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Máy nén lạnh MITSUBISHI NN27YDAMT

Máy nén lạnh MITSUBISHI NN21YDAMT

THÔNG SỐ KỸ THUẬT:

  • Model: NN21YDAMT
  • Gas: R410
  • Điện áp: 380v
  • Công suất: 2.09HP

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Máy nén lạnh MITSUBISHI NN27YDAMT

THÔNG SỐ KỸ THUẬT:

  • Model: NN27YDAMT
  • Gas: R410
  • Điện áp: 380v
  • Công suất: 2.65HP

 

STT Models Capacity – W — Kcal/hr STT Models Capacity – W — Kcal/hr
A. R410A C R-22
1 RN092VHSMT 2240 1926 7643 1 RH130VHST 2255 1939 7698
2 RN096VHSMT 2012 7984 2 RH140VHST 8174
3 RNO”VHSMT 2390 2055 8155 3 RH145VHST 2488 2139 8492
4 RN0104VHSMT 2510 2158 8564 4 2662 2289 9087
5 IOVHSMT 2680 2304 9144 5 RH165VHST 2872 2469 9801
6 RNOI 17VHSMT 2850 2450 9724 6 RH165VHAT
7 RN0125VHSMT 3050 2623 10407 8 RH174VHST 298 2578 10239
8 30VHSMT 3160 2717 10782 9 RH189VHST 3325 2859 11348
35VHSMT 3290 2829 11225 10 RH197VHST 2982 11833
10 RN0140VHSMT 3430 11703 11 RH207VHST 3670 3156 12522
11 RN0145VHSMT 3570 3070 12181 12 RH220VHST 3906 3359 13332
12 RN0154VHSMT 3820 3285 13034 13 RH231VHST 4093 3519 13967
13 RN0165VHSMT 4070 13887 14 RH231VMH
14 RN0174VHSMT 4230 3637 14433 15 RH247VHST 4372 3759 14920
15 RN0196VHSMT 4800 4127 16378 16 RH247VHAT
16 RN0220VHSMT 5480 4712 18700 17 RH277VHST 4848 4169 16541
17 PN23V-MT 5860 5038 1994 18 RH313VÅGT 5640 4850 19244
18 PN25V-MT 6360 21700 19 RH313VÅdT 5640 4850 19244
19 PN27V-MT 6800 5846 23202 20 RH197VHRT 3610 310412317
20 NN21V8AMT 464418424 21 RH207VHRT 3712 3192 12670
21 NN23V8AMT 5800 4988 19789 22 RH207VRdT 3740 3216 12761
22 NN25V8AMT 5418 21495 23 RH277VÅMT 4780 4110 16309
23 NN27V8AMT 6720 5779 22928 24 RH277VHRT 4930 4239 16821
24 NN29V8AMT 6364 25248 25 RH313VÅMT 5650 4858 19278
25 NN31V8AMT 7960 6845 27159 26 RH207VRFT 3600 3095 12290
26 NN33V8AMT 8490 7301 28967 27 RH220VRFT 3850 3310 13140
27 NN37V8AMT 8084 32072 28 PH33VPET 5978 5140 20395
28 NN40V8AMT 10200 8772 34802 29 PH36VPET 6466 5560 22062
29 NN21YOAMT 5500 4730 18766 30 PH33VTT
30 NN25YOAMT 6580 5659 22450 31 PH39VPET 6885 23490
31 NN27YOAMT 6980 6003 23816 32 PH41VPJT 7519 6465 25678
32 NN29YCÅMT 7500 25590 33 PH36VPXT 6685 5748 22809
