Sharp AY-XP9RMR-AE-X9RMR - Manual (Page 13)

12
Floor/Ceiling
GS-XP18/24FR
Floor Standing
GS-XP9/12/18FGR
Features Outdoor unit
R410A
GU-XR18FR GU-XR24FR
Features Outdoor unit
R410A
AE-X18GR
GU-X9FGR GU-X12FGR
Specifi cation Specifi cation
Cool/Dry/Heat
Model
GS-XP18FR 5.00 (1.70 – 6.10) 6.20 (1.70 – 7.50) 5.6 3.9
Cooling operation Heating operation
Capacity (kW)
(Min. – Max.)
Capacity (kW)
(Min. – Max.)
SEER SCOP
GS-XP24FR 7.00 (2.40 – 8.00) 8.00 (2.80 – 9.00) 5.2 3.7
A
A +A
A
Cool/Dry/Heat
Model
GS-XP9FGR 2.50 (0.90 – 3.00) 3.40 (0.90 – 5.00) 6.7 3.9
Cooling operation Heating operation
Capacity (kW)
(Min. – Max.)
Capacity (kW)
(Min. – Max.)
SEER SCOP
GS-XP12FGR
GS-XP18FGR
3.50 (0.90 – 4.00)
5.00 (0.90 – 5.70) 4.50 (0.90 – 6.00)
5.70 (0.90 – 7.70) 5.8
5.4 3.9
3.8
A
A
A ++A
+A
A
Model Indoor GS-XP18FR GS-XP24FR
Outdoor GU-XR18FR GU-XR24FR
Preformance*1 Cooling Energy Effi ciency Class A+ A
SEER 5.6 5.2
Pdesign kW 5.0 7.0
Capacity (Min. – Max.) kW 5.00 (1.70 – 6.10) 7.00 (2.40 – 8.00)
Input (Min. – Max.) W 1,560 (370 – 2,650) 2,180 (630 – 3,120)
Annual electricity consumption*2 kWh/a 312 470
Heating
(Average
Climate) Energy Effi ciency Class A A
SCOP 3.9 3.7
Pdesign kW 5.0 6.2
Capacity (Min. – Max.) kW 6.20 (1.70 – 7.50) 8.00 (2.80 – 9.00)
Input (Min. – Max.) W 1,700 (370 – 2,200) 2,210 (730 – 2,800)
Annual electricity consumption*2 kWh/a 1,786 2,333
Nominal Effi ciency*3 EER 3.21 3.21
COP 3.65 3.62
Nominal Current*3 Cooling A 7.2 10.0
Heating A 7.8 10.1
Sound Pressure Level*4 (Cool) Indoor (Hi/Lo) dB(A) 43/34 46/34
Outdoor db(A) 54 55
Sound Power Level (Cool) Indoor (Hi) 57 60
Outdoor 65 69
Airfl ow Volume (Hi, Cool) m3/min 17.0 19.0
Operation Range (Outdooor) Coolong °C -10 – 46 -10 – 46
Heating °C -15 – 24 -15 – 24
Power Supply Outdoor V/Phase/Hz 220 – 240/single/50 220 – 240/single/50
Dimensions Indoor (WxHxD) mm 1,300x680x212 1,300x680x212
Outdoor (WxHxD) mm 890x800x320 890x800x320
Weight Indoor kg 34 36
Outdoor kg 57 65
Min. – Max. Pipe Lenght m 1 – 30 1 – 30
Max. Height Difference m 20 20
Max. Chargless Lenght m 30 30
Pipe Diameter Liquid Side inch 1/4 3/8
Gas Side inch 1/2 5/8
Refrigerant (GWP*5) kgCO
2
eq. R410A (1975) R410A (1975)
Model Indoor GS-XP9FGR GS-XP12FGR GS-XP18FGR
Outdoor GS-X9FGR GS-X12FGR GS-X18FGR
Preformance*1 Cooling Energy Effi ciency Class A++ A+ A
SEER 6.7 5.8 5.4
Pdesign kW 2.5 3.5 5.0
Capacity (Min. – Max.) kW 2.50 (0.90 – 3.00) 3.50 (0.90 – 4.00) 5.00 (0.90 – 5.70)
Input (Min. – Max.) W 615 (200 – 890) 1,075 (230 – 1,320) 1,660 (260 – 2,190)
Annual electricity consumption*2 kWh/a 130 211 324
Heating
(Average
Climate) Energy Effi ciency Class A A A
SCOP 3.9 3.9 3.8
Pdesign kW 3.4 3.6 4.5
Capacity (Min. – Max.) kW 3.40 (0.90 – 5.00) 4.50 (0.90 – 6.00) 5.70 (0.90 – 7.70)
Input (Min. – Max.) W 780 (200 – 1,400) 1,230 (230 – 1,730) 1,580 (260 – 2,400)
Annual electricity consumption*2 kWh/a 1,207 1,300 1,655
Nominal Effi ciency*3 EER 4.07 3.26 3.01
COP 4.36 3.66 3.61
Nominal Current*3 Cooling A 2.9 5.0 7.4
Heating A 3.6 5.7 7.0
Sound Pressure Level*4
(Cool) Indoor (Hi/Lo) dB(A) 37/22 38/23 44/33
Outdoor db(A) 45 46 49
Sound Power Level (Cool) Indoor (Hi) 53 53 60
Outdoor 61 62 65
Airfl ow Volume (Hi, Cool) m3/min 9.9 10.5 14.2
Operation Range
(Outdooor) Coolong °C -10 – 46 -10 – 46 -10 – 46
Heating °C -15 – 24 -15 – 24 -15 – 24
Power Supply Outdoor V/Phase/Hz 220–240/single/50 220–240/single/50 220–240/single/50
Dimensions Indoor (WxHxD) mm 750x670x235 750x670x235 750x670x235
Outdoor (WxHxD) mm 750x540x250 750x540x250 750x540x265
Weight Indoor kg 17 17 17
Outdoor kg 33 33 37
Min. – Max. Pipe Lenght m 1 – 20 1 – 20 1 – 30
Max. Height Difference m 7 7 10
Max. Chargless Lenght m 15 15 30
Pipe Diameter Liquid Side inch 1/4 1/4 1/4
Gas Side inch 3/8 3/8 1/2
Refrigerant (GWP*5) kgCO
2
eq. R410A (1975) R410A (1975) R410A (1975)
*1 According to EN14825; *2 Energy consumption “XYZ” kWh per year, based on standard test results. Actual energy consumption will
depend on how the appliance is used and where it is located; *3 According to EN14511; *4 Sound pressure level is measured according
to JIS C 9612; *5 Refrigerant leakage contributes to climate change. Refrigerant with lower global warming potential (GWP)
would contribute less to global warming than a refrigerant with higher GWP, if leaked to the atmosphere. This appliance contains a refrigerant fl uid with a GWP equal to 1975. This means that if 1 kg of this refrigerant fl uid would be leaked to the atmosphere,
the impact on global warming would be 1975 times higher than 1 kg of CO
2
, over a period of 100 years. Never try to interfere with
the refrigerant circuit yourself or disassemble the product yourself and always ask a professional.