Airwell CDN 505 [10/36] English

Airwell CDN 405 [10/36] English
6(/(&7,21352&('85(
)RUFRQGLWLRQVGLIIHUHQWVIURPWKRVHLQGLFDWHGLQSHUIRUPDQFHWDEOHVLQWHUSRODWLRQVLVDOORZHGKRZHYHUH[WUDSRODWLRQ
LVQRWSHUPLWWHG
0LGOHSRLQWEHWZHHQ'HZ3RLQWDQG%XOE3RLQW
6DWXUHG7HPSHUDWXU'HZ3RLQWDWFRPSUHVVRUVXFWLRQSUHVVXUH
$WORZHUDPELHQWDLUWHPSHUDWXUHVFDSDFLWLHVDQGSHUIRUPDQFHVUHPDLQFRQVWDQWE\PHDQVRIFRQGHQVLQJ
SUHVVXUHFRQWURO
7DEOHYDOLGIRU.VXEFRROLQJDQGD.VXSHUKHDW
7KHSRZHULQSXWLVWKHWRWDOLQSXWFRPSUHVVRUVIDQV
$PELHQWDLUWHPSHUDWXUH
0RGHOV 7HPS
HYDS

&
7HPS
'HZ3RLQW

&
d    
&RRO
FDSD
N:
3RZHU
LQSXW
N:
&RRO
FDSD
N:
3RZHU
LQSXW
N:
&RRO
FDSD
N:
3RZHU
LQSXW
N:
&RRO
FDSD
N:
3RZHU
LQSXW
N:
&RRO
FDSD
N:
3RZHU
LQSXW
N:

         
         
         
         
          
           

         
         
         
         
          
           
0
         
         
         
         
          
           

         
         
         
         
          
           

         
         
         
         
          
           

         
         
         
         
          
           

         
         
         
         
          
           

         
         
         
         
          
           

