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CW3H

Imago Praecipua CW3H
  • CW3H

Descriptio Brevis:

Condensator Electrolyticus Aluminii

CW3H

Alta fides, ESR105℃ humilis, horae 3000, apta novae energiae photovoltaicae, electronicis automotivis, cum RoHS obsequens.


Detalia Producti

Index Productorum Numerus

Etiquettae Productarum

Parametri technici principales

Res proprius
ambitus temperaturae operativae -40~+105Celsius
Ambitus tensionis aestimatae 350~600V
Spatium capacitatis electrostaticae aestimatum 120-1000 microF (20Celsius(120Hz)
Differentia permissa in capacitate electrostatica aestimata ±20%
Fluxus fluxus (mA) ≤3√CV (C: capacitas nominalis; V: tensio aestimata vel 0.94mA, utra minor est, probata per 5 minuta @20℃)
Maxima iactura (20℃) 0.20 (20Celsius(120Hz)
Proprietates temperaturae (120Hz) C(-25)Celsius)/C(+20Celsius)≥0.8; C(-40)Celsius)/C(+20Celsius)≥0.65
Impedentiae proprietates (120Hz) Z(-25)Celsius)/Z(+20Celsius)^5 ; Z(-40Celsius)/Z(+20Celsius)^8
Resistentia insulationis Valor mensuratus cum probatore resistentiae insulationis DC500V inter omnes terminales et manicam insulatricem in operculo receptaculi et fasciam fixam positam est ≥100MΩ.
Tensio insulationis Nulla anomalia inventa est cum tensio electrica AC 2000V per unum minutum inter omnes terminales et vaginam insulatricem in operculo receptaculi necnon fasciam fixam positam applicata est.
Durabilitas In ambitu 105°C, undulatio nominalis superimponitur tensione nominali non excedente. Tensio nominalis continue per 3000 horas oneratur, deinde ad 20°C reducitur. Experimentum his requisitis satisfacere debet.
Ratio mutationis capacitatis (△C) ≤±20% valoris initialis
Valor damni (tg δ) ≤200% valoris specificationis initialis
Fluxus fluxus (LC) ≤Valor specificationis initialis
Proprietates temperaturae altae sine onere Postquam in ambitu 105°C per 1000 horas repositum, deinde ad 20°C reductum, experimentum his requisitis satisfacere debet.
Ratio mutationis capacitatis (△C) ≤±15% valoris initialis
Valor damni (tg δ) ≤150% valoris specificationis initialis
Fluxus fluxus (LC) ≤Valor specificationis initialis
Praeconditio tensionis ante experimentum requiritur: tensionem nominalem ad utrumque extremum condensatoris per resistorem circiter 1000Ω applica et per horam unam serva. Post praeparationem, resistor circiter 1Ω/V exoneratur. Postquam exoneratio completa est, ad temperaturam ambientem per horas XXIV pone antequam experimentum incipias.

Delineatio Dimensionalis Producti

Dimensiones (mm)

ΦD

Φ22

Φ25

Φ30

Φ35

Φ40

B

11.6

11.8

11.8

11.8

12.25

C

8.4

10

10

10

10

L1

6.5

6.5

6.5

6.5

6.5

Parametrus Correctionis Currentis Undulati

①Coefficiens compensationis frequentiae

frequentia

50Hz

120Hz

500Hz

1kHz

 10kHz

factor correctionis

0.80

1.00

1.20

1.25

1.40

 

 

②Coefficiens compensationis temperaturae

Temperatura (℃)

40℃

60℃

85℃

105℃

coefficiens

2.7

2.2

1.7

1.0

 

Condensatores Inserendi: Solutiones Compactae et Fideles pro Systematibus Electricis

Condensatores insertibiles (vel capacitores insertibiles) partes indispensabiles in systematibus electricis hodiernis sunt, magnitudinem compactam, capacitatem magnam, et firmitatem offerentes. In hoc articulo, proprietates, usus, et commoda condensatorum insertibilium (vel capacitores insertibiles) diligenter examinabimus.

Proprietates

Condensatores ad insinuationem, etiam condensatores ad insinuationem aptati appellati, cum terminalibus specialibus designantur qui celerem et securam institutionem in laminis circuitis vel superficiebus montatoriis permittunt. Hi condensatores typice formas cylindricas vel rectangulares habent, cum terminalibus fibulis metallicis praeditis quae firmiter in locum suum post insertionem haerent.

