Daikin RXQ5PY1 [28/38] Specifications

Daikin RXQ5PY1 [28/38] Specifications
5453
OUTDOOR UNITSOUTDOOR UNITS
High Efficiency Types (Energy Saving Types)
Refrigerant oil
Refer to the nameplate of the compressor
19.1 (Brazing)
34.9 (Brazing)
64
19.1 (Brazing)
41.3 (Brazing)
65
19.1 (Brazing)
41.3 (Brazing)
65
19.1 (Brazing)
41.3 (Brazing)
65
19.1 (Brazing)
41.3 (Brazing)
66
19.1 (Brazing)
41.3 (Brazing)
65
Power supply
3 phase, 380415 V, 50 Hz, 4 wires system
R410A
Cooling capacity
Btu/h(*1)
(*1)
kW
(*2)
kcal/h(*1)
Refrigerant
Motor output kW
((1.2+4.5)
X
1)+((2.5+4.5)
X
1)+
((2.5+4.5)
X
1)
((2.5+4.5)
X
1)+((2.5+4.5)
X
1)+
((2.5+4.5)
X
1)
((2.5+4.5)
X
1)+((2.5+4.5)
X
1)+
((0.3+4.5+4.5)
X
1)
((2.5+4.5)
X
1)+((2.5+4.5)
X
1)+
((1.4+4.5+4.5)
X
1)
((2.5+4.5)
X
1)+((2.5+4.5)
X
1)+
((3.0+4.5+4.5)
X
1)
((2.5+4.5)
X
1)+((1.4+4.5+4.5)
X
1)+
((1.4+4.5+4.5)
X
1)
Refrigerant charge kg
Refrigerant oil charge
Machine weight kg
dB(A)
Capacity control
Heating capacity (*3)
Compressor
Sound level (*4)
%
kW
Btu/h
kcal/h
Air flow rate
Casing colour
Piping connections
Liquid pipe mm
Gas pipe mm
82,200
326,000
87,700
348,000
92,900
368,000
97,200
386,000
101,000
399,000
108,000
427,000
92,000
365,000
97,200
386,000
103,000
409,000
108,000
427,000
114,000
450,000
119,000
471,000
Hermetically sealed scroll type
8.4+10.0+10.0 10.0+10.0+10.0 10.0+10.0+12.3 10.0+10.0+12.5 10.0+10.0+12.7 10.0+12.5+12.5
249
+
285
+
285 285
+
285
+
285 285
+
285
+
329 285
+
285
+
329 285
+
285
+
341 285
+
329
+
329
107
95.6
(1,680
X
930
X
765)
+
(1,680
X
1,240
X
765)
+
(1,680
X
1,240
X
765)
113
102
120
108
125
113
132
117
138
125
(1,680
X
1,240
X
765)
+
(1,680
X
1,240
X
765)
+
(1,680
X
1,240
X
765)
95.0 101 107 112 116 124
Dimensions(H
X
W
X
D)
mm
MODEL
Constituent Units
RXYQ10PY1(E)
RXYQ12PY1(E)
RXYQ12PY1(E)
RXYQ12PY1(E)
RXYQ12PY1(E)
RXYQ12PY1(E)
RXYQ12PY1(E)
RXYQ12PY1(E)
RXYQ14PY1(E)
RXYQ12PY1(E)
RXYQ12PY1(E)
RXYQ16PY1(E)
RXYQ34PHY1(E) RXYQ36PHY1(E) RXYQ38PHY1(E) RXYQ40PHY1(E) RXYQ42PHY1(E) RXYQ44PHY1(E)
RXYQ12PY1(E)
RXYQ12PY1(E)
RXYQ18PY1(E)
RXYQ12PY1(E)
RXYQ16PY1(E)
RXYQ16PY1(E)
Without (E): Ivory white (5Y7.5/1), With (E): Light camel (2.5Y6.5/1.5)
5-100 5-100 4-100 4-100 4-100 4-100
89.9
MODEL
Constituent Units
RXYQ8PY1(E)
RXYQ8PY1(E)
RXYQ8PY1(E)
RXYQ10PY1(E)
19.1 (Brazing)
34.9 (Brazing)
64
205
+
285
+
285
100
(1,680
X
930
X
765)
+
(1,680
X
