Compresor hermético de la refrigeración del compresor R22 del aire acondicionado MT100 en compresores comerciales de los danfoss de los caballos de fuerza
característica principal
1) estructura simple de la asamblea, instalación fácil y mantenimiento.
2) avanzó componentes mundo-renombrados de la marca se utiliza en piezas neumáticas, piezas eléctricas y piezas de funcionamiento.
3) alto rendimiento energético, vida y más de poco ruido durables.
4) garantía de la calidad de 1 año.
5) precio de venta total, calidad perfecta.
Detalles del producto
MT100-4. Capacidad de enfriamiento [kilovatios] | ||||||||||||
Tc/Te | -25,0 | -20,0 | -15,0 | -10,0 | -5,0 | 0 | 5,0 | 10,0 | 15,0 | |||
30,0 | 6,878 | 9,130 | 11,86 | 15,13 | 19,01 | 23,57 | 28,86 | 34,95 | 41,91 | |||
35,0 | 5,891 | 8,056 | 10,67 | 13,80 | 17,52 | 21,87 | 26,94 | 32,79 | 39,47 | |||
40,0 | 5,010 | 7,070 | 9,556 | 12,53 | 16,06 | 20,20 | 25,03 | 30,61 | 36,99 | |||
45,0 | 4,253 | 6,192 | 8,530 | 11,33 | 14,66 | 18,57 | 23,14 | 28,43 | 34,51 | |||
50,0 | 5,439 | 7,613 | 10,22 | 13,33 | 17,00 | 21,30 | 26,29 | 32,03 | ||||
55,0 | 6,821 | 9,222 | 12,09 | 15,50 | 19,51 | 24,18 | 29,58 | |||||
60,0 | 8,348 | 10. 97 | 14,10 | 17,80 | 22,13 | 27,16 | ||||||
65,0 | 9,968 | 12,80 | 16,18 | 20,16 | 24,80 |
MT100-4. Consumo de energía [kilovatios] | ||||||||||||
Tc/Te | -25,0 | -20,0 | -15,0 | -10,0 | -5,0 | 0 | 5,0 | 10,0 | 15,0 | |||
30,0 | 3,902 | 4,394 | 4,840 | 5,218 | 5,503 | 5,674 | 5,705 | 5,575 | 5,259 | |||
35,0 | 3,973 | 4,494 | 4,980 | 5,407 | 5,750 | 5,988 | 6,097 | 6,053 | 5,833 | |||
40,0 | 4,026 | 4,584 | 5,116 | 5,597 | 6,006 | 6,318 | 6,510 | 6,559 | 6,442 | |||
45,0 | 4,061 | 4,662 | 5,246 | 5,789 | 6,269 | 6,662 | 6,944 | 7,093 | 7,084 | |||
50,0 | 4,727 | 5,370 | 5,982 | 6,539 | 7,019 | 7,398 | 7,652 | 7,759 | ||||
55,0 | 5,488 | 6,174 | 6,816 | 7,389 | 7,871 | 8,238 | 8,466 | |||||
60,0 | 6,366 | 7,098 | 7,771 | 8,362 | 8,848 | 9,205 | ||||||
65,0 | 7,385 | 8,164 | 8,871 | 9,482 | 9,974 |
MT100-4. Capacidad de calefacción [kilovatios] | ||||||||||||
Tc/Te | -25,0 | -20,0 | -15,0 | -10,0 | -5,0 | 0 | 5,0 | 10,0 | 15,0 | |||
30,0 | 10,78 | 13,52 | 16,70 | 20,35 | 24,52 | 29,24 | 34,56 | 40,53 | 47,17 | |||
35,0 | 9,863 | 12,55 | 15,65 | 19,21 | 23,27 | 27,86 | 33,04 | 38,84 | 45,30 | |||
40,0 | 9,036 | 11,65 | 14,67 | 18,13 | 22,06 | 26,52 | 31,54 | 37,17 | 43,44 | |||
