McQuay MDB075B, Руководство пользователя

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MODEL : MDB300BR3 vs. MMC100BR x 3
Outdoor DB, °C
Indoor DB
°C
Indoor WB
°C
Capacity
kW
19.4 25.0 30.0 35.0 40.0 46.0
TC 54.839 56.279 57.564 58.850 60.135 61.678
13.9
SC 54.839 56.279 57.564 58.850 60.135 61.678
TC 67.904 66.665 65.559 64.454 63.348 62.021
15.0
SC 56.519 57.171 57.752 58.333 58.914 59.612
TC 103.535 94.992 87.365 79.737 72.110 62.957
18.0
SC 61.103 59.603 58.264 56.925 55.585 53.978
TC 120.163 108.212 97.541 86.870 76.199 63.394
19.4
SC 63.242 60.738 58.503 56.267 54.032 51.349
TC 127.289 114.427 102.944 91.460 79.976 66.195
20.0
SC 64.159 61.097 58.362 55.628 52.894 49.613
TC 151.044 135.147 120.953 106.760 92.566 75.534
22.0
SC 67.215 62.290 57.894 53.497 49.101 43.825
TC 174.798 155.866 138.963 122.059 105.156 84.872
26.7
24.0
SC 70.270 63.484 57.425 51.366 45.307 38.037
All the data above are based on 26.7
°
C entering DB. To obtain data for different 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
Indoor MDB075BR MDB100BR MDB125CR MDB150BR2 MDB200BR2
Outdoor MMC075CR MMC100BR MMC125BR MMC075CR x 2 MMC100BR x 2
Bypass Factor 0.52 0.76 0.51 0.52 0.76
Indoor MDB250BR21 MDB300BR3 MDB350BR3 MDB400BR4 MDB500BR4
Outdoor MMC125BR x 2 MMC100BR x 3 MMC100BR MMC100BR x 4 MMC125BR x 4
MMC125BR x 2
Bypass Factor
0.51 0.76 0.61 0.76 0.51