Una ex praecipuis proprietatibus condensatorum inserendorum est eorum alta capacitatis valores, a microfaradis ad faradas. Haec alta capacitate eos ideales reddit ad applicationes quae magnam copiam electricitatis requirunt, ut puta unitates fontis potentiae, inversores, impulsores motorum, et amplificatores audio.

Praeterea, capacitores inserti variis tensionibus praesto sunt, ut diversis gradibus tensionis in systematibus electricis conveniant. Designati sunt ad altas temperaturas, vibrationes, et tensiones electricas tolerandas, ita ut certam functionem in ambitus difficilibus praestent.

Applicationes

Condensatores inserti late patent in variis industriis et systematibus electricis. Saepe in unitatibus potentiae adhibentur, ubi fluctuationes tensionis mitigare et stabilitatem tensionum productarum augere adiuvant. In inversoribus et impulsionibus motorum, condensatores inserti filtrationem et accumulationem energiae adiuvant, ad efficientem operationem systematum conversionis potentiae proficientes.

Praeterea, capacitores inserti in amplificatoribus audio et ballastris electronicis adhibentur, ubi partes criticas in filtratione signorum et correctione factoris potentiae agunt. Magnitudo compacta et capacitas alta eos ideales reddunt ad applicationes spatio angusto, permittentes usum efficientem spatii PCB (Tabulae Circuiti Impressae).

Beneficia

Condensatores inserti plura commoda offerunt quae eos in multis applicationibus praeferuntur. Terminales inserti eorum institutionem celerem et facilem faciliorem reddunt, tempus compositionis et sumptus laboris minuentes. Praeterea, magnitudo compacta et forma humilis efficientem dispositionem PCB et designationes spatium conservantes efficiunt.

Praeterea, capacitores inserti propter magnam firmitatem et longam vitam utilem noti sunt, ita ut ad usum in applicationibus criticis apti sint. Designantur ut normas qualitatis strictas observent et probationes rigorosas subeunt ut constantem efficaciam et diuturnitatem curent.

Conclusio

Concludendo, capacitores inserti sunt partes versatiles quae solutiones compactas, fidas, et efficaces pro ampla varietate systematum electricorum praebent. Cum valoribus capacitatis altis, tensionibus aestimatis, et constructione robusta, ad operationem lenem et efficaciam unitatum fontis potentiae, inverterum, impulsorum motorum, amplificatorum audio, et plurium conferunt.

Sive in automatione industriali, sive in electronicis domesticis, sive in telecommunicationibus, sive in applicationibus autocineticis, capacitores inserti partes vitales agunt in stabili potentiae distributione, signorum filtratione, et energiae accumulatione curanda. Facilitas institutionis, magnitudo compacta, et alta fides eos componentes indispensabiles in hodiernis designis electricis faciunt.

