52
16.3. Cooling Capacity perfomance Data
16.3.1.
CS-C12GKF
Power source : 220 ~240V, 50Hz, 1 phase
Indoor
Air Temperature entering Condenser
°
C (D.B.)
Model
Power
Ambient
25
°
C
30
°
C
35
°
C
Source
Temp.
TC
SHC
IPT
TC
SHC
IPT
TC
SHC
IPT
D.B
W.B
KW
KW
KW
KW
KW
KW
KW
KW
KW
17
3.5527
2.3334
0.9663
3.4110
2.3658
1.0489
3.2116
2.2903
1.1412
23
19
3.7521
1.9616
1.0246
3.6314
1.9777
1.1072
3.4477
1.9454
1.2091
22
4.0932
1.5143
1.1072
3.9830
1.5574
1.1994
3.8046
1.5628
1.3063
17
3.5107
2.7538
0.9663
3.3743
2.7160
1.0440
3.1749
2.6244
1.1363
25
19
3.7521
2.4304
1.0295
3.6262
2.4196
1.1120
3.4267
2.3604
1.2091
220~
22
4.0932
1.9131
1.1120
3.9673
1.9346
1.1994
3.7731
1.9185
1.3063
C12GKF
240V
17
3.4635
3.1687
0.9712
3.3323
3.1148
1.0440
3.1434
3.0016
1.1363
50Hz
27
19
3.7573
2.8561
1.0343
3.6157
2.8238
1.1169
3.4110
2.7322
1.2140
1 phase
22
4.0880
2.3119
1.1169
3.9515
2.3119
1.2043
3.7469
2.2687
1.3111
17
3.4582
3.4813
0.9615
3.3323
3.3897
1.0440
3.1381
3.2226
1.1217
29
19
3.7521
3.2765
1.0295
3.6157
3.2334
1.1120
3.4110
3.1202
1.1994
22
4.0722
2.7376
1.1314
3.9358
2.7268
1.2286
3.7206
2.6568
1.3208
17
3.4530
3.4759
0.9566
3.3323
3.4220
1.0392
2.9177
2.9963
1.1120
32
19
3.7469
3.8100
1.0246
3.6157
3.7130
1.1120
3.4110
3.5028
1.1897
22
4.0617
3.4220
1.1460
3.9253
3.3843
1.2431
3.7154
3.2819
1.3305
Indoor
Air Temperature entering Condenser
°
C (D.B.)
Model
Power
Ambient
40
°
C
43
°
C
52
°
C
Source
Temp.
TC
SHC
IPT
TC
SHC
IPT
TC
SHC
IPT
D.B
W.B
KW
KW
KW
KW
KW
KW
KW
KW
KW
17
2.9702
2.1933
1.2528
2.7918
2.1232
1.3257
2.4759
1.7584
1.5726
23
19
3.2116
1.8807
1.3257
3.0489
1.8484
1.4034
2.7728
1.7394
1.7106
22
3.5579
1.5359
1.4325
3.3900
1.5305
1.5199
3.0158
1.5093
1.9312
17
2.9440
2.5274
1.2431
2.7813
2.4412
1.3160
2.5047
2.0081
1.5631
25
19
3.1906
2.2795
1.3208
3.0279
2.2202
1.4034
2.7508
2.0336
1.7296
220~
22
3.7431
1.8592
1.4277
3.3585
1.8430
1.5151
3.0106
1.7893
1.9262
C12GKF
240V
17
2.9230
2.8831
1.2334
2.7655
2.8130
1.3063
2.5016
2.3852
1.5536
50Hz
27
19
3.1749
2.6406
1.3451
3.0017
2.5598
1.3985
2.6964
2.3114
1.6151
1 phase
22
3.4792
2.1825
1.4228
3.3270
2.1502
1.5102
2.9921
2.0492
1.9212
17
2.9492
3.0286
1.2043
2.8023
2.8777
1.2577
2.5674
2.2535
1.4344
29
19
3.1958
3.0070
1.2868
3.0384
2.9316
1.3403
2.7754
2.6927
1.5558
22
3.4845
2.5759
1.4180
3.3218
2.5274
1.4762
2.9599
2.3793
1.7720
17
2.9649
3.0448
1.1849
2.8233
2.8993
1.2237
2.6033
2.2850
1.3498
32
19
3.2116
3.2980
1.2674
3.0647
3.1471
1.3063
2.8305
2.7108
1.4694
22
3.4845
3.1849
1.4131
3.3218
3.1040
1.4568
2.9599
2.8640
1.6980
Содержание CS-C12GKF
Страница 9: ...9 5 Dimensions 5 1 Indoor Unit Remote Control 5 1 1 CS C12GK ...
Страница 10: ...10 5 2 Outdoor Unit 5 2 1 CU C12GK ...
Страница 11: ...11 6 Refrigeration Cycle Diagram ...
Страница 12: ...12 7 Block Diagram ...
Страница 14: ...14 9 Electronic Circuit Diagram ...
Страница 15: ...15 10 Printed Circuit Board 10 1 Indoor Unit TOP VIEW ...
Страница 16: ...16 BOTTOM VIEW ...
Страница 17: ...17 10 2 Indicator TOP VIEW BOTTOM VIEW ...
Страница 46: ...46 ...
Страница 47: ...47 15 2 Indoor Fan Motor and Cross Flow Fan Removal Procedures ...
Страница 48: ...48 ...
Страница 49: ...49 16 Technical Data 16 1 Thermostat Characteristics Cooling Soft Dry ...
Страница 50: ...50 16 2 Operation Characteristics 16 2 1 CS C12GK CU C12GK ...
Страница 51: ...51 ...
Страница 53: ...53 ...