33 NN31YCAMT 8060 6932 27501 34 PH36VPXT 6685 5748 22809
34 NN33YCAMT 8600 7396 29342 35 PH36VTTT
35 NN37YCÅMT 8256 32754 36 PH39VPXT 7170 6165 24464
36 NN40YCÅMT 10400 8944 35485 37 PH33VTET 5978 5140 20395
37 NN44YCÅMT 1 1400 9804 38897 38 PH36VTET 6466 5560 22062
38 NN31Y-MT 8150 7007 27808 PH39VTET 6884 5920 23490
39 NN33Y-MT 8600 7394 29343 PH41VTJT 751 g 6465 25678
NN37Y-MT 8254 32755 41 NH41VNHT7570 651025829
41 NN31V 42 NH44VNHT7800 6708 26614
-MT 6878 27296 43 NH47VNHT 8500 7310 29002
42 NN33V-MT 8490 7300 28968 44 8320 33008
43 NN35V-MT 7738 30708 45 NH56VNHT 10572 36072
44 NN37V 46 NH41YOTT7450 6407 25419
-MT 9400 8082 32073 47 NH44YOTT 8100 6966 27637
B R-407C 48 NH47YOTT 8650 7439 29514
1 RE277VHSMT 3629 14400 49 NH52YOTT 9710 8351 33131
2 PE33VPEMT 5777 496719725 50 NH52VNHT
3 PE33VPEMT 6227 5354 21261 51 NH56YOTT 10650 9159 36338
4 PE33VPEMT 6664 5730 22738 52 NH41VWÅT 7529 8755 2560
5 PE41VPJMT7360 6328 25114 53 NH47VWÅT 10233 30026
6 PE33VTEMT 5777 4967 19725 54 NH52VWÅT 9850 11453 33608
7 PE36VTEMT 6227 535421261 55 NH41VXBT7570 8802 25829
8 PE39VTEMT 6664 5730 22738 56 NH44VXBT 81 OO 9419 27637
PE41VT.lMT 7360 6328 25114 57 NH47VXBT 8650 10058 29514
10 NE41VNHMT 7270 6252 24805 58 NH52VXBT9676 8321 33015
11 NE41VNOM NH56VXBT 10574 36078
12 NE44VNHMT 7850 6751 26784 60 NH41YXCT 7450 8663 25419
13 NE47VNHMT 8380 7207 28593 61 NH47YXCT8650 10058 29514
14 NE52VNHMT 9380 8067 32005 62 NH52YXCT 9710 11291 33131
15 NE56VNHMT 10260 8824 35007 63 NH56YXCT 10650 12384 36338
16 NE41YONMT 7150 6149 24396 64 PHT33VXET 6000 5159 20470
17 NE44YONMT 7790 6699 26579 65 PHT41V8ÅT 751 6465 25678
18 NE47YONMT 8350 7181 28490 66 PHT33WÆT 6000 5159 20470
19 NE52YONMT 8153 37346 67 PHT41VOAT7519 6465 25678
20 NE56YONMT 10200 8772 34802 68 NHT41 V8ÅT 7640 6570 26068
21 REI 35VHSMT 22401926 7642 69 NHT44V8ÅT 7850 6751 26784
22 REI 45VHSMT 2420 2081 8257 70 NH44VNBT
23 REI 54VHSMT 2580 221 g 8805 71 NHT47V8ÅT 7224 28661
24 REI 65VHSMT 2770 2382 9452 72 NHT52V8ÅT 9320 8015 31800
25 REI 74VHSMT 2920 2511 73 NHT52VAAT
26 REI 3211 2761 10956
27 REI 97VHSMT 3331 286411364
28 RE207VHSMT 3520 302712011
29 RE247VHSMT 3940 33881
30 RE277VHSMT 4220 36291
31 REZI VHSMT 4701 404216039
32 RE313VAOMT 5380 4626 18353