  • Praecedens:
  • Deinde:
    • Numerus Productorum Temperatura operandi (℃) Tensio (V.DC) Capacitas (µF) Diameter (mm) Longitudo (mm) Fluxus fluxus (uA) Fluxus undulationis nominalis [mA/rms] ESR/ Impedentia [Ωmax] Vita (horae)
    CW3H2V121MNNZS03S2 -40~105 350 CXX 22 30 DCXV DCC 1.38 tria milia
    CW3H2V121MNNYS02S2 -40~105 350 CXX 25 25 DCXV DCC 1.38 tria milia
    CW3H2V121MNNXS01S2 -40~105 350 CXX 30 20 DCXV DCCX 1.38 tria milia
    CW3H2V151MNNZS04S2 -40~105 350 CL 22 35 DCLXXXVII DCCCXX 1.104 tria milia
    CW3H2V151MNNYS03S2 -40~105 350 CL 25 30 DCLXXXVII DCCCXX 1.104 tria milia
    CW3H2V151MNNXS02S2 -40~105 350 CL 30 25 DCLXXXVII DCCCXXX 1.104 tria milia
    CW3H2V151MNNAS01S2 -40~105 350 CL 35 20 DCLXXXVII DCCCXXX 1.104 tria milia
    CW3H2V181MNNZS05S2 -40~105 350 CLXXX 22 40 DCCLIIII 940 0.919 tria milia
    CW3H2V181MNNYS03S2 -40~105 350 CLXXX 25 30 DCCLIIII 940 0.919 tria milia
    CW3H2V181MNNXS02S2 -40~105 350 CLXXX 30 25 DCCLIIII 940 0.919 tria milia
    CW3H2V221MNNZS06S2 -40~105 350 220 22 45 DCCCXXXIII 1080 0.751 tria milia
    CW3H2V221MNNYS04S2 -40~105 350 220 25 35 DCCCXXXIII 1080 0.751 tria milia
    CW3H2V221MNNXS02S2 -40~105 350 220 30 25 DCCCXXXIII 1100 0.751 tria milia
    CW3H2V221MNNAS02S2 -40~105 350 220 35 25 DCCCXXXIII 1100 0.751 tria milia
    CW3H2V271MNNZS07S2 -40~105 350 270 22 50 922 1230 0.617 tria milia
    CW3H2V271MNNYS05S2 -40~105 350 270 25 40 922 1230 0.617 tria milia
    CW3H2V271MNNXS03S2 -40~105 350 270 30 30 922 1230 0.617 tria milia
    CW3H2V271MNNAS02S2 -40~105 350 270 35 25 922 1250 0.617 tria milia
    CW3H2V331MNNYS06S2 -40~105 350 330 25 45 1020 1370 0.504 tria milia
    CW3H2V331MNNXS04S2 -40~105 350 330 30 35 1020 1370 0.504 tria milia
    CW3H2V331MNNAS03S2 -40~105 350 330 35 30 1020 1370 0.504 tria milia
    CW3H2V391MNNYS07S2 -40~105 350 390 25 50 1108 MDXXX 0.426 tria milia
    CW3H2V391MNNXS04S2 -40~105 350 390 30 35 1108 MDCL 0.426 tria milia
    CW3H2V391MNNAS03S2 -40~105 350 390 35 30 1108 MDCL 0.426 tria milia
    CW3H2V471MNNYS09S2 -40~105 350 470 25 60 1217 MDCCCX 0.353 tria milia
    CW3H2V471MNNXS06S2 -40~105 350 470 30 45 1217 MDCCCX 0.353 tria milia
    CW3H2V471MNNAS04S2 -40~105 350 470 35 35 1217 MDCCCX 0.353 tria milia
    CW3H2V561MNNXS07S2 -40~105 350 560 30 50 1328 anno MCMLXXX 0.29 tria milia
    CW3H2V561MNNAS05S2 -40~105 350 560 35 40 1328 anno MCMLXXX 0.29 tria milia
    CW3H2V681MNNXS09S2 -40~105 350 DCCLXXX 30 60 1464 2370 0.239 tria milia
    CW3H2V681MNNAS06S2 -40~105 350 DCCLXXX 35 45 1464 2370 0.239 tria milia
    CW3H2V821MNNAS07S2 -40~105 350 DCCCXX 35 50 1607 2560 0.198 tria milia
    CW3H2V102MNNAS08S2 -40~105 350 mille 35 55 MDCCXXV 2810 0.163 tria milia
    CW3H2G121MNNZS03S2 -40~105 quadringenti CXX 22 30 DCCLVII DCCL 1.517 tria milia
    CW3H2G121MNNYS02S2 -40~105 quadringenti CXX 25 25 DCCLVII DCCL 1.517 tria milia
    CW3H2G121MNNXS01S2 -40~105 quadringenti CXX 30 20 DCCLVII DCCLXXX 1.517 tria milia
