ODM Motor
Only Daikin adapted ODM motor with feature ofstable rotation and volumetric efficiency
Realise highly integrated heat exchangerperformance(increase row, reduce fin pitch) by reducing of airflow resistance whichchanges cooling tube to Ø7.
Fine Louvre Fin
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.
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.
PC Board
Power Module
RefrigerantRefrigerant Jacket
HeatRefrigerant
Using refrigerant to cool the inverter power module helped minimize the electric component, and this resulted in reduced airflow resistance and improved efficiency of the heat exchanger.
Downsize electric component, re-locate to dead space of bell mouth side to decrease airflow resistance.
Improved inner design to increase smooth airflow
Refrigerant cooling technology, ensures stability of PCB temperature
Bell mouth
Electric Component Space
3 row with small pipe design,increases heat transfer efficiency
20 HP
Development of high strength material
Small type high efficiency concentrated winding motor
15 16
Advanced Technologies Achieve Excellent Performance
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Change fin shape from fine louvre to waffle fin. Fin pitch can be reduced fin pitch from 2.0 mm to1.4 mm, to realise unit efficiency whichincreased heat exchanger area.
Waffle Fin
Large capacity all DC inverter compressor using high tension strength material,realise 12 HP compressor using 8 HP casing.
UNIQUE
Thanks to large diameter of the rotor,Large torque with same electromagnetic forceStable rotation in all range, and can beoperated with small number of rotations
Advantages of ODM
HIGH TORQUEwith low energy
MORE efficient
F
Rotor F
Rotor
ODM Motor(Outer Type)
Conventional Motor(Inner Type)
be revised
Enhanced range of choices
Air Handling Unit AHUR
Indoor Unit Lineup
Indo
or U
nit L
ineu
p
19 20
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 only64Max.
indoorunits
*Refer to page 69-70 for the maximum number of connectable indoor units.
Residential indoor units with connection to BP units
FXSQ-PVEMiddle StaticPressure CeilingMounted Duct
Type Model Name
FXFQ-SVMCeiling Mounted Cassette(Round Flow with Sensing)
Ceiling Mounted Cassette(Round Flow)
Ceiling Mounted Cassette(Compact Multi Flow)
Ceiling Mounted Cassette(Double Flow)
Ceiling Mounted Cassette Corner
Slim Ceiling Mounted Duct(Standard Series)
Ceiling Mounted Duct
Ceiling Suspended
Wall Mounted
Floor Standing
ConcealedFloor Standing
4-Way Flow Ceiling Suspended
Outdoor-Air Processing Unit
6 types 18 models25 35
25 352.5 3.5
50 60 71
50 60 715.0 6.0 7.1Rated Capacity (kW)Type Model Name
Capacity Index
Slim CeilingMounted Duct
Wall Mounted
FDKS-EAVMB
FDKS-C(A)VMB
FTKS-DVM
FTKS-FVM
(700 mm width type)
(900/1,100 mm width type)
FTKJ-NVMW
FTKJ-NVMS
FTKS-BVMA
FXVQ-NY1
FXVQ-NY16(high static pressure type)
Floor StandingDuct
FXDQ-SPV1Slim CeilingMounted Duct(Compact Series)
BP unit
Residential indoor units only32 Max.
indoorunits
BP unit
FXBQ-PVE
FXBPQ-PVE
Clean RoomAir Conditioner
24 types 109 models
FXMQ-MFV1
Note: BP units are necessary for residential indoor units. Only single outdoor unit (RXQ6-20TA) can be connected.
VRV indoor units
6–120 HPPage 108
VRV indoor units combine with residential indoor units, all in one system.
BP unit
Residential indoor units32Max.
