Filum aluminii aeneum obductum 15A Sinarum, filum CCA, fabricatoribus et praebitoribus transformatorum motorum

Filum aluminii aeneum obductum 15A fabricatoris, filum CCA, ad transformatorem motoris. Imago Praecipua.

Descriptio Brevis:

Filum aluminii cupreo obductum et vitreo obductum novum filum electromagneticum est, quod ex aluminio cupreo obducto ut materia conductoris interni utitur, cum proprietatibus inter cupreum et aluminium praeditum. Excellentem conductivitatem cupream et levitatem aluminii coniungit.

Mitte nobis inscriptionem electronicam

Detalia Producti

Etiquettae Productarum

Introductio Exemplaris

Introductio exemplaris
ProductumTypus	PEW/130	PEW/155	UEW/130	UEW/155	UEW/180	EIW/180	EI/AIW/200	EI/AIW/220
Descriptio Generalis	Gradus 130 Polyester	Polyester Modificatus Gradus 155	Gradus 155SsenectutisPolyurethanum	Gradus 155SsenectutisPolyurethanum	180 GradusSrectusWsenexPolyurethanum	180 GradusPolesterImeus	Gradus 200Polyamidimidum compositum polyesterimidum	220GradusPolyamidimidum compositum polyesterimidum
IECRegula	IEC60317-3	IEC60317-3	IEC 60317-20, IEC 60317-4	IEC 60317-20, IEC 60317-4	IEC 60317-51, IEC 60317-20	IEC 60317-23, IEC 60317-3, IEC 60317-8	IEC60317-13	IEC60317-26
NEMA Lineamenta	NEMA MW 5-C	NEMA MW 5-C	MW 75C	MW 79, MW 2, MW 75	MW 82, MW79, MW75	MW 77, MW 5, MW 26	NEMA MW 35-C NEMA MW 37-C	NEMA MW 81-C
Approbatio UL	/	ITA	ITA	ITA	ITA	ITA	ITA	ITA
DiameterDisponibiles	0.03mm-4.00mm	0.03mm-4.00mm	0.03mm-4.00mm	0.03mm-4.00mm	0.03mm-4.00mm	0.03mm-4.00mm	0.03mm-4.00mm	0.03mm-4.00mm
Index Temperaturae (°C)	130	CLV	CLV	CLV	CLXXX	CLXXX	ducenti	220
Temperatura Dissolutionis Molliendi (°C)	240	270	ducenti	ducenti	230	trecenti	320	350
Temperatura Impetus Thermalis (°C)	CLV	CLXXV	CLXXV	CLXXV	ducenti	ducenti	220	240
Soldabilitas	Non sudabilis	Non sudabilis	380℃/2s Solderabilis	380℃/2s Solderabilis	390℃/3s Solderabilis	Non sudabilis	Non sudabilis	Non sudabilis
Characteres	Bona resistentia caloris et robur mechanicum.	Excellens resistentia chemica; bona resistentia scalpendi; pauper resistentia hydrolysi	Temperatura mollitionis dissolutionis altior quam UEW/130; facile tingitur; iactura dielectrica humilis alta frequentia; nullus foramen acutum salsae.	Temperatura mollitionis dissolutionis altior quam UEW/130; facile tingitur; iactura dielectrica humilis alta frequentia; nullus foramen acutum salsae.	Temperatura mollitionis dissolutionis altior quam UEW/155; temperatura soldadurae directae 390°C est; facile tingitur; iactura dielectrica humilis alta frequentia; nullus foramen acutum salsae.	Alta resistentia caloris; excellens resistentia chemica, magnus ictus caloris, magna mollitiem dissolutionis	Alta resistentia caloris; stabilitas thermalis; refrigerans frigori resistens; alta dissolutio emollitionis; magnus ictus thermalis	Alta resistentia caloris; stabilitas thermalis; refrigerans frigori resistens; alta dissolutio emollitionis; magnus impetus caloris
Applicatio	Motor ordinarius, transformator medius	Motor ordinarius, transformator medius	Relay, micromotores, transformatores parvi, spirae ignitionis, valvae aquae obturatrices, capita magnetica, spirae pro apparatu communicationis.	Relay, micromotores, transformatores parvi, spirae ignitionis, valvae aquae obturatrices, capita magnetica, spirae pro apparatu communicationis.	Relay, micromotores, transformatores parvi, spirae ignitionis, valvae aquae obturatrices, capita magnetica, spirae pro apparatu communicationis.	Transformator oleo immersus, motor parvus, motor magnae potentiae, transformator altae temperaturae, pars calori resistens	Transformator oleo immersus, motor magnae potentiae, transformator altae temperaturae, pars calori resistens, motor obsignatus	Transformator oleo immersus, motor magnae potentiae, transformator altae temperaturae, pars calori resistens, motor obsignatus

IEC 60317 (GB/T6109)

Parametri technici et specificationum filorum societatis nostrae in systemate unitatum internationali sunt, unitate millimetri (mm). Si crassitudinem filorum Americanam (AWG) et crassitudinem filorum Britannicam (SWG) adhibes, tabula sequens est tabula comparativa ad referentiam tuam.

