31
MODEL : MDB300DR2 vs. MMC150DR x 2
Outdoor DB, °C
Indoor DB
°C
Indoor WB
°C
Capacity
kW
19.4
25.0
30.0
35.0
40.0
46.0
50.0
52.0
54.0
TC
88.804
83.251
78.293
73.335
68.377
62.427
58.460
56.477
54.494
13.9
SC
86.315
81.286
76.796
72.306
67.815
62.427
58.834
57.038
55.242
TC
91.455
85.998
81.125
76.253
71.380
65.533
61.635
59.686
57.738
15.0
SC
82.201
78.002
74.254
70.506
66.757
62.259
59.260
57.761
56.262
TC
98.683
93.488
88.850
84.211
79.572
74.006
70.295
68.440
66.584
18.0
SC
70.979
69.047
67.322
65.597
63.872
61.802
60.422
59.732
59.042
TC
102.057
96.984
92.454
87.925
83.396
77.960
74.337
72.525
70.713
19.4
SC
65.742
64.867
64.087
63.306
62.525
61.589
60.964
60.652
60.339
TC
103.503
98.343
93.737
89.130
84.524
78.996
75.311
73.468
71.626
20.0
SC
63.497
62.579
61.760
60.940
60.121
59.137
58.482
58.154
57.826
TC
108.322
102.875
98.012
93.149
88.285
82.449
78.559
76.614
74.668
22.0
SC
56.016
54.953
54.004
53.054
52.105
50.966
50.207
49.827
49.447
TC
113.141
107.407
102.287
97.167
92.047
85.903
81.807
79.759
77.711
26.7
24.0
SC
48.534
47.326
46.247
45.168
44.089
42.795
41.932
41.500
41.069
MODEL : MDB400DR4 vs. MMC100DR x 4
Outdoor DB, °C
Indoor DB
°C
Indoor WB
°C
Capacity
kW
19.4
25.0
30.0
35.0
40.0
46.0
50.0
52.0
54.0
TC
100.234
95.955
92.134
88.313
84.492
79.906
76.849
75.321
73.792
13.9
SC
100.234
95.955
92.134
88.313
84.492
79.906
76.849
75.321
73.792
TC
108.599
103.056
98.107
93.159
88.210
82.272
78.313
76.334
74.354
15.0
SC
100.739
96.079
91.918
87.757
83.596
78.603
75.274
73.609
71.945
TC
131.410
122.423
114.400
106.376
98.352
88.724
82.305
79.096
75.886
18.0
SC
102.115
96.417
91.329
86.241
81.153
75.047
70.977
68.942
66.906
TC
142.055
131.461
122.003
112.544
103.085
91.735
84.168
80.385
76.601
19.4
SC
102.758
96.575
91.054
85.533
80.013
73.388
68.972
66.763
64.555
TC
146.617
135.563
125.694
115.824
105.955
94.112
86.216
82.268
78.321
20.0
SC
103.033
96.364
90.410
84.456
78.502
71.358
66.594
64.213
61.831
TC
161.824
149.237
137.998
126.759
115.520
102.034
93.042
88.547
84.051
22.0
SC
103.951
95.664
88.265
80.866
73.468
64.589
58.670
55.711
52.751
TC
177.032
162.910
150.302
137.694
125.085
109.955
99.869
94.825
89.782
26.7
24.0
SC
104.868
94.963
86.120
77.276
68.433
57.821
50.746
47.208
43.671
MODEL : MDB500DR4 vs. MMC125DR x 4
Outdoor DB, °C
Indoor DB
°C
Indoor WB
°C
Capacity
kW
19.4
25.0
30.0
35.0
40.0
46.0
50.0
52.0
54.0
TC
126.199
119.958
114.385
108.813
103.240
96.553
92.095
89.866
87.637
13.9
SC
126.199
119.958
114.385
108.813
103.240
96.553
92.095
89.866
87.637
TC
133.976
126.895
120.571
114.248
107.925
100.338
95.279
92.750
90.221
15.0
SC
124.415
118.422
113.071
107.721
102.370
95.950
91.669
89.529
87.389
TC
155.187
145.813
137.443
129.073
120.703
110.658
103.962
100.614
97.266
18.0
SC
119.548
114.233
109.488
104.743
99.997
94.303
90.507
88.609
86.710
TC
165.086
154.641
145.316
135.991
126.665
115.475
108.014
104.284
100.554
19.4
SC
117.277
112.279
107.816
103.353
98.890
93.535
89.964
88.179
86.394
TC
169.328