930
X
765)
RXYQ8PY1(E)
RXYQ8PY1(E)
RXYQ8PY1(E)
RXYQ8PY1(E)
RXYQ8PY1(E)
RXYQ10PY1(E)
RXYQ8PY1(E)
RXYQ8PY1(E)
RXYQ12PY1(E)
RXYQ8PY1(E)
RXYQ10PY1(E)
RXYQ12PY1(E)
RXYQ16PHY1(E) RXYQ18PHY1(E) RXYQ24PHY1(E) RXYQ26PHY1(E) RXYQ28PHY1(E) RXYQ30PHY1(E) RXYQ32PHY1(E)
RXYQ8PY1(E)
RXYQ12PY1(E)
RXYQ12PY1(E)
5-100
89.4
Power supply
3 phase, 380415 V, 50 Hz, 4 wires system
R410A
Cooling capacity
Btu/h(*1)
(*1)
kW
(*2)
kcal/h(*1)
Refrigerant
Motor output kW
(3.8
X
1)
+
((2.5
+
4.5)
X
1)
+
((2.5
+
4.5)
X
1)
Refrigerant charge kg
Refrigerant oil charge
Machine weight kg
dB(A)
Dimensions(H
X
W
X
D)
mm
Capacity control
Heating capacity (*3)
Compressor
Sound level (*4)
%
kW
Btu/h
kcal/h
Air flow rate
Casing colour
Piping connections
Liquid pipe mm
Gas pipe mm
77,300
307,000
86,000
341,000
Hermetically sealed scroll type
Without (E): Ivory white (5Y7.5/1), With (E): Light camel (2.5Y6.5/1.5)
7.7
+
10.0
+
10.0
12.7 (Brazing)
28.6 (Brazing)
60
205
+
205
50.0
45.1
15.9 (Brazing)
28.6 (Brazing)
61
205
+
249
56.5
50.7
(1,680
X
930
X
765)
+
(1,680
X
930
X
765)
+
(1,680
X
930
X
765)
15.9 (Brazing)
34.9 (Brazing)
62
205
+
205
+
205
75.0
67.6
19.1 (Brazing)
34.9 (Brazing)
62
205
+
205
+
249
81.5
73.2
19.1 (Brazing)
34.9 (Brazing)
63
205
+
205
+
285
87.5
78.8
19.1 (Brazing)
34.9 (Brazing)
63
205
+
249
+
285
94.0
84.4
(1,680
X
930
X
765)
+
(1,680
X
930
X
765)
+
(1,680
X
1,240
X
765)
(1,680
X
930
X
765)
+
(1,680
X
1,240
X
765)
+
(1,680
X
1,240
X
765)
10-100 8-100
7-100
6-100 6-100 5-100
44.8 50.4 67.2 72.8 78.3 83.9
(3.8
X
1)
+
(3.8
X
1)
(3.8
X
1)
+
((1.2
+
4.5)
X
1)
(3.8
X
1)
+
(3.8
X
1)
+
(3.8
X
1)
(3.8
X
1)
+
(3.8
X
1)
+
((1.2
+
4.5)
X
1)
(3.8
X
1)
+
(3.8
X
1)
+
((2.5
+
4.5)
X
1)
(3.8
X
1)
+
((1.2
+
4.5)
X
1)
+
((2.5
+
4.5)
X
1)
38,800
154,000
43,600
173,000
58,100
231,000
63,000
250,000
67,800
269,000
72,600
288,000
43,000
171,000
48,600
193,000
64,500
260,000
70,100
278,000
75,300
299,000
80,800
321,000
7.7
+
7.7 7.7
+
8.4 7.7
+
7.7
+
7.7 7.7
+
7.7
+
8.4 7.7
+
7.7
+
10.0 7.7
+
8.4
+
10.0
Sound level : (*4) 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.
Use C1220T-1/2H for over 19.1
3. Total refrigerant volume should be 100 kg or less.
Refrigerant oil
Refer to the nameplate of the compressor
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;
•Cooling : (*1) Indoor temp. of 27°CDB, 19.5°CWB, and outdoor temp. of 35.0°CDB.