indoorunits VRV indoor units
Page 93
be deleted
be revised
be added
Specifications
VRV Indoor Units
Spec
ifica
tions
47 48
Ceiling Mounted Cassette (Round Flow) Type
Ceiling Mounted Cassette (Compact Multi Flow) Type
Ceiling Mounted Cassette (Double Flow) Type
Ceiling Mounted Cassette Corner Type
1-phase, 220-240 V, 50 Hz2,4009,6002.8
0.033
3,10012,300
3.60.033
3,90015,400
4.50.047
4,80019,100
5.60.052
13/11.5/10459/406/35330/28.5/27
15/13/11530/459/38831/29/27
16/13.5/11565/477/38832/29.5/27
FXFQ25LUV1 FXFQ32LUV1 FXFQ40LUV1 FXFQ50LUV1
Galvanised steel plate
6,100 7,700 9,600 12,00024,200 30,700 38,200 47,800
7.1 9.0 11.2 14.00.066 0.093 0.187 0.209
19/16.5/13.5671/583/47734/31/28
32/26/201,130/918/70643/37.5/32
33/28/22.51,165/989/79444/39/34
21/18/15742/636/53036/33.5/31
FXFQ63LUV1 FXFQ80LUV1 FXFQ100LUV1 FXFQ125LUV1
9.5 15.9
VP25 (External Dia, 32/Internal Dia, 25)BYCP125K-W1
Fresh white50X950X950
5.5
6.4 12.7
13/11.5/10459/406/35330/28.5/27
cfmdB(A)mmkg
mm
mmkg
kcal/hBtu/hkWkW
m3/min
Liquid (Flare)Gas (Flare)DrainModelColourDimensions(H×W×D)Weight
Casing
Sound level (HH/H/L)Dimensions (H×W×D)Machine weight
Piping connections
Panel(Option)
Power supply
Cooling capacity
MODEL
Cooling
Airflow rate (HH/H/L)
22 25246X840X840 288X840X840
19.5
Power consumption
1-phase, 220-240 V/220 V, 50/60 Hz1,9007,5002.2
2,4009,6002.8
3,10012,300
3.60.076
3,90015,400
4.50.089
4,80019,100
5.60.115
Galvanised steel plate9/7 9.5/7.5 11/8 14/10
318/247 335/265 388/282 493/353
30/25-32/26 32/26-34/28 36/28-37/29 41/33-42/35
286×575×575186.412.7
VP20 (External Dia, 26/Internal Dia, 20)BYFQ60B3W1
White (6.5Y9.5/0.5)55×700×700
2.7
FXZQ20MVE FXZQ25MVE FXZQ32MVE FXZQ50MVEFXZQ40MVE
0.073
cfm
dB(A)
mmkg
mm
mmkg
kcal/hBtu/hkWkW
m3/min
Liquid (Flare)Gas (Flare)DrainModelColourDimensions(H×W×D)Weight
Casing
Dimensions (H×W×D)Machine weight
Piping connections
Panel(Option)
Power supply
Cooling capacity
MODEL
Cooling
Airflow rate (H/L)
Sound level (H/L)
230 V, 50 Hz-240 V, 50 Hz
Power consumption
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.•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.
FXCQ20MVE FXCQ25MVE FXCQ32MVE FXCQ40MVE FXCQ50MVE FXCQ63MVE FXCQ80MVE FXCQ125MVE1-phase, 220-240 V/220 V, 50/60 Hz
1,900 2,400 3,100 3,900 4,800 6,100 7,700 12,0007,500 9,600 12,300 15,400 19,100 24,200 30,700 47,8002.2 2.8 3.6 4.5 5.6 7.1 9.0 14.0
0.077 0.092 0.092 0.130 0.130 0.161 0.209 0.256Galvanised steel plate
7/5 9/6.5 9/6.5 12/9 12/9 16.5/13 26/21 33/25247/177 318/230 318/230 424/318 424/318 582/459 918/741 1,165/883
32/27 34/28 34/28 34/29 34/29 37/32 39/34 44/38
305×775×600 305×775×600 305×775×600 305×990×600 305×990×600 305×1,175×600 305×1,665×600 305×1,665×60026.0 26.0 26.0 31.0 32.0 35.0 47.0 48.06.4 6.4 6.4 6.4 6.4 9.5 9.5 9.512.7 12.7 12.7 12.7 12.7 15.9 15.9 15.9
VP25 (External Dia, 32/Internal Dia, 25)BYBC32G-W1 BYBC50G-W1 BYBC63G-W1 BYBC125G-W1
White (10Y9/0.5)53×1,030×680 53×1,030×680 53×1,030×680 53×1,245×680 53×1,245×680 53×1,430×680 53×1,920×680 53×1,920×680
8.0 8.0 8.0 8.5 8.5 9.5 12.0 12.0
cfm
dB(A)
mmkg
mm
mmkg
kcal/hBtu/hkWkW
m3/min
Liquid (Flare)Gas (Flare)DrainModelColourDimensions(H×W×D)Weight
Power consumptionCasing
Sound level (H/L)
Dimensions (H×W×D)Machine weight
Piping connections
Panel(Option)
Power supply
Cooling capacity
MODEL
Cooling
Airflow rate (H/L)
220 V240 V 34/29 36/30 36/30 37/32 37/32 39/34 41/36 46/40
FXKQ25MAVE
9,6002,400
Galvanised steel plate11/9
FXKQ32MAVE
12,3003,100
FXKQ40MAVE
15,4003,900
FXKQ63MAVE
2.8 3.6 4.5 7.124,2006,100
11/9 13/10 18/15388/318 388/318 459/353 635/530
215X1,110X71031
6.4 12.7
VP25 (External Dia, 32/Internal Dia, 25)BYK45FJW1
White (10Y9/0.5)70X1,240X800
8.5
215X1,110X71031
6.4 12.7
70X1,240X8008.5
215X1,110X71031
6.4 12.7
70X1,240X8008.5
215X1,310X71034
9.5 15.9
BYK71FJW1
70X1,440X8009.5
38/33 38/33 40/34 42/37
1-phase, 220-240 V/220 V, 50/60 Hz
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.•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: (FXCQ-M) Anechoic chamber conversion value, measured at a point 1.5 m downward from the unit centre.