NN27YDAMT

MỘT SỐ MODEL KHÁC

Model
 Cooling Capacity Input
Power		 Current Capacitor Power Source
W Kcal/hr Btu W A mF/VAC Ph Hz V
RH135VGHT 2279 1960 7777 750 3.45 25/370 1 50 220
RH145VGHT 2453 2110 8372 810 3.75 25/370 1 50 220
RH165VGHT 2814 2420 9603 910 4.2 25/370 1 50 220
RH174VGHT 2865 2550 10118 960 4.4 25/370 1 50 220
RH130VGCT 2186 1880 7460 720 3.3 25/370 1 50 220
RH135VGCT 2279 1960 7777 750 3.45 25/370 1 50 220
RH140VGCT 2360 2030 8055 780 3.60 25/370 1 50 220
RH165VGCT 2814 2420 9603 910 4.2 25/370 1 50 220
RH174VGCT 2865 2550 10118 960 4.4 25/370 1 50 220
RH130VHAT 2186 1880 7460 720 3.3 25/370 1 50 220
RH135VHAT 2279 1960 7777 750 3.45 25/370 1 50 220
RH140VHAT 2360 2030 8055 780 3.60 25/370 1 50 220
RH145VHAT 2453 2110 8372 810 3.75 25/370 1 50 220
RH154VHAT 2628 2260 8970 860 3.95 25/370 1 50 220
RH165VHAT 2814 2420 9603 910 4.2 25/370 1 50 220
RH167VHAT 2860 2460 9761 930 4.3 25/370 1 50 220
RH174VHAT 2865 2550 10118 960 4.4 25/370 1 50 220
RH189VHAT 3244 2790 11110 1050 4.8 30/370 1 50 220
RH197VHAT 3395 2920 11600 1100 5.1 30/370 1 50 220
RH207VHAT 3581 3080 12221 1160 6.16 30/370 1 50 220
RH220VHAT 3849 3310 13134 1250 6.1 30/400 1 50 220
RH231VHAT 4011 3450 13690 1300 6.2 30/400 1 50 220
RH247VHAT 4291 3690 14600 1390 6.6 35/400 1 50 220
RH277VHAT 4826 4150 16467 1560 7.4 35/400 1 50 220
RH135VHET 2279 1960 7777 750 3.45 25/370 1 50 220
RH154VHET 2628 2260 8970 860 3.95 25/370 1 50 220
RH165VHET 2814 2420 9603 910 4.2 25/370 1 50 220
RH174VHET 2865 2550 10118 960 4.4 25/370 1 50 220
RH130VGHT 2186 1880 7460 720 3.3 25/370 1 50 220
RH135VGHT 2279 1960 7777 750 3.45 25/370 1 50 220
RH140VGHT 2360 2030 8055 780 3.60 25/370 1 50 220
RH145VGHT 2453 2110 8372 810 3.75 25/370 1 50 220
RH154VGHT 2628 2260 8970 860 3.95 25/370 1 50 220
RH165VGHT 2814 2420 9603 910 4.2 25/370 1 50 220
RH174VGHT 2865 2550 10118 960 4.4 25/370 1 50 220
RH247VGHT 4291 3690 14600 1390 6.6 35/400 1 50 220
RH130VHST 2255 1939 7698 700 3.22 25/370 1 50 220
RH140VHST 2395 2059 8174 740 3.41 25/370 1 50 220
RH145VHST 2488 2139 8492 770 3.56 25/370 1 50 220
RH154VHST 2662 2289 9087 820 3.79 25/370 1 50 220
RH165VHST 2872 2469 9801 890 4.12 25/370 1 50 220
RH174VHST 2998 2578 10239 930 4.30 25/370 1 50 220
RH189VHST 3325 2859 11348 1040 4.85 30/370 1 50 220
RH197VHST 3468 2982 11833 1058 4.92 30/370 1 50 220
RH207VHST 3670 3156 12522 1140 5.30 30/370 1 50 220
RH220VHST 3906 3359 13332 1210 5.65 30/370 1 50 220
RH231VHST 4093 3519 13967 1270 5.92 35/370 1 50 220
RH247VHST 4372 3759 14920 1360 6.32 35/370 1 50 220
RH277VHST 4848 4169 16541 1530 7.10 40/370 1 50 220
RH3313VAGT 5640 4850 19244 1746 8.43 45/370 1 50 220
RH3313VAJT 5640 4850 19244 1746 8.43 45/370 1 50 22
Siam series PH ( R 22 )