(*2) Indoor temp. of 27°CDB, 19.0°CWB, and outdoor temp. of 35.0°CDB.
Heating : (*3) Indoor temp. of 20°CDB, and outdoor temp. of 7°CDB, 6°CWB.
•(*1)(*2)(*3) Equivalent piping length : 7.5m, level difference 0m.
Specifications
High Efficiency Types (Energy Saving Types)
Sound level : (*4) 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.
Use C1220T-1/2H for over 19.1
3. Total refrigerant volume should be 100 kg or less.
Refrigerant oil
Refer to the nameplate of compressor
19.1 (Brazing)
41.3 (Brazing)
66
19.1 (Brazing)
41.3 (Brazing)
65
19.1 (Brazing)
41.3 (Brazing)
66
Power supply
3 phase, 380415 V, 50 Hz, 4 wires system
R410A
Cooling capacity
Btu/h(*1)
(*1)
kW
(*2)
kcal/h(*1)
Refrigerant
Motor output kW
((2.5+4.5)
X
1)+((1.4+4.5+4.5)
X
1)+
((3.0+4.5+4.5)
X
1)
((1.4+4.5+4.5)
X
1)+((1.4+4.5+4.5)
X
1)+
((1.4+4.5+4.5)
X
1)
((1.4+4.5+4.5)
X
1)+((1.4+4.5+4.5)
X
1)+
((3.0+4.5+4.5)
X
1)
Refrigerant charge kg
Refrigerant oil charge
Machine weight kg
dB(A)
Capacity control
Heating capacity (*3)
Compressor
Sound level (*4)
%
kW
Btu/h
kcal/h
Air flow rate
Casing colour
Piping connections
Liquid pipe mm
Gas pipe mm
111,000
440,000
117,000
464,000
120,000
478,000
124,000
491,000
129,000
512,000
134,000
532,000
Hermetically sealed scroll type
10.0+12.5+12.7 12.5+12.5+12.5 12.5+12.5+12.7
285
+
329
+
341
329
+
329
+
329 329
+
329
+
341
144
129
(1,680
X
1,240
X
765)
+
(1,680
X
1,240
X
765)
+
(1,680
X
1,240
X
765)
150
136
156
140
128 135 139
Dimensions(H
X
W
X
D)
mm
MODEL
Constituent Units
RXYQ12PY1(E)
RXYQ16PY1(E)
RXYQ18PY1(E)
RXYQ16PY1(E)
RXYQ16PY1(E)
RXYQ16PY1(E)
RXYQ46PHY1(E) RXYQ48PHY1(E) RXYQ50PHY1(E)
RXYQ16PY1(E)
RXYQ16PY1(E)
RXYQ18PY1(E)
Without (E): Ivory white (5Y7.5/1), With (E): Light camel (2.5Y6.5/1.5)
3-100 3-100 3-100
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;
•Cooling : (*1) Indoor temp. of 27°CDB, 19.5°CWB, and outdoor temp. of 35.0°CDB.
(*2) Indoor temp. of 27°CDB, 19.0°CWB, and outdoor temp. of 35.0°CDB.
Heating : (*3) Indoor temp. of 20°CDB, and outdoor temp. of 7°CDB, 6°CWB.
•(*1)(*2)(*3) Equivalent piping length : 7.5 m, level difference 0 m.
/s
3,000
+
3,883
+
3,883
3,000
+
3,000 3,000
+
3,083
3,000
+
3,000
+
3,000 3,000
+
3,000
+
3,083 3,000
+
3,000
+
3,883 3,000
+
3,083
+
3,883
/s 3,083+3,883+3,883 3,883+3,883+3,883 3,883+3,883+3,883 3,883+3,883+3,883 3,883+3,883+3,983 3,883+3,883+3,883
/s 3,883+3,883+3,983 3,883+3,883+3,883 3,883+3,883+3,983
m
3
/min 180
+
233
+
233180
+
180 180
+
185 180
+
180
+
180 180
+
180
+
185 180
+
180
+
233 180
+
185
+
233
m
3
/min 185+233+233 233+233+233 233+233+233 233+233+233 233+233+239 233+233+233
m
3
/min 233+233+239 233+233+233 233+233+239

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