(FXKQ-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.
0.066 0.066 0.076 0.105
cfm
mmkg
mm
mmkg
kcal/hBtu/h
kW
m3/min
Liquid (Flare)Gas (Flare)DrainModelColourDimensions(H×W×D)Weight
Power consumptionCasing
Sound level (H/L)
Dimensions (H×W×D)Machine weight
Piping connections
Panel(Option)
Power supply
Cooling capacity
MODEL
CoolingkW
220 V240 V
dB(A)
Airflow rate (H/L)
40/35 40/35 42/36 44/39
be deleted
be revised
Option List
Outdoor Units
High-COP Type
KHRP26M22H, KHRP26M33H, KHRP26M72H, KHRP26M73H(Max. 4 branch) (Max. 8 branch) (Max. 8 branch) (Max. 8 branch)
KHRP26M22H, KHRP26M33H, KHRP26M72H, KHRP26M73H(Max. 4 branch) (Max. 8 branch) (Max. 8 branch) (Max. 8 branch)
KHRP26M22H, KHRP26M33H, KHRP26M72H, KHRP26M73H(Max. 4 branch) (Max. 8 branch) (Max. 8 branch) (Max. 8 branch)
Standard Type
Optional Accessories
Distributivepiping
REFNET joint
REFNET header
RXQ6TAYM(E)RXQ8TAYM(E)
RXQ10TAYM(E)RXQ14TAYM(E)RXQ16TAYM(E)
KHRP26M22H (Max. 4 branch),KHRP26M33H
(Max. 8 branch)
KHRP26M22H, KHRP26M33H, KHRP26M72H(Max. 4 branch) (Max. 8 branch) (Max. 8 branch)
KHRP26A22T, KHRP26A33T, KHRP26A72T
Optional Accessories
Distributivepiping
REFNET joint
REFNET header
RXQ24TAHYM(E)RXQ26TAHYM(E)RXQ28TAHYM(E)RXQ30TAHYM(E)RXQ32TAHYM(E)
Outdoor unit multi connection piping kitPipe size reducer
KHRP26M22H (Max. 4 branch),KHRP26M33H
(Max. 8 branch),KHRP26M72H
(Max. 8 branch)
RXQ18TAHYM(E)RXQ20TAHYM(E)RXQ22TAHYM(E)
RXQ34TAHYM(E)
KHRP26A22T, KHRP26A33T, KHRP26A72T KHRP26A22T, KHRP26A33T, KHRP26A72T, KHRP26A73T
KHRP26A22T, KHRP26A33T, KHRP26A72T, KHRP26A73T
− KHRP26M73TP, KHPR26M73HP
KHRP26M73TP, KHPR26M73HP
BHFP22P151
BHFP22P151
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)
Optional Accessories
Distributivepiping
REFNET joint
REFNET header
RXQ22TANYM(E)RXQ18TANYM(E)RXQ20TANYM(E)
RXQ24TANYM(E)RXQ26TANYM(E)
RXQ28TANYM(E)RXQ30TANYM(E)RXQ32TANYM(E)
Outdoor unit multi connection piping kitPipe size reducer
KHRP26A22T, KHRP26A33T, KHRP26A72T KHRP26A22T, KHRP26A33T, KHRP26A72T, KHRP26A73T
− KHRP26M73TP, KHPR26M73HP
Optional Accessories
Distributivepiping
REFNET joint
REFNET header
RXQ42TAHYM(E)RXQ44TAHYM(E)RXQ46TAHYM(E)RXQ48TAHYM(E)RXQ50TAHYM(E)
Outdoor unit multi connection piping kitPipe size reducer
RXQ36TAHYM(E) RXQ38TAHYM(E) RXQ40TAHYM(E)
KHRP26A22TKHRP26A33T
KHRP26A22T, KHRP26A33T, KHRP26A72T, KHRP26A73TKHRP26M73TP, KHPR26M73HP
BHFP22P151
RXQ12TAYM(E)
Optional Accessories
Optional Accessories
Optional Accessories
Optional Accessories
Distributivepiping
REFNET joint
REFNET header
RXQ34TANYM(E)RXQ36TANYM(E)
RXQ38TANYM(E)RXQ40TANYM(E)
RXQ42TANYM(E)RXQ44TANYM(E)
RXQ46TANYM(E)RXQ48TANYM(E)RXQ50TANYM(E)RXQ52TANYM(E)RXQ54TANYM(E)RXQ56TANYM(E)RXQ58TANYM(E)RXQ60TANYM(E)
Outdoor unit multi connection piping kitPipe size reducer
Disinbutivepiping
Disinbutivepiping