    CW3H2G121MNNAS01S2 -40~105 quadringenti CXX 35 20 DCCLVII DCCLXXX 1.517 tria milia
    CW3H2G151MNNZS04S2 -40~105 quadringenti CL 22 35 DCCXXXV DCCLX 1.213 tria milia
    CW3H2G151MNNYS03S2 -40~105 quadringenti CL 25 30 DCCXXXV DCCLX 1.213 tria milia
    CW3H2G151MNNXS02S2 -40~105 quadringenti CL 30 25 DCCXXXV DCCCLXX 1.213 tria milia
    CW3H2G151MNNAS01S2 -40~105 quadringenti CL 35 20 DCCXXXV DCCXC 1.213 tria milia
    CW3H2G181MNNZS05S2 -40~105 quadringenti CLXXX 22 40 805 DCCCLXX 1.01 tria milia
    CW3H2G181MNNYS03S2 -40~105 quadringenti CLXXX 25 30 805 DCCCLXX 1.01 tria milia
    CW3H2G181MNNXS02S2 -40~105 quadringenti CLXXX 30 25 805 DCCCLXX 1.01 tria milia
    CW3H2G181MNNAS02S2 -40~105 quadringenti CLXXX 35 25 805 DCCCLXX 1.01 tria milia
    CW3H2G221MNNZS06S2 -40~105 quadringenti 220 22 45 DCCCXC mille 0.826 tria milia
    CW3H2G221MNNYS05S2 -40~105 quadringenti 220 25 40 DCCCXC mille 0.826 tria milia
    CW3H2G221MNNXS03S2 -40~105 quadringenti 220 30 30 DCCCXC 1020 0.826 tria milia
    CW3H2G221MNNAS02S2 -40~105 quadringenti 220 35 25 DCCCXC 1020 0.826 tria milia
    CW3H2G271MNNYS06S2 -40~105 quadringenti 270 25 45 986 1170 0.673 tria milia
    CW3H2G271MNNXS03S2 -40~105 quadringenti 270 30 30 986 1170 0.673 tria milia
    CW3H2G271MNNAS02S2 -40~105 quadringenti 270 35 25 986 1170 0.673 tria milia
    CW3H2G331MNNYS07S2 -40~105 quadringenti 330 25 50 1090 1340 0.55 tria milia
    CW3H2G331MNNXS04S2 -40~105 quadringenti 330 30 35 1090 1310 0.55 tria milia
    CW3H2G331MNNAS03S2 -40~105 quadringenti 330 35 30 1090 1310 0.55 tria milia
    CW3H2G391MNNYS08S2 -40~105 quadringenti 390 25 55 1185 MDX 0.465 tria milia
    CW3H2G391MNNXS05S2 -40~105 quadringenti 390 30 40 1185 MDX 0.465 tria milia
    CW3H2G391MNNAS04S2 -40~105 quadringenti 390 35 35 1185 MDX 0.465 tria milia
    CW3H2G471MNNXS06S2 -40~105 quadringenti 470 30 45 1301 1660 0.385 tria milia
    CW3H2G471MNNAS05S2 -40~105 quadringenti 470 35 40 1301 1680 0.385 tria milia
    CW3H2G561MNNXS07S2 -40~105 quadringenti 560 30 50 1420 MDCCCLXX 0.323 tria milia
    CW3H2G561MNNAS06S2 -40~105 quadringenti 560 35 45 1420 MDCCCLXX 0.323 tria milia
    CW3H2G681MNNAS07S2 -40~105 quadringenti DCCLXXX 35 50 MDCLXV 2230 0.265 tria milia
    CW3H2G821MNNAS08S2 -40~105 quadringenti DCCCXX 35 55 MDCCXVIII 2490 0.219 tria milia
    CW3H2G102MNNAG01S2 -40~105 quadringenti mille 35 70 MDCCCXCVII 2940 0.18 tria milia
    CW3H2W121MNNZS05S2 -40~105 450 CXX 22 40 DCXCVII DCXC 1.88 tria milia
    CW3H2W121MNNYS02S2 -40~105 450 CXX 25 25 DCXCVII DCXC 1.88 tria milia
    CW3H2W121MNNXS02S2 -40~105 450 CXX 30 25 DCXCVII DCCX 1.88 tria milia
    CW3H2W121MNNAS01S2 -40~105 450 CXX 35 20 DCXCVII DCCX 1.88 tria milia
    CW3H2W151MNNZS06S2 -40~105 450 CL 22 45 DCCCLXXIX DCCCLXX 0.987 tria milia
    CW3H2W151MNNYS03S2 -40~105 450 CL 25 30 DCCCLXXIX DCCCLXX 0.987 tria milia
    CW3H2W151MNNXS02S2 -40~105 450 CL 30 25 DCCCLXXIX DCCXC 0.987 tria milia