Dimensio specialissima secundum requisita clientium aptari potest.

Comparatio Technologiae et Specificationum Diversorum Conductorum Metallicorum

METALLUM	Cuprum	Aluminium Al 99.5	CCA 10% Aluminium cupreum obductum	CCA 15% Aluminium cupreum obductum	CCA20% Aluminium cupreum obductum
Diametri praesto [mm] Minimum - Maximum	0.03mm-2.50mm	0.10mm-5.50mm	0.05mm-8.00mm	0.05mm-8.00mm	0.05mm-8.00mm
Densitas [g/cm³] Nom.	8.93	2.70	3.30	3.63	4.00
Conductivitas [S/m * 10⁶]	58.5	35.85	36.46	37.37	39.64
IACS[%] Nomina	101	62	62	65	69
Coefficiens Temperaturae [10⁻⁶/K] Min - Max resistentiae electricae	3800 - 4100	3800 - 4200	3700 - 4200	3700 - 4100	3700 - 4100
Elongatio (1) [%] Nom.	25	20	15	16	17
Robur tensile (1) [N/mm²] Nom.	260	110	130	CL	CLX
Vita Flexibilis (2) [%] Nom. 100% = Cu	centum	20	50	80
Metallum externum per volumen [%] Nom.	-	-	VIII-XII	XIII-XVII	XVIII-XXII
Metallum externum pondere [%] Nom.	-	-	XXVIII-XXXII	XXXVI-XL	47-52
Soldabilitas/Soldabilitas	++/++	+/--	++/++	++/++	++/++
Proprietates	Conductivitas optima, robur tensile bonum, elongatio magna, facultas spirandi optima, facultas sudandi et conglutinandi bona.	Densitas perpauca magnam ponderis reductionem, celerem caloris dissipationem, conductivitatem humilem permittit.	CCA commoda aluminii et cupri coniungit. Densitas humilis pondus minuere, conductivitatem et robur tensile augere comparatione cum aluminio permittit, bonam suturam et adglutinationem permittit, commendatur pro diametro 0.10mm et supra.	CCA commoda aluminii et cupri coniungit. Densitas inferior pondus minuere, conductivitatem et robur tensile augere comparata cum aluminio permittit, bonam suturam et adglutinationem permittit, commendatur pro magnitudinibus minutissimis usque ad 0.10mm.	CCA commoda aluminii et cupri coniungit. Densitas inferior pondus minuere, conductivitatem et robur tensile augere comparata cum aluminio permittit, bonam suturam et adglutinationem permittit, commendatur pro magnitudinibus minutissimis usque ad 0.10mm.
Applicatio	Convolutio generalis spiralis ad usum electricum, filum litz HF. Ad usum in industria, autocinetis, apparatu, electronicis domesticis.	Variae applicationes electricae cum pondere parvo requisito, filum HF Litz. Ad usum in industria, autocinetis, apparatu, electronicis domesticis.	Locutor magnus, auricularia et auricularia, discus fixus, calefactio inductionis cum necessitate bonae terminationis.	Diffusor sonorus, auricularia et auricularia, discus fixus (HDD), calefactio inductionis cum bona terminatione, filum HF litz	Diffusor sonorus, auricularia et auricularia, discus fixus (HDD), calefactio inductionis cum bona terminatione, filum HF litz

