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 sine tensione nominali excedenda. 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 Electrolytici Aluminii Seriei YMIN CW3H: Aequilibrium Perfectum Inter Efficaciam Pretii et Functionem Fidem
Cum instrumenta electronica potentiae ad maiorem efficientiam et meliorem sumptuum moderationem contendere pergant, selectio partium res critica ingeniariis designatoribus facta est. Condensatores electrolytici aluminii seriei CW3H YMIN, cum aequilibrata efficacia et optima ratione pretii, solutionem idealem ad usus industriales praebent. Hic articulus plene analysabit proprietates technicas producti, casus applicationis, et valorem singularem mercatus.
Positio Producti et Proprietates Technicae
Series CW3H est capacitor electrolyticus aluminii YMIN, ad usus industriales mediocres et summae qualitatis destinatus. Cum temperatura operandi inter -40°C et +105°C, tensionibus aestimatis inter 350V et 600V, et capacitate inter 120 et 1000μF, requisitis plurimorum apparatuum industrialium potentiae aptissime satisfacit.
Robusta perseverantia est praecipuum commodum seriei CW3H. Productum habet vitam operationis 3000 horarum ad 105°C garantitam. Hoc per probationes rigorosas durabilitatis comprobatum est: post 3000 horas applicationis continuae tensionis nominalis et undulationis currentis nominalis ad 105°C, rata mutationis capacitatis non excedit ±20% valoris initialis, valor iacturae non excedit 200% valoris specificationis initialis, et fluxus fluxus intra valorem specificationis initialis manet. Hae indices functionis operationem stabilem diuturnam in typicis ambitus industrialibus praestant.
Adaptabilitas optima temperaturae CW3H efficit ut ambitus operandi complexos sustineat. Sub condicionibus probationis 120Hz, proportio capacitatis inter -25°C et +20°C est ≥0.8, et proportio capacitatis inter -40°C et +20°C est ≥0.65. Quod ad proprietates impedantiae attinet, proportio impedantiae inter -25°C et +20°C est ≤5, et proportio impedantiae inter -40°C et +20°C est ≤8. Hae proprietates constantem functionem condensatoris praestant, fluctuationibus temperaturae non obstantibus.
Designatio Praecisa et Securitas
Series CW3H designum commune cum variis optionibus diametrorum, a 22mm ad 40mm, praebet, ut variis spatii necessitatibus satisfaciat. Designatio structurae eius commoditatem institutionis et firmitatem connexionis pro applicationibus industrialibus plene considerat.
Efficacia insulationis normas industriales attingit, cum resistentia insulationis ≥100MΩ (DC500V) inter omnes terminales et involucrum insulationis sit, et probationem roboris dielectrici AC2000V per minutum unum sustinere potest. Haec forma securitatem instrumentorum certam praebet, praesertim in ambitu industriali humido vel pulverulento.
Quod ad proprietates frequentiae attinet, CW3H adaptabilitatem excellentem exhibet. Cum frequentia a 50Hz ad 10kHz crescit, coefficiens correctionis a 0.8 ad 1.4 augetur, stabilem functionem etiam in applicationibus altae frequentiae praestans. Coefficiens compensationis temperaturae a 2.7 ad 1.0 decrescit cum temperatura crescit (a 40°C ad 105°C). Hic mechanismus compensationis intelligens functionem constantem sub variis condicionibus operationis praestat.
Analysis Valoris Applicationis Practicae
Instrumenta Alimentationis Electricae Industrialis
In fontibus potentiae commutatoriis industrialibus et systematibus UPS (updating system), CW3H munera critica filtrationis et energiae conservandae perficit. Eius spatium vitae 3000 horarum requisitis quinque ad octo annorum instrumentorum industrialium plene satisfacit. Exempli gratia, exemplar CW3H2V102MNNAS08S2 ESR tantum 0.163Ω ad 350V/1000μF ostendit, dum eius undulatio currentis 2810mA attingit. Haec impedantia humilis efficientiam conversionis systematis potentiae significanter auget.