Model
 Cooling Capacity Input Power Current Capacitor Power Source
W Kcal/hr Btu W A mF/VAC Ph Hz V
PH28VSET 4893 4210 1670 1515 7.2 40/370 1 50 220
PH31VSET 5442 4680 18570 1680 7.8 45/370 1 50 220
PH33VTET 5977 5140 20400 1850 8.6 50/370 1 50 220
PH36VTET 6465 5560 22000 2015 9.3 55/400 1 50 220
PH39VTET 6884 5920 23490 2150 10.0 60/400 1 50 220
PH28VSJT 4893 4210 1670 1515 7.2 40/370 1 50 220
PH31VSJT 5442 4680 18570 1680 7.8 45/370 1 50 220
PH33VTJT 5977 5140 20400 1850 8.6 50/370 1 50 220
PH36VTJT 6465 5560 22000 2015 9.3 55/400 1 50 220
PH39VTJT 6884 5920 23490 2150 10.0 60/400 1 50 220
PH28VSRT 4893 4210 1670 1515 7.2 40/370 1 50 220
PH31VSRT 5442 4680 18570 1680 7.8 45/370 1 50 220
PH33VTRT 5977 5140 20400 1850 8.6 50/370 1 50 220
PH36VTRT 6465 5560 22000 2015 9.3 55/400 1 50 220
PH39VTRT 6884 5920 23490 2150 10.0 60/400 1 50 220
PH28VQET 4893 4210 1670 1515 7.2 40/370 1 50 220
PH31VNET 5442 4680 18570 1680 7.8 45/370 1 50 220
PH33VRET 5977 5140 20400 1850 8.6 50/370 1 50 220
PH36VRET 6465 5560 22000 2015 9.3 55/400 1 50 220
PH39VRET 6884 5920 23490 2150 10.0 60/400 1 50 220
PH28VNST 4893 4210 1670 1515 7.2 40/370 1 50 220
PH31VNST 5442 4680 18570 1680 7.8 45/370 1 50 220
PH33VPST 5977 5140 20400 1850 8.6 50/370 1 50 220
PH36VPST 6465 5560 22000 2015 9.3 55/400 1 50 220
PH39VPST 6884 5920 23490 2150 10.0 60/400 1 50 220
PH28VSST 4893 4210 1670 1515 7.2 40/370 1 50 220
PH31VSST 5442 4680 18570 1680 7.8 45/370 1 50 220
PH33VSST 5977 5140 20400 1850 8.6 50/370 1 50 220
PH36VSST 6465 5560 22000 2015 9.3 55/400 1 50 220
PH39VSST 6884 5920 23490 2150 10.0 60/400 1 50 220
Siam series NH ( R 22 )
Model
 Cooling Capacity Input Power Current Capacitor Power Source
W Kcal/hr Btu W A mF/VAC Ph Hz V
NH28VLDT 4535 3900 15475 1630 7.6 45/400 1 50 220-240
NH30VLDT 5116 4400 17460 1750 8.0 40/400 1 50 220-240
NH33VLDT 5546 4770 18927 1960 9.5 45/400 1 50 220-240
NH36VLDT 5988 5150 20435 2090 9.8 50/380 1 50 220-240
NH41VNDT 7209 6200 24600 2420 11.3 45/400 1 50 220-240
NH44VNDT 7791 6700 26590 2630 11.8 50/420 1 50 220-240
NH47VNDT 8372 7200 28570 2930 13.2 50/420 1 50 220-240
NH52VNDT 9372 8060 31980 3150 1410 60/400 1 50 220-240
NH56VNDT 10200 8780 34840 3550 16.1 60/420 1 50 220-240
NH28VMDT 4535 3900 15475 1630 7.6 45/400 1 50 220-240
NH30VMDT 5116 4400 17460 1750 8.0 40/400 1 50 220-240
NH33VMDT 5546 4770 18927 1960 9.5 45/400 1 50 220-240
NH36VMDT 5988 5150 20435 2090 9.8 50/380 1 50 220-240
NH38VMDT 6442 5540 21980 2210 10.1 50/380 1 50 220-240
NH41VMDT 7209 6200 24600 2420 11.3 45/400 1 50 220-240
NH47VMDT 8372 7200 28570 2930 13.2 50/420 1 50 220-240
NH41YDET 7267 6250 24800 2420 4.0 — 3 50 380-415
NH44YDET 7919 6810 27000 2550 4.4 — 3 50 380-415
NH47YDET 8372 7200 28570 2790 5.0 — 3 50 380-415