Содержание

English SELECTION PROCEDURE For conditions differents from those indicated in performance tables interpolations is allowed however extrapolation is not permitted Ambient air temperature Models 205 305 405M 405 505 605 705 905 Temp evap 0 C Temp Dew Fbint 2 C 0 2 S25 3 30 Cool capo kW Power input kW 3 18 06 5 19 31 4 7 6 35 40 Cool capo kW Power input kW 5 08 17 09 5 61 16 12 6 15 15 16 5 20 18 31 5 76 17 31 6 31 16 31 20 52 5 35 19 55 5 92 18 57 6 49 17 59 9 22 21 5 53 21 02 6 10 19 83 6 66 8 11 23 47 5 65 22 35 6 24 21 23 10 13 25 31 5 79 23 93 6 39 22 54 0 3 27 04 7 43 25 59 8 22 24 14 9 00 2 5 28 90 7 62 27 41 8 43 25 91 9 24 4 7 30 72 7 83 29 26 8 66 27 80 9 50 26 34 6 9 33 25 8 10 31 47 8 92 29 69 9 75 27 90 8 11 35 14 8 27 33 46 9 14 31 78 10 00 10 13 37 89 8 48 35 82 9 35 33 75 0 3 35 02 9 68 33 14 10 70 2 5 37 43 9 92 35 49 39 79 10 19 4 Power input kW 45 Cool capa kW Fbwer input kW 6 68 14 19 7 22 6 87 15 31 7 42 7 06 16 62 7 63 18 64 7 22 17 45 7 78 6 83 20 11 7 43 18 98 8 02 6 98 21 16 7 57 19 78 8 17 22 69 9 78 21 24 10 57 24 42 10 05 22 93 10 86 10 34 24 88 11 17 10 57 26 12 11 39 30 10 10 87 28 42 11 74 10 22 31 68 11 08 29 61 11 95 31 26 11 72 29 38 12 74 27 50 13 76 10 98 33 56 12 03 31 62 13 09 29 69 14 14 37 89 11 28 36 00 12 37 34 11 13 46 32 21 14 55 Cool capa kW Cool capa kW Power input kW 6 9 43 06 10 54 40 75 11 62 38 44 12 69 36 14 13 76 33 83 14 84 8 11 45 51 10 77 43 33 11 90 41 16 13 03 38 98 14 15 36 80 15 28 10 13 49 06 11 04 46 38 12 17 43 70 13 30 41 02 14 43 38 34 15 56 14 44 0 3 34 18 10 16 32 35 11 23 30 51 12 30 28 68 13 37 26 84 2 5 36 53 10 41 34 64 11 52 32 76 12 62 30 87 13 73 28 98 14 84 4 7 38 84 10 70 36 99 11 84 35 14 12 98 33 29 14 12 31 44 15 26 6 9 42 03 11 06 39 78 12 19 37 52 13 32 35 27 14 44 33 02 15 57 8 11 44 42 11 30 42 30 12 48 40 17 13 67 38 05 14 85 35 92 16 04 10 13 47 89 11 59 45 28 12 77 42 66 13 96 40 04 15 15 37 43 16 33 0 3 43 19 12 60 40 87 13 93 38 55 15 25 36 24 16 58 33 92 17 91 2 5 46 16 12 91 43 77 14 28 41 39 15 66 39 00 17 03 36 62 18 41 4 7 49 07 13 27 46 74 14 68 44 40 16 10 42 07 17 52 39 73 18 93 6 9 53 10 13 72 50 26 15 12 47 41 16 52 44 57 17 91 41 72 19 31 8 11 56 13 14 02 53 44 15 49 50 76 16 95 48 07 18 42 45 39 19 89 10 13 60 51 14 37 57 21 15 84 53 90 17 32 50 60 18 79 47 29 20 26 0 3 54 09 14 87 51 18 16 43 48 28 18 00 45 38 19 56 42 47 21 13 2 5 57 80 15 24 54 82 16 86 51 83 18 48 48 84 20 10 45 85 21 72 4 7 61 45 15 66 58 52 17 33 55 60 19 00 52 68 20 67 49 75 22 34 6 9 66 50 16 20 62 94 17 84 59 37 19 49 55 81 21 14 52 25 22 79 8 11 70 28 16 54 66 92 18 27 63 56 20 01 60 20 21 74 56 84 23 47 10 13 75 78 16 96 71 64 18 70 67 50 20 43 63 36 22 17 59 22 23 91 0 3 67 22 17 92 63 61 19 81 60 00 21 69 56 39 23 58 52 78 25 47 2 5 71 84 18 36 68 12 20 32 64 41 22 27 60 70 24 23 56 99 26 18 4 7 76 37 18 87 72 73 20 89 69 10 22 90 65 47 24 91 61 83 26 93 6 9 82 64 19 52 78 22 21 51 73 79 23 49 69 36 25 48 64 93 27 46 8 11 87 35 19 94 83 17 22 03 79 00 24 11 74 82 26 20 70 64 28 29 10 13 94 18 20 45 89 03 22 54 83 89 24 63 78 74 26 72 73 60 28 81 0 3 80 74 21 52 76 41 23 79 72 07 26 05 67 74 28 32 63 40 30 58 2 5 86 29 22 05 81 83 24 40 77 37 26 75 72 91 29 09 68 45 31 44 4 7 91 73 22 66 87 37 25 08 83 00 27 50 78 64 29 92 74 27 32 34 6 9 99 27 23 44 93 95 25 83 88 63 28 21 83 31 30 60 77 99 32 98 8 11 104 92 23 94 99 90 26 45 94 89 28 96 89 87 31 46 84 85 33 97 10 13 113 12 24 55 106 94 27 06 1 00 76 29 58 94 58 32 09 88 40 34 60 1 Midle point between Dew Point and Bulb Point 2 Satured Temperatur Dew Point at compressor suction pressure 3 At lower ambient air temperatures capacities and performances remain constant by means of condensing pressure control Table valid for 6K sub cooling and a 8K superheat The power input is the total input compressors fans

Скачать