158.468
148.771
139.075
129.379
117.743
109.986
106.107
102.228
20.0
SC
116.304
110.860
106.000
101.140
96.280
90.447
86.559
84.615
82.671
TC
183.469
171.223
160.290
149.356
138.423
125.303
116.556
112.183
107.809
22.0
SC
113.059
106.133
99.948
93.763
87.579
80.157
75.209
72.735
70.262
TC
197.609
183.978
171.808
159.638
147.467
132.863
123.127
118.258
113.390
26.7
24.0
SC
109.815
101.405
93.896
86.387
78.877
69.867
63.859
60.856
57.852
All the data above are based on 26.7°C entering DB. To obtain data for different entering DB, please use the formula
below :
Sensible capacity (@EDB) (kW) = Sensible capacity (@26.7) + 1.23 x L/s x (1 - BPF) ( EDB - 26.7 ) / 1000
Where,
BPF = Bypass factor
EDB = Entering dry bulb temperature, ° C
Indoor
MDB075DR
MDB100DR
MDB125DR
MDB125DR2
MDB150DR
MDB150DR2
Outdoor
MMC075DR
MMC100DR
MMC125DR
MLC061CR x 2
MMC075DR
MMC075DR x 2
Bypass Factor
0.43
0.46
0.42
0.84
0.39
0.43
Indoor
MDB200DR2
MDB250DR2
MDB300DR2
MDB400DR4
MDB500DR4
Outdoor
MMC100DR x 2
MMC125DR x 2
MMC150DR x 2
MMC100DR x 4
MMC125DR x 4
Bypass Factor
0.46
0.42
0.39
0.46
0.42
Содержание M4MC075D
Страница 71: ...70 Blower Performance Curves BLOWER PERFORMANCE CURVE MDB 075D...
Страница 72: ...71 BLOWER PERFORMANCE CURVE MDB 100D...
Страница 73: ...72 BLOWER PERFORMANCE CURVE MDB 125D...
Страница 74: ...73 BLOWER PERFORMANCE CURVE MDB 150D...
Страница 75: ...74 BLOWER PERFORMANCE CURVE MDB 200D...
Страница 76: ...75 BLOWER PERFORMANCE CURVE MDB 250D L s 70 65 60...
Страница 77: ...76 BLOWER PERFORMANCE CURVE MDB 300D...
Страница 78: ...77 BLOWER PERFORMANCE CURVE MDB 400D...
Страница 79: ...78 BLOWER PERFORMANCE CURVE MDB 500D...
Страница 80: ...79 BLOWER PERFORMANCE CURVE MDB 075D DR VERY HIGH STATIC...
Страница 81: ...80 BLOWER PERFORMANCE CURVE MDB 100D DR VERY HIGH STATIC...
Страница 82: ...81 BLOWER PERFORMANCE CURVE MDB 125D DR VERY HIGH STATIC...
Страница 83: ...82 BLOWER PERFORMANCE CURVE MDB 150D DR VERY HIGH STATIC...
Страница 89: ...88 MODEL MDB 500D4 DR4 NOTE 1 WITH SEQUENTIAL CONTROLLER 2 VERTICAL AIR DISCHARGE...
Страница 90: ...89 Outlines And Dimensions Outdoor MODEL MMC 075 100D DR MODEL MDB 125D DR...
Страница 91: ...90 MODEL MMC 150D DR OUTDOOR UNIT WITH BALL VALVE MODEL MMC 075D...
Страница 92: ...91 MODEL MMC 100D MODEL MMC 125D...
Страница 93: ...92 MODEL MMC 150D...
Страница 97: ...96 MODEL MDB 400D4 vs MMC 100D x 4 MDB 500D4 vs MMC 125D x 4 WITH SEQUENTIAL CONTROLLER...
Страница 99: ...98 MODEL MDB 125DR vs MMC 125DR WITH U1 125 SLM3 HANDSET MODEL MDB 150DR vs MMC 150DR WITH U1 125 SLM3 HANDSET...
Страница 101: ...100 MODEL MDB 400DR4 vs MMC 100DR x 4 MDB 500DR4 vs MMC 125DR x 4 WITH SEQUENTIAL CONTROLLER...
Страница 102: ...101 Refrigerant Circuit Diagram MODEL MMC 075D 100D 125D 150D...
Страница 103: ...102 MODEL MLC 061C...
Страница 104: ...103 MODEL MMC 075DR 100DR 125DR 150DR R22 M4MC 75DR 100DR 125DR 150DR R407C...
Страница 177: ...2004 McQuay International 1 800 432 1342 www mcquay com ISO 9002 REGISTERED...