NH52YDET 9442 8120 32200 3160 5.5 — 3 50 380-415
NH56YDET 10290 8850 35117 3420 5.8 — 3 50 380-415
NHJ30VLDT 5116 4400 17460 1750 8.0 40/400 1 50 220-240
NHJ33VMDT 5546 4770 18927 1960 9.5 45/400 1 50 220-240
NHJ38VMDT 6442 5540 21980 2210 10.1 50/380 1 50 220-240
NHJ41VMDT 7209 6200 24600 2420 11.3 45/400 1 50 220-240
NHJ47VMDT 8372 7200 28570 2930 13.2 50/420 1 50 220-240
NHJ44VNDT 7791 6700 26590 2630 11.8 50/420 1 50 220-240
NHJ47VNDT 8372 7200 28570 2930 13.2 50/420 1 50 220-240
NHJ52VNDT 9372 8060 31980 3150 14.4 60/400 1 50 220-240
NHJ52YDAT 9535 8200 32540 3100 5.5 — 3 50 380-415
NHJ56YDAT 10350 8900 35315 3420 5.8 — 3 50 380-415
NH41VNHT 7570 6510 25830 2410 10.9 50/420 1 50 220-240
NH44VNHT 7800 6700 26620 2440 11.0 60/420 1 50 220-240
NH47VNHT 8500 7310 29000 2700 12.6 60/420 1 50 220-240
NH52VNHT 9675 8320 33000 3110 14.2 60/400 1 50 220-240
NH56VNHT 10365 8900 35370 3380 15.5 60/420 1 50 220-240
NH41YDNT 7267 6250 24800 2420 4.0 — 3 50 380-415
NH44YDNT 7919 6810 27000 2550 4.4 — 3 50 380-415
NH47YDNT 8372 7200 28570 2790 5.0 — 3 50 380-415
NH52YDNT 9442 8120 32200 3160 5.5 — 3 50 380-415
NH56YDNT 10290 8850 35117 3420 5.8 — 3 50 380-415
NH38AMDT 6442 5540 21980 2210 10.1 50/380 1 50 220
NH41AMDT 7209 6200 24602 2420 11.3 45/400 1 50 220
NHJ33NBDT 5546 4770 18927 1960 9.5 45/400 1 50 208-230
NHJ38NBDT 6442 5540 21980 2210 10.1 50/380 1 50 208-230
NHJ47NADT 8372 7200 28570 2930 13.2 50/420 1 50 208-230
NH41YDTT 7450 6406 25419 2310 3.95 — 3 50 380-415
NH44YDTT 8100 6965 27637 2510 4.30 — 3 50 380-415
NH47YDTT 8650 7438 29514 2680 4.60 — 3 50 380-415
NH52YDTT 9442 8120 32200 3160 5.5 — 3 50 380-415
NH56YDTT 10290 8850 35117 3420 5.8 — 3 50 380-415
Siam series NH ( R 22 )
Model
 Cooling Capacity Input Power Current Capacitor Power Source
W Kcal/hr Btu W A mF/VAC Ph Hz V
RN092VHSMT 2240 1926 7643 770 3.60 20/370 1 50 220-240
RN096VHSMT 2340 2012 7984 805 3.70 20/370 1 50 220-240
RN099VHSMT 2390 2055 8155 820 3.80 25/370 1 50 220-240
RN104VHSMT 2510 2158 8564 865 4.00 25/370 1 50 220-240
RN110VHSMT 2680 2304 9144 920 4.20 25/370 1 50 220-240
RN117VHSMT 2850 2450 9724 975 4.40 25/370 1 50 220-240
RN125VHSMT 3050 2623 10407 1050 4.90 25/370 1 50 220-240
RN130VHSMT 3160 2717 10782 1080 5.00 30/370 1 50 220-240
RN135VHSMT 3290 2829 11225 1120 5.20 30/370 1 50 220-240
RN140VHSMT 3430 2949 11703 1170 5.40 30/370 1 50 220-240
RN145VHSMT 3570 3070 12181 1220 5.80 30/370 1 50 220-240
RN154VHSMT 3820 3285 13034 1320 6.20 30/400 1 50 220-240
RN165VHSMT 4070 3499 13887 1410 6.60 30/400 1 50 220-240
RN174VHSMT 4230 3637 14433 1460 6.80 35/400 1 50 220-240
RN196VHSMT 4800 4127 16378 1680 7.90 40/370 1 50 220-240
RN220VHSMT 5480 4712 1870 1920 8.80 45/400 1 50 220-240