Disinbutivepiping
REFNET header
REFNET joint
RXQ18TAYM(E)RXQ20TAYM(E)
RXQ26TASYM(E)RXQ28TASYM(E)RXQ30TASYM(E)RXQ32TASYM(E)
RXQ34TASYM(E)RXQ36TASYM(E)RXQ38TASYM(E)RXQ40TASYM(E)
RXQ24TASYM(E)RXQ22TASYM(E)
Space Saving Type
KHRP26M22H, KHRP26M33H, KHRP26M72H(Max.4 branch) (Max.8 branch) (Max.8 branch)
KHRP26M22H(Max.4 branch),KHRP26M33H(Max.8 branch),KHRP26M72H(Max.8 branch)
KHRP26A22T,KHRP26M33T,KHRP26M72T
KHRP26M22H, KHRP26M33H, KHRP26M72H, KHRP26M73H(Max.4 branch) (Max.8 branch) (Max.8 branch) (Max.8 branch)
KHRP26A22T, KHRP26A33T, KHRP26A72T, KHRP26A73T
KHRP26M73TP, KHRP26M73HPBHFP22P100
RXQ46TASYM(E)RXQ48TASYM(E)RXQ50TASYM(E)
RXQ42TASYM(E)RXQ44TASYM(E)
KHRP26M22H, KHRP26M33H, KHRP26M72H, KHRP26M73H(Max.4 branch) (Max.8 branch) (Max.8 branch) (Max.8 branch)
KHRP26A22T, KHRP26A33T, KHRP26A72T, KHRP26A73TKHRP26M73TP, KHRP26M73HP
BHFP22P151
Pipe size reducerOutdoor unit connection piping kit
Pipe size reducerOutdoor unit connection piping kit
KHRP26A22T, KHRP26A33T, KHRP26A72T
REFNET header
REFNET header
REFNET joint
REFNET joint
Optional Accessories
Distributivepiping
Outdoor unit multi connection piping kit
REFNET header
REFNET joint
—
RXQ12TAHYM(E)RXQ14TAHYM(E)RXQ16TAHYM(E)
KHRP26M22H, KHRP26M33H, KHRP26M72H(Max. 4 branch) (Max. 8 branch) (Max. 8 branch)
BHFP22P100KHRP26A22T, KHRP26A33T, KHRP26A72T
Opt
ion
List
75 76
BHFP22P100
be added
Air Treatment Equipment Lineup Air Handling Unit
Options Air Handling Unit
Option List
PC board adaptor for heater control kit (BRP4A50)
SilencerVAM150GJVE VAM250GJVE VAM350GJVE VAM500GJVE VAM650GJVE VAM800GJVE VAM1000GJVE VAM1500GJVE VAM2000GJVE
——
KDDM24B50 KDDM24B100 KDDM24B100X2 200 250
Air suction/discharge grille (Obtain locally)
Branch duct(Obtain locally)
SA
SA
RA
EAOA
Duct(Obtain locally)
Flexible duct(Option)
Silencer (Option)
Round hood(Obtain locally)
Thermal insulation material (Obtain locally)
High efficient filter(Option)
Item
Addi
tiona
lfu
nctio
n
Type
High efficiency filter
Flexible duct (1 m)Flexible duct (2 m)Duct adaptor
KAF242H25M KAF242H50M KAF242H65M KAF242H80MKAF241G65M KAF241G80M
KAF242H100M KAF242H80MX2 KAF242H100MX2Air filter for replacement KAF241G25M KAF241G50M KAF241G100M KAF241G80MX2 KAF241G100MX2
K-FDS101D K-FDS151D K-FDS201D K-FDS251DK-FDS102D K-FDS152D K-FDS202D K-FDS252D
——
YDFA25A1 250
EA
OA
RA
SA
Power supply (Obtain locally)Relay box
Thermostat (Obtain locally)(ON when the temperature is at or below -10℃)
Heat Reclaim VentilatorHeater
(Obtain locally)
BRP4A50
Thermostat (Obtain locally)(OFF when the temperature is at or more than 5℃)
Indoor Outdoor
When the installation of an electric heater is required in a cold region, this adaptor with an internal timer function eliminates the complicated timer connecting work that was necessary with conventional heaters.
