5
2. Specification
Indoor CS-C9MKV
CS-C12MKV
Model
Outdoor CU-C9MKV
CU-C12MKV
Performance Test Condition
NEW JIS
NEW JIS
Phase, Hz
Single, 60
Single, 60
Power Supply
V 220
220
kW 2.65
3.56
BTU/h 9040
12140
Capacity
kJ/h 9540
12820
Running Current
A
3.9
5.3
Input Power
W
830
1.11k
W/W 3.19
3.21
EER
BTU/hW 10.9
10.9
Power Factor
%
97
95
dB-A
36 / 26
39 / 29
Indoor Noise (H / L)
Power Level dB
49 / -
52 / -
dB-A
48 / -
48 / -
Cooling
Outdoor Noise (H / L)
Power Level dB
63
63
Max Current (A) / Max Input Power (W)
4.6 / 990
6.5 / 1.35k
Starting Current (A)
23.0
33.0
Type
Hermetic Motor
Hermetic Motor
Motor Type
Induction (2-poles) Induction
(2-poles)
Compressor
Output Power
W
600
850
Type
Cross-Flow Fan
Cross-Flow Fan
Material
ASG20K1
ASG20K1
Motor Type
Induction (4-poles) Induction
(4-poles)
Input Power
W
51.3
53.2
Output Power
W
22
22
QLo rpm
580
680
Lo rpm
650
750
Me rpm
850
930
Hi rpm
1030
1110
Indoor Fan
Speed
SHi rpm
1130
1130
Type
Propeller Fan
Propeller Fan
Material
PP Resin
PP Resin
Motor Type
Induction (6-poles) Induction
(6-poles)
Input Power
W
68.2
74.0
Output Power
W
30
30
Outdoo
r Fa
n
Speed Hi
rpm
800
800
Moisture Removal
L/h (Pt/h)
1.6 (3.4)
2.1 (4.4)
QLo m
3
/min (ft
3
/min)
5.3 (189)
6.4 (225)
Lo m
3
/min (ft
3
/min)
6.0 (212)
7.0 (248)
Me m
3
/min (ft
3
/min)
7.8 (277)
8.7 (308)
Hi m
3
/min (ft
3
/min)
9.5 (335)
10.4 (367)
Indoor Airflow
SHi m
3
/min (ft
3
/min)
10.4 (368)
10.6 (374)
Outdoor Airflow
Hi
m
3
/min (ft
3
/min)
29.2 (1030)
32.4 (1140)
Control Device
Capillary Tube
Capillary Tube
Refrigerant Oil
cm
3
ATMOS M60 or SUNISO 4GDID (290)
ATMOS M60 or SUNISO 4GDID (350)
Refrigeration
Cycle
Refrigerant Type
g (oz)
R22, 590 (20.8)
R22, 770 (27.2)
Height(I/D / O/D)
mm (inch)
290 (11-7/16)
510 (20-3/32)
290 (11-7/16)
540 (21-9/32)
Width (I/D / O/D)
mm (inch)
870 (34-9/32)
650 (25-19/32)
870 (34-9/32)
780 (30-23/32)
Dimension
Depth (I/D / O/D)
mm (inch)
204 (8-1/16)
230 (9-1/16)
204 (8-1/16)
289 (11-13/32)
Weight
Net (I/D / O/D)
kg (lb)
9 (20)
23 (51)
9 (20)
29 (64)
Summary of Contents for CS-C12MKV
Page 12: ...12 4 Location of Controls and Components 4 1 Indoor Unit 4 2 Outdoor Unit 4 3 Remote Control ...
Page 13: ...13 5 Dimensions 5 1 Indoor Unit 5 1 1 CS C9MKV CS C12MKV ...
Page 14: ...14 5 1 2 CS C18MKV CS C24MKV CS C28MKV ...
Page 15: ...15 5 2 Outdoor Unit 5 2 1 CU C9MKV 5 2 2 CU C12MKV ...
Page 16: ...16 5 2 3 CU C18MKV CU C24MKV CU C28MKV ...
Page 17: ...17 6 Refrigeration Cycle Diagram ...
Page 18: ...18 7 Block Diagram 7 1 1 CS C9MKV CU C9MKV CS C12MKV CU C12MKV ...
Page 19: ...19 7 1 2 CS C18MKV CU C18MKV CS C24MKV CU C24MKV ...
Page 20: ...20 7 1 3 CS C28MKV CU C28MKV ...
Page 26: ...26 9 Electronic Circuit Diagram 9 1 CS C9MKV CU C9MKV ...
Page 27: ...27 9 2 CS C12MKV CU C12MKV ...
Page 28: ...28 9 3 CS C18MKV CU C18MKV ...
Page 29: ...29 9 4 CS C24MKV CU C24MKV ...
Page 30: ...30 9 5 CS C28MKV CU C28MKV ...
Page 32: ...32 10 1 1 2 CS C18MKV CS C24MKV CS C28MKV ...
Page 34: ...34 10 1 6 Human Activity Sensor Printed Circuit Board ...
Page 77: ...77 Figure 3 Figure 4 16 1 1 3 To remove discharge grille Figure 5 ...
Page 79: ...79 Figure 9 Figure 10 ...
Page 81: ...81 16 2 1 3 To remove power electronic controller Figure 13 Figure 14 Figure1 5 ...
Page 83: ...83 Figure 19 Figure 20 Figure 21 ...
Page 85: ...85 16 3 1 3 To remove power electronic controller Figure 24 Figure 8 Figure 9 ...
Page 87: ...87 Figure 30 Figure 31 Figure 32 ...
Page 88: ...88 17 Technical Data 17 1 Thermostat Characteristics Cooling Soft Dry ...