 

Siam series NN ( R 410A )
Model
 Cooling Capacity Input Power Current Capacitor Power Source
W Kcal/hr Btu W A mF/VAC Ph Hz V
NN21VBAMT 5400 4643 18425 1820 8.30 50/400 1 50 220-240
NN23VBAMT 5800 4987 19790 1950 9.20 50/400 1 50 220-240
NN25VBAMT 6300 5417 21496 2120 9.80 50/420 1 50 220-240
NN27VBAMT 6720 5778 22929 2260 10.40 55/400 1 50 220-240
NN29VAAMT 7400 6363 25249 2440 11.20 55/400 1 50 220-240
NN31VAAMT 7960 6844 27160 2620 12.20 55/400 1 50 220-240
NN33VAAMT 8490 7300 28968 2800 13.10 55/420 1 50 220-240
NN37VAAMT 9400 8082 32073 3130 14.70 60/420 1 50 220-240
NN40VAAMT 10200 8770 34802 3430 16.10 60/420 1 50 220-240
NN21YDAMT 5500 4729 18872 1780 3.0 — 3 50-60 380-415/460
NN25YDAMT 6580 5658 22451 2120 3.70 — 3 50-60 380-415/460
NN27YDAMT 6980 6002 23516 2210 3.70 — 3 50-60 380-415/460
NN29YCAMT 7500 6449 25598 2360 4.00 — 3 50-60 380-415/460
NN31YCAMT 8060 6930 27500 2550 4.30 — 3 50-60 380-415/460
NN33YCAMT 5500 4729 18872 1780 3.0 — 3 50-60 380-415/460
NN37YCAMT 9600 8254 32755 3050 5.40 — 3 50-60 380-415/460
NN40YCAMT 10400 8942 35484 3300 5.70 — 3 50-60 380-415/460

 

Model
 Cooling Capacity input Norminal Output COP EER Run Cap Weight Oil
w Kcal/hr Btu/hr Watt Amps HP KW W/W Btu/hr*w Uf/vac (Kgs) cc.
RV092VDCMT 2,240.0 1,926.0 7,643.0 820.0 3.8 0.9 0.7 2.7 9.3 25/370 13.4 300
RV125VABMT 2,950.0 2,536.0 10,065.0 1,100.0 5.1 1.2 0.9 2.7 9.2 30/370 16.0 420
RV130VCAMT 3,270.0 2,812.0 11,157.0 1,140.0 5.2 1.2 0.9 2.9 9.8 30/370 14.7 420
RV135VCAMT 3,400.0 2,923.0 11,601.0 1,180.0 5.5 1.2 0.9 2.9 9.8 30/370 15.8 420
RV145VFAMT 3,700.0 3,181.0 12,624.0 1,280.0 5.9 1.4 1.0 2.9 9.9 35/370 15.9 420
RV174VAAMT 4,460.0 3,835.0 15,218.0 1,530.0 7.2 1.7 1.3 2.9 10.0 40/370 15.9 440
RV220VBBMT 5,510.0 4,737.0 18,800.0 1,950.0 9.1 2.2 1.6 2.8 9.6 45/400 16.6 440
RV231VFFMT 5,800.0 4,987.0 19,790.0 2,080.0 9.9 2.2 1.6 2.8 9.5 50/400 17.3 520
RV23VAAMT 5,880.0 5,056.0 20,063.0 2,080.0 6.4 2.3 1.7 2.8 9.7 60/420 21.3 670
QV42VAAMT 11,000.0 6,458.0 37,532.0 3,760.0 17.4 4.3 3.2 2.9 10.0 60/370 34.2 1300

 

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