Examine fully an installation place and specification for using the electric heater based on the standard and regulation of each country.Supply the electric heater and safety production devices such as a relay and a thermostat, etc of which qualities satisfy the standard and regulation of each country at site.Use a non-inflammable connecting duct to the electric heater. Be sure to allow 2 m or more between the electric heater and the Heat Reclaim Ventilator for safety.For the Heat Reclaim Ventilator, use a different power supply from that of the electric heater and install a circuit breaker for each.
Notes when installing
Nominal pipe diameter mm
Nominal pipe diameter mm
For wiring
Installation box for adaptor PCB
Type (indoor unit of VRV )
Central remote controller
Heat Reclaim Ventilator remote controller
Wiring adaptor for electrical appendices
Installation box for adaptor PCB
Unified ON/OFF controllerSchedule timer
For humidifier
For heater control kit
BRC301B61
DCS302CA61Residential central remote controller DCS303A51 *1
DCS301BA61DST301BA61
KRP2A61KRP50-2
BRP4A50KRP50-2A90 (Mounted electric component assy of Heat Reclaim Ventilator)
Item Type
Con
trollin
g de
vice
PC B
oard
Ada
ptor
Centralised controlling device
Note:1.2.3.4.
Installation box is necessary for each adaptor marked . Up to 2 adaptors can be fixed for each installation box.Only one installation box can be installed for each indoor unit.Up to 2 installation boxes can be installed for each indoor unit.
5.6.7.
Installation box is necessary for second adaptor.Installation box is necessary for each adaptor. *1 For residential use only. When connected with a Heat Reclaim Ventilator (VAM), you can
only switch the power ON/OFF. Cannot be used with other centralised control equipment.
— BRYMA65 BRYMA100 BRYMA65 BRYMA100CO2 sensor
FXFQ-SFXFQ-LU FXZQ-M FXCQ-M FXKQ-MA
FXDQ-PBFXDQ-NB FXMQ-P FXMQ-MA FXHQ-MA FXAQ-P
FXLQ-MA FXNQ-MA
KRP1BA57KRP1C63 KRP1B61 KRP1B61 KRP1B56 KRP1B61 KRP1BA54 — KRP1B61Note 4, 6KRP1BA101
Notes 2, 3KRP1H98A
Notes 2, 3KRP1B96 —
FXUQ-A
KRP1C67
—Notes 4, 6KRP1BA101 — Note 3
KRP1CA93Notes 2, 3KRP4AA93 —
FXVQ-N
KRP1C67
—
FXBQ-PFXBPQ-P
KRP1B61
—
FXSQ-P
Notes 2, 3KRP4A96
KRP1C64Notes 2, 3KRP4A98
Daikin communication wire (F1, F2 communication)Other communication wire
Liquid pipeGas pipe
Daikin air handling units can be connected to VRV IV systems. This combination can be built to order as a system. Outdoor air series is also possible. Please contact your local sales office for details.
Inverter controlled unitsControl of air temperature via standard Daikin wired remote control for standard series
Easy design and installationThe system is easy to design and install since no additional water systems such as boilers, tanks and gas connections etc are required.
System overview
Air handling unit
Integrate your air handling unit in a total solution for large size spaces such as factories and large stores.
AHUR
Capacity range : 6 – 120 HP
107 108
Air
Han
dlin
g U
nit
be revised