    CW3H2W151MNNAS02S2 -40~105 450 CL 35 25 DCCCLXXIX DCCXC 0.987 tria milia
    CW3H2W181MNNZS05S2 -40~105 450 CLXXX 22 40 DCCCLIV DCCCX 0.822 tria milia
    CW3H2W181MNNYS04S2 -40~105 450 CLXXX 25 35 DCCCLIV DCCCX 0.822 tria milia
    CW3H2W181MNNXS03S2 -40~105 450 CLXXX 30 30 DCCCLIV DCCCXXX 0.822 tria milia
    CW3H2W221MNNYS05S2 -40~105 450 220 25 40 944 960 0.673 tria milia
    CW3H2W221MNNXS03S2 -40~105 450 220 30 30 944 940 0.673 tria milia
    CW3H2W221MNNAS02S2 -40~105 450 220 35 25 944 970 0.673 tria milia
    CW3H2W271MNNYS06S2 -40~105 450 270 25 45 1046 1110 0.549 tria milia
    CW3H2W271MNNXS04S2 -40~105 450 270 30 35 1046 1100 0.549 tria milia
    CW3H2W271MNNAS03S2 -40~105 450 270 35 30 1046 1140 0.549 tria milia
    CW3H2W331MNNXS05S2 -40~105 450 330 30 40 1156 1290 0.449 tria milia
    CW3H2W331MNNAS04S2 -40~105 450 330 35 35 1156 1290 0.449 tria milia
    CW3H2W391MNNXS06S2 -40~105 450 390 30 45 1257 1470 0.379 tria milia
    CW3H2W391MNNAS04S2 -40~105 450 390 35 35 1257 1450 0.379 tria milia
    CW3H2W471MNNXS07S2 -40~105 450 470 30 50 1380 1680 0.314 tria milia
    CW3H2W471MNNAS05S2 -40~105 450 470 35 40 1380 1650 0.314 tria milia
    CW3H2W561MNNXS09S2 -40~105 450 560 30 60 MDVI MCMLXX 0.263 tria milia
    CW3H2W561MNNAS06S2 -40~105 450 560 35 45 MDVI 1940 0.263 tria milia
    CW3H2W681MNNAS08S2 -40~105 450 DCCLXXX 35 55 1660 2250 0.216 tria milia
    CW3H2W821MNNAS09S2 -40~105 450 DCCCXX 35 60 MDCCCXXII 2520 0.179 tria milia
    CW3H2W102MNNAG01S2 -40~105 450 mille 35 70 MMXIII 2850 0.147 tria milia
    CW3H2H121MNNZS07S2 -40~105 quingenti CXX 22 50 DCCXXXV DCCLX 1.415 tria milia
    CW3H2H121MNNYS05S2 -40~105 quingenti CXX 25 40 DCCXXXV DCCLX 1.415 tria milia
    CW3H2H121MNNXS03S2 -40~105 quingenti CXX 30 30 DCCXXXV DCCL 1.415 tria milia
    CW3H2H121MNNAS02S2 -40~105 quingenti CXX 35 25 DCCXXXV DCXXX 1.415 tria milia
    CW3H2H151MNNZS07S2 -40~105 quingenti CL 22 50 DCCCXXII DCCXXX 1.132 tria milia
    CW3H2H151MNNYS05S2 -40~105 quingenti CL 25 40 DCCCXXII DCC 1.132 tria milia
    CW3H2H151MNNXS03S2 -40~105 quingenti CL 30 30 DCCCXXII DCC 1.132 tria milia
    CW3H2H151MNNAS02S2 -40~105 quingenti CL 35 25 DCCCXXII DCCX 1.132 tria milia
    CW3H2H181MNNZS09S2 -40~105 quingenti CLXXX 22 60 900 DCCCLX 0.943 tria milia
    CW3H2H181MNNYS07S2 -40~105 quingenti CLXXX 25 50 900 DCCCL 0.943 tria milia
    CW3H2H181MNNXS04S2 -40~105 quingenti CLXXX 30 35 900 DCCCXX 0.943 tria milia
    CW3H2H181MNNAS03S2 -40~105 quingenti CLXXX 35 30 900 DCCCXX 0.943 tria milia
    CW3H2H221MNNZS10S2 -40~105 quingenti 220 22 65 995 970 0.771 tria milia
    CW3H2H221MNNYS08S2 -40~105 quingenti 220 25 55 995 930 0.771 tria milia
    CW3H2H221MNNXS05S2 -40~105 quingenti 220 30 40 995 930 0.771 tria milia
    CW3H2H221MNNAS02S2 -40~105 quingenti 220 35 25 995 900 0.771 tria milia
    CW3H2H271MNNYS09S2 -40~105 quingenti 270 25 60 1102 1110 0.628 tria milia
