Daikin RXYQ32PY1 [20/38] Between 12 5 class 14 kw and up to 64 54 class 147 kw indoor units in a single refrigerant piping circuit can be individually controlled in minimum increments of 2 kw 0 class...

Daikin RXQ28PHY1 [20/38] Between 12 5 class 14 kw and up to 64 54 class 147 kw indoor units in a single refrigerant piping circuit can be individually controlled in minimum increments of 2 kw 0 class facilities from small to large can be accommodated with the lineup of 5 54 class 14 147 kw models the units are superbly compact so less installation space is required 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 these products are available for the heat pump type only compliant with the rohs directive refer to page 13 for details
3837
New
New
• Between 12 (5 class (14 kW)) and up to 64 (54 class (147 kW)) indoor units in a single refrigerant piping circuit can
be individually controlled in minimum increments of 2.2 kW (0.8 class). Facilities from small to large can be
accommodated with the lineup of 5–54 class (14–147 kW) models. The units are superbly compact, so less
installation space is required.
• 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. These products are available for the heat pump type only.
• Compliant with the RoHS Directive (refer to page 13 for details.)
Standard models (Space saving types)
• High efficiency type outdoor units offer highly efficient performance, contributing to energy savings, while a lineup of
16–50 class (45–138 kW) models extends the range of applications.
• 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. These products are available for the heat pump type only.
• Compliant with the RoHS Directive (refer to page 13 for details.)
High efficiency types (Energy saving types)
Series
14 kW
Capacity range
22.4 kW
28 kW
33.5 kW
40 kW 45 kW 49 kW
55.9 kW 61.5 kW 67.4 kW 71.4 kW
77 kW
82.5 kW
90 kW 94 kW 98 kW
105 kW 116 kW 120 kW 126 kW 132 kW112 kW
Series Line Up
138 kW 143 kW 147 kW
Cooling
only/
Heat pump
Standard
models
High
efficiency
types
————— —— ——
30, 32, 34, 36 class
38, 40, 42, 44, 46 class 48, 50, 52, 54 class
5 class 8, 10 class 12, 14, 16, 18 class 20, 22, 24, 26, 28 class
RX(Y)Q20P(E)
RX(Y)Q22P(E)
RX(Y)Q24P(E)
RX(Y)Q26P(E)
RX(Y)Q28P(E)
16, 18 class
RX(Y)Q16PH(E)
RX(Y)Q18PH(E)
RX(Y)Q12P(E)
RX(Y)Q14P(E)
RX(Y)Q16P(E)
RX(Y)Q18P(E)
RX(Y)Q8P(E)
RX(Y)Q10P(E)
RX(Y)Q5P(E)
RX(Y)Q30P(E)
RX(Y)Q32P(E)
RX(Y)Q34P(E)
RX(Y)Q36P(E)
24, 26 class
RX(Y)Q24PH(E)
RX(Y)Q26PH(E)
RX(Y)Q38P(E)
RX(Y)Q40P(E)
RX(Y)Q42P(E)
RX(Y)Q44P(E)
RX(Y)Q46P(E)
RX(Y)Q48P(E)
RX(Y)Q50P(E)
RX(Y)Q52P(E)
RX(Y)Q54P(E)
28, 30 class
RX(Y)Q28PH(E)
RX(Y)Q30PH(E)
32, 34 class
RX(Y)Q32PH(E)
RX(Y)Q34PH(E)
36, 38, 40, 42, 44, 46, 48, 50 class
RX(Y)Q36PH(E)
RX(Y)Q38PH(E)
RX(Y)Q40PH(E)
RX(Y)Q42PH(E)
RX(Y)Q44PH(E)
RX(Y)Q46PH(E)
RX(Y)Q48PH(E)
RX(Y)Q50PH(E)
Indoor Units Line Up (Connection unit series indoor units) Outdoor Units Line Up
Cooling only type/Heat pump type
Ceiling suspended cassette type
FXUQ71MAV1/FXUQ100MAV1
FXUQ125MAV1
This ultra-thin indoor unit achieves
optimum air distribution, and can be installed
without the need for ceiling cavity.
Depending on installation site requirements or room
conditions, 2-way, 3-way and 4-way discharge
patterns are available.
Compliant with the RoHS Directive
(refer to page 13 for details.)
4-way air flow
from the centre of the store.
The 3-way air flow can distribute
comfortable air throughout the room.
Only one unit is needed to distribute comfortable air
throughout an L-shaped store.
Connection unit
NEW
Connection unit is the device for connecting above indoor units to VRV III.
Compliant with the RoHS Directive (refer to page 13 for details.)
BEVQ-MAVE
Connection unit for indoor unit
Indoor unit
Piping length*
1
Indoor unit
Remote controller
Super wiring (DIII-NET)
Single-phase 220-240 V
power supply
Refrigerant piping layout External wiring layout
Notes:
Gas pipe
Liquid
pipe
Model
Maximum piping length
between the BEV unit
and the indoor units.
FXUQ-MAV1 5 m
*1
• When connecting centralised-control device, it is
necessary to install an interface adaptor for an
indoor unit (DTA102A52).
• Connection unit BEVQ-MA is necessary for each
indoor unit.
• The refrigerant piping height difference between
the indoor units and the BEV unit must be within
4 m.
• The BEV unit must be installed within a
maximum height difference between indoor units
of 15 m.
• Branching of the refrigerant piping is not
possible downstream of the BEV unit.
VRV series
outdoor unit

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