Systema Generationis Energiae Photovoltaicae
In inversoribus photovoltaicis generis series, series CW3H, propter suas excellentes temperaturae proprietates et moderationem sumptus rationabilis, est electio idealis pro condensatoribus nexus DC. Hoc productum directivae RoHS obtemperat, requisitis industriae photovoltaicae strictis de fabricatione viridi satisfaciens. Lata eius amplitudo temperaturarum praecipue apta est apparatibus generationis potentiae photovoltaicae externae, permittens ei tolerare provocationes fluctuationum temperaturarum diurnarum et nocturnarum.
Instrumenta Automationis Industrialis
Aequilibrata efficacia CW3H plene adhibetur in apparatibus automationis industrialis, ut inverteribus et motoribus servo. Exemplo CW3H2G102MNNAG01S2 sumpto, exemplar 400V/1000μF undulationem currentis nominalis 2940mA et ESR 0.18Ω praebet. Haec libra parametrorum aequilibrata stabilitatem instrumenti sub operatione continua praestat.
Efficacia Impensarum
Comparata cum serie CW6H altioris pretii, CW3H per designationem et processus fabricationis optimizatos insignia commoda sumptuum consequitur, functione fundamentali servata. Pro applicationibus quae non requirunt diuturnitatem extremam, CW3H solutionem magis sumptuum praebet.
Ductor Selectionis Technicae
Series CW3H amplam varietatem exemplorum offert, utentes flexibiliter eligere possint secundum necessitates specificas applicationis. Pro applicationibus spatio angusto, exemplar minus elige, ut CW3H2V121MNNXS01S2 (diametro 30mm, longitudine 20mm). Pro applicationibus capacitatem maiorem requirentibus, exemplar maius elige, ut CW3H2G102MNNAG01S2 (400V/1000μF).
Quod ad cautiones institutionis attinet, consilium conexiones firmas praestat. Commendatur ut instrumento torquetorio communi utaris per institutionem ad vim stringendi aptam confirmandam. Praeterea, notas polaritatis in condensatoribus attende ne institutio inversa et potentialis defectus instrumentorum oriantur.
Computationes undulationis currentis in condicionibus operationis actualibus fundari debent, respectu coefficientium compensationis frequentiae et temperaturae a producto praebitorum. Exempli gratia, ad 85°C et 1kHz, coefficientium correctionis est productum coefficientis temperaturae 1.7 et coefficientis frequentiae 1.25. Haec accurata computatio designationem applicationis fidam praestat.
Qualitatis Cura et Probationum Normae
YMIN strictam qualitatis inspectionem in serie CW3H instituit. Quaeque productae series pluribus probationibus firmitatis subit, inter quas probationes diuturnitatis oneris altae temperaturae, probationes cycli temperaturae, et probationes tensionis resistentiae. Charta aluminiorum altae qualitatis et electrolytus specialiter compositus adhibentur ut productio constans et stabilis per omnes series curetur.
Positio Mercatus et Commoda Competitiva
Series CW3H egregium aequilibrium inter efficaciam et pretium assequitur, requisitis technicis plurimarum applicationum industrialium satisfaciens, dum pretium competitivum offert. Haec positio producti ei commodum magnum praebet in fontibus potentiae industrialibus mediocriter postulatis, energia nova, automatione industriali, aliisque campis.
Comparatus cum similibus productis, CW3H in sequentibus rebus excellit:
1. Aequilibrium Parametrorum: Parametros clavis, ut vitam diuturnam, ESR, et undulationis fluxum, optime aequilibrat.
2. Adaptabilitas Temperaturae: Ampla temperaturae amplitudo necessitatibus plerorumque ambituum industrialium satisfacit.
3. Integritas Specificationum: Plenam ambitum tensionis a 350V ad 600V praebet.
4. Pretii Efficacitas: Excellens ratio pretii et effectus per optimizationem designii consecuta est.
Conclusio
Condensatores electrolytici aluminii seriei YMIN CW3H, ob aequilibratam functionem, qualitatem certam, et optimam rationem pretii inter functiones, electionem idealem praebent apparatibus electronicis potentiae industrialis. In hodierna postulatione firmitatis apparatuum et moderationis sumptuum, series CW3H aliam optionem excellentem ingeniariis designatoribus offert.
Cum postulata instrumentorum industrialium pro efficientia energiae et fidelitate crescant, YMIN innovationi technologiae productorum et emendationi qualitatis operam dabit, clientibus industrialibus globalibus solutiones condensatorum superiores praebens et progressum technologiae electronicae industrialis una promovens.
| 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 |