    CW3H2H271MNNXS06S2 -40~105 quingenti 270 30 45 1102 1080 0.628 tria milia
    CW3H2H271MNNAS04S2 -40~105 quingenti 270 35 35 1102 1060 0.628 tria milia
    CW3H2H331MNNYG01S2 -40~105 quingenti 330 25 70 1219 1310 0.513 tria milia
    CW3H2H331MNNXS07S2 -40~105 quingenti 330 30 50 1219 1270 0.513 tria milia
    CW3H2H331MNNAS05S2 -40~105 quingenti 330 35 40 1219 1250 0.513 tria milia
    CW3H2H391MNNXS09S2 -40~105 quingenti 390 30 60 1325 1450 0.435 tria milia
    CW3H2H391MNNAS06S2 -40~105 quingenti 390 35 45 1325 1450 0.435 tria milia
    CW3H2H471MNNXS10S2 -40~105 quingenti 470 30 65 1454 1640 0.36 tria milia
    CW3H2H471MNNAS07S2 -40~105 quingenti 470 35 50 1454 MDXC 0.36 tria milia
    CW3H2H561MNNXG02S2 -40~105 quingenti 560 30 75 MDXXXVIII 1900 0.302 tria milia
    CW3H2H561MNNAS09S2 -40~105 quingenti 560 35 60 MDXXXVIII MDCCCLXX 0.302 tria milia
    CW3H2H681MNNAG02S2 -40~105 quingenti DCCLXXX 35 75 MDCCXLIX 2250 0.248 tria milia
    CW3H2H821MNNAG05S2 -40~105 quingenti DCCCXX 35 90 MCMXXI 2670 0.205 tria milia
    CW3H2H102MNNAG07S2 -40~105 quingenti mille 35 centum 2121 3050 0.169 tria milia
    CW3H2L121MNNXS03S2 -40~105 550 CXX 30 30 DCCCLXXI 950 1.646 tria milia
    CW3H2L151MNNXS04S2 -40~105 550 CL 30 35 DCCCLXII 1060 1.317 tria milia
    CW3H2L181MNNXS05S2 -40~105 550 CLXXX 30 40 944 1130 1.097 tria milia
    CW3H2L181MNNAS03S2 -40~105 550 CLXXX 35 30 944 1110 1.097 tria milia
    CW3H2L221MNNXS07S2 -40~105 550 220 30 50 1044 1260 0.898 tria milia
    CW3H2L221MNNAS05S2 -40~105 550 220 35 40 1044 1240 0.898 tria milia
    CW3H2L271MNNAS06S2 -40~105 550 270 35 45 1156 1390 0.731 tria milia
    CW3H2L331MNNAS07S2 -40~105 550 330 35 50 1278 MDXC 0.598 tria milia
    CW3H2L391MNNAS09S2 -40~105 550 390 35 60 1389 MDCCLX 0.505 tria milia
    CW3H2L471MNNAS10S2 -40~105 550 470 35 65 MDXXV 2050 0.419 tria milia
    CW3H2L561MNNAG02S2 -40~105 550 560 35 75 1665 2330 0.351 tria milia
    CW3H2L561MNNAG03S2 -40~105 550 560 35 80 1665 MMCC 0.351 tria milia
    CW3H2M121MNNXS05S2 -40~105 DC CXX 30 40 805 mille 2.016 tria milia
    CW3H2M121MNNAS03S2 -40~105 DC CXX 35 30 805 960 2.016 tria milia
    CW3H2M151MNNXS06S2 -40~105 DC CL 30 45 900 1150 1.612 tria milia
    CW3H2M151MNNAS04S2 -40~105 DC CL 35 35 900 1120 1.612 tria milia
    CW3H2M181MNNXS07S2 -40~105 DC CLXXX 30 50 986 1280 1.343 tria milia
    CW3H2M181MNNAS05S2 -40~105 DC CLXXX 35 40 986 1250 1.343 tria milia
    CW3H2M221MNNXS09S2 -40~105 DC 220 30 60 1090 1470 1.098 tria milia
    CW3H2M221MNNAS06S2 -40~105 DC 220 35 45 1090 1460 1.098 tria milia
    CW3H2M271MNNAS07S2 -40~105 DC 270 35 50 1208 1630 0.894 tria milia
    CW3H2M331MNNAS08S2 -40~105 DC 330 35 55 1335 MDCCCLXX 0.731 tria milia
    CW3H2M391MNNAS09S2 -40~105 DC 390 35 60 1451 MMCMXX 0.618 tria milia
    CW3H2M471MNNBS09S2 -40~105 DC 470 40 60 MDXCIII 3060 0.512 tria milia
    CW3H2M561MNNBG03S2 -40~105 DC 560 40 80 MDCCXXXIX 3220 0.429 tria milia

    PRODUCTA CONNEXA