Specificatio Fili Aluminii Cupreo Obducti Emblemati

Diameter nominalis (mm)	Tolerantia conductoris (mm)	G1		G2		Minima tensio disruptionis (V)		Elongatio minima (%)
Diameter nominalis (mm)	Tolerantia conductoris (mm)	Crassitudo minima pelliculae	Diameter exterior maximus completus (mm)	Crassitudo minima pelliculae	Diameter exterior maximus completus (mm)	G1	G2	Elongatio minima (%)
0.10	0.003	0.005	0.115	0.009	0.124	1200	MMCC	11
0.12	0.003	0.006	0.137	0.01	0.146	1600	2900	11
0.15	0.003	0.0065	0.17	0.0115	0.181	MDCCC	3200	15
0.17	0.003	0.007	0.193	0.0125	0.204	MDCCC	3300	15
0.19	0.003	0.008	0.215	0.0135	0.227	1900	3500	15
0.2	0.003	0.008	0.225	0.0135	0.238	MM	3600	15
0.21	0.003	0.008	0.237	0.014	0.25	MM	3700	15
0.23	0.003	0.009	0.257	0.016	0.271	2100	3800	15
0.25	0.004	0.009	0.28	0.016	0.296	2300	Quadringenta milia	15
0.27	0.004	0.009	0.3	0.0165	0.318	2300	Quadringenta milia	15
0.28	0.004	0.009	0.31	0.0165	0.328	2400	4100	15
0.30	0.004	0.01	0.332	0.0175	0.35	2400	4100	16
0.32	0.004	0.01	0.355	0.0185	0.371	2400	4200	16
0.33	0.004	0.01	0.365	0.019	0.381	2500	4300	16
0.35	0.004	0.01	0.385	0.019	0.401	2600	4400	16
0.37	0.004	0.011	0.407	0.02	0.425	2600	4400	17
0.38	0.004	0.011	0.417	0.02	0.435	2700	4400	17
0.40	0.005	0.0115	0.437	0.02	0.455	2800	4500	17
0.45	0.005	0.0115	0.488	0.021	0.507	2800	4500	17
0.50	0.005	0.0125	0.54	0.0225	0.559	tria milia	4600	19
0.55	0.005	0.0125	0.59	0.0235	0.617	tria milia	4700	19
0.57	0.005	0.013	0.61	0.024	0.637	tria milia	4800	19
0.60	0.006	0.0135	0.642	0.025	0.669	3100	4900	20
0.65	0.006	0.014	0.692	0.0265	0.723	3100	4900	20
0.70	0.007	0.015	0.745	0.0265	0.775	3100	Quinque milia	20
0.75	0.007	0.015	0.796	0.028	0.829	3100	Quinque milia	20
0.80	0.008	0.015	0.849	0.03	0.881	3200	Quinque milia	20
0.85	0.008	0.016	0.902	0.03	0.933	3200	5100	20
0.90	0.009	0.016	0.954	0.03	0.985	3300	5200	20
0.95	0.009	0.017	1.006	0.0315	1.037	3400	5200	20
1.0	0.01	0.0175	1.06	0.0315	1.094	3500	5200	20
1.05	0.01	0.0175	1.111	0.032	1.145	3500	5200	20
1.1	0.01	0.0175	1.162	0.0325	1.196	3500	5200	20
1.2	0.012	0.0175	1.264	0.0335	1.298	3500	5200	20
1.3	0.012	0.018	1.365	0.034	1.4	3500	5200	20
1.4	0.015	0.018	1.465	0.0345	1.5	3500	5200	20
1.48	0.015	0.019	1.546	0.0355	1.585	3500	5200	20
1.5	0.015	0.019	1.566	0.0355	1.605	3500	5200	20
1.6	0.015	0.019	1.666	0.0355	1.705	3500	5200	20
1.7	0.018	0.02	1.768	0.0365	1.808	3500	5200	20
1.8	0.018	0.02	1.868	0.0365	1.908	3500	5200	20
1.9	0.018	0.021	1.97	0.0375	2.011	3500	5200	20
2.0	0.02	0.021	2.07	0.04	2.113	3500	5200	20
2.5	0.025	0.0225	2.575	0.0425	2.62	3500	5200	20

Comparatio tensionis securitatis operationis convolutionis filorum (fila aluminii rotunda cuprea obducta et emaculata)

Diameter conductoris (mm)	Tensio (g)	Diameter conductoris (mm)	Tensio (g)
0.1	49	0.45	501
0.11	59	0.47	497
0.12	70	0.50	563
0.13	79	0.51	DCXVI
0.14	85	0.52	DCVIII
0.15	97	0.53	DCXXXII
0.16	111	0.55	545
0.17	125	0.60	DCXLVIII
0.18	125	0.65	DCCCLXI
0.19	139	0.70	DCCCLXXXII
0.2	136	0.75	1013
0.21	CL	0.80	1152
0.22	157	0.85	1301
0.23	CLXXII	0.90	1458
0.24	CLXXXVII	0.95	1421
0.25	203	1.00	MDXXV
0.26	220	1.05	MDCCXXXVI
0.27	237	1.10	1906
0.28	255	1.15	2083
0.29	273	1.20	2268
0.3	251	1.25	2461
0.32	286	1.30	2662