45,0 | 8,314 | 10,85 | 13,78 | 17,12 | 20,93 | 25,23 | 30,09 | 35,53 | 41,59 | |||
50,0 | 10,17 | 12. 98 | 16,20 | 19,87 | 24,02 | 28,69 | 33,94 | 39,79 | ||||
55,0 | 12,31 | 15,40 | 18. 91 | 22,89 | 27,38 | 32,42 | 38,04 | |||||
60,0 | 14,71 | 18,07 | 21,87 | 26,16 | 30,98 | 36,37 | ||||||
65,0 | 17,35 | 20,97 | 25,05 | 29,64 | 34,78 |
MT100-4. Actual [A] | ||||||||||||
Tc/Te | -25,0 | -20,0 | -15,0 | -10,0 | -5,0 | 0 | 5,0 | 10,0 | 15,0 | |||
30,0 | 9,909 | 10,35 | 10,79 | 11,19 | 11,51 | 11,71 | 11,74 | 11,58 | 11,18 | |||
35,0 | 9,986 | 10,45 | 10. 93 | 11,39 | 11,78 | 12,06 | 12,19 | 12,14 | 11,86 | |||
40,0 | 10,04 | 10,54 | 11,08 | 11,60 | 12,07 | 12,44 | 12,69 | 12,76 | 12,62 | |||
45,0 | 10,06 | 10,62 | 11,22 | 11,82 | 12,38 | 12,86 | 13,22 | 13,43 | 13,44 | |||
50,0 | 10,68 | 11,36 | 12,05 | 12,71 | 13,31 | 13,81 | 14,16 | 14,33 | ||||
55,0 | 11,50 | 12,29 | 13,07 | 13,80 | 14,44 | 14,95 | 15,29 | |||||
60,0 | 12,53 | 13,44 | 14,31 | 15,11 | 15,79 | 16,31 | ||||||
65,0 | 13,83 | 14,86 | 15,82 | 16,68 | 17,40 |
MT100-4. POLI [W/W] | |||||||||||
Tc/Te | -25,0 | -20,0 | -15,0 | -10,0 | -5,0 | 0 | 5,0 | 10,0 | 15,0 | ||
30,0 | 1,76 | 2,08 | 2,45 | 2,90 | 3,46 | 4,15 | 5,06 | 6,27 | 7,97 | ||
35,0 | 1,48 | 1,79 | 2,14 | 2,55 | 3,05 | 3,65 | 4,42 | 5,42 | 6,77 | ||
40,0 | 1,24 | 1,54 | 1,87 | 2,24 | 2,67 | 3,20 | 3,85 | 4,67 | 5,74 | ||
45,0 | 1,05 | 1,33 | 1,63 | 1,96 | 2,34 | 2,79 | 3,33 | 4,01 | 4,87 | ||
50,0 | 1,15 | 1,42 | 1,71 | 2,04 | 2,42 | 2,88 | 3,44 | 4,13 | |||
55,0 | 1,24 | 1,49 | 1,77 | 2,10 | 2,48 | 2,94 | 3,49 | ||||
60,0 | 1,31 | 1,54 | 1,81 | 2,13 | 2,50 | 2,95 | |||||
65,0 | 1,35 | 1,57 | 1,82 | 2,13 | 2,49 |
MT100-4. Flujo de masa [kg/h] | ||||||||||||
Tc/Te | -25,0 | -20,0 | -15,0 | -10,0 | -5,0 | 0 | 5,0 | 10,0 | 15,0 | |||
30,0 | 149,8 | 196,1 | 251,4 | 316,7 | 393,1 | 481,5 | 583,0 | 698,6 | 829,2 | |||
35,0 | 133,5 | 179,9 | 235,1 | 300,1 | 376,0 | 463,9 | 564,7 | 679,6 | 809,5 | |||
40,0 | 118,4 | 164,6 | 219,3 | 283,6 | 358,7 | 445,6 | 545,4 | 659,3 | 788,2 | |||
45,0 | 105,1 | 150,7 | 204,5 | 267,7 | 341,6 | 427,1 | 525,6 | 638,0 | 765,5 | |||
50,0 | 138,8 | 191,2 | 252,9 | 325,0 | 408,8 | 505,4 | 616,0 | 741,8 | ||||
55,0 | 180,1 | 239,7 | 309,6 | 391,2 | 485,5 | 593,8 | 717,3 | |||||
60,0 | 229,0 | 296,1 | 374,7 | 466,2 | 571,7 | 692,6 | ||||||
65,0 | 285,1 | 360,2 | 448,2 | 550,4 | 668,0 |
Te = temperatura de evaporación [°C]
Tc = temperatura de condensación [°C]