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Enamelled copper clad aluminum wire is a new electromagnetic wire taking copper clad aluminum as inner conductor material, with characteristics between copper and aluminum. ??????????????????????????????????????????????????????????????????????.

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???????????????	Pew / 130	Pew / 155	uew /??? 130	uew / 155	uew / 180	EIW / 180	EI / AIW / 200	EI / AIW / 220
??????	130GrADE Polyester	155grade Polyester ??????	155gradeS??????????POlyurethane	155gradeS??????????POlyurethane	180gradeS???????????W???????POlyurethane	180gradePOlyesterI???????	200gradepolyamide imide imide polyester imide imide	220GRADEpolyamide imide imide polyester imide imide
IEC?????????	ec60317-3	ec60317-3	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	ec60317-13	ec60317-26
?????? Nema	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
ul-safeter	/	????	????	????	????	????	????	????
???????????s ??	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
??????????????? (° C)	??? 130	155	155	155	180	180	200	?????? 220
?????????????????????????? (° C)	240	270	200	200	230	300	?????? 320	350
????????? shock ?????????? (° C)	155	175	175	175	200	200	?????? 220	240
?????	??????	??????	380 ℃/3s?????????	380 ℃/3s?????????	390 ℃ / 3s ????????????	??????	??????	??????
??????????	???????????????????????????????????????????.	???????????????????????????; ??????????? scratch ??; ??????????? hydrolysis ????????	????????????????????? uew / 130; ???????????????; ????????? dielectric ????????????????; ?????????????	????????????????????? uew / 130; ???????????????; ????????? dielectric ????????????????; ?????????????	??????????????????????????? uew / 155; ????????????????????????? 390 ° C; ???????????????; ????????? dielectric ????????????????; ?????????????	??????????????????????; ???????????????????????????, ???? shock ?????????????, ???????????????????????	??????????????????????; ??????????????????; ???????????????????????; ???????????????????????; ????????????????	??????????????????????; ??????????????????; ???????????????????????; ???????????????????????; ???????????
?????????????	????????????, ????????????	????????????, ????????????	Relay, micro-microators, ?????????????????, ??????????????????????, ???????????, ???????????????, ?????????????????????????.	Relay, micro-microators, ?????????????????, ??????????????????????, ???????????, ???????????????, ?????????????????????????.	Relay, micro-microators, ?????????????????, ??????????????????????, ???????????, ???????????????, ?????????????????????????.	???????????????????????, ???????????????, ?????????????????????, ?????????????, ??????????????????????????	???????????????????????, ?????????????????????, ???????????????????????, ?????????????????????????????, ??????	???????????????????????, ?????????????????????, ???????????????????????, ?????????????????????????????, ??????

IEC 60317 (GB / T6109)

?????????????????????????????????????????????????????????????????????????????????????????????, ??????????????????? (mm). ?????? Gauge Wire American (AWG) ?????????????????????????? (SWG), ???????????????????????????????????????????????????????.

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?????????????????????? & ???????????????????????

????	???	????????? al 99.5	CCA10% ?????????????	CCA15% ?????????????	CCA20% ?????????????
??????????????????? [mm] min - ????????????	0.03mm-2.50mm	0.10mm-5.50mmm	0.05mm-8.00mm	0.05mm-8.00mm	0.05mm-8.00mm
???????????? [g / cm3] nom	8.93	2.70	3.30	3.63	4.00
?????????? [s / m * 106]	58.5	35.5	36.46	37.37	39.64
iacs [%]	101	62	62	65	69
???????? - ?????? [10-6 / k] min - max ???????????????????	3800 - 4100	3800 - 4200	3700 - 4200	3700 - 4100	3700 - 4100
??? (1) [%]	25	20	15	16	17
??????????????????????? (1) [n / mm2] nom	260	110	??? 130	150	160
????? Flex (2) [%] 100% = cu	????	20	50	80	?
????????????????? [%] NOM	-	-	8-12	13-17	18-22
?????????????????? [%] nom	-	-	28-32	36-40	47-52
???????????? / SUBERABILIARITION [-]	++ / ++	+ / -	++ / ++	++ / ++	++ / ++
?????????	???????????????, ?????????????? tensile ?????, ??????, ????????????, ????????????????????? subderabority	?????????????????????????????????????????????, ???????????????????, ?????????????????	CCA ???????????????????????????????????????. Low density allows weight reduction, elevated conductivity and tensile strength compared to Aluminum, good weldability and solderability, recommended for diameter 0.10mm and above	CCA ???????????????????????????????????????. Lower density allows weight reduction, elevated conductivity and tensile strength compared to Aluminum, good weldability and solderability, recommended for very fine sizes down to 0.10mm	CCA ???????????????????????????????????????. Lower density allows weight reduction, elevated conductivity and tensile strength compared to Aluminum, good weldability and solderability, recommended for very fine sizes down to 0.10mm
?????????????	coil ?????? winding ????????????????????, ??? HF Lockz. ?????????????????????, ?????????, ?????????, ????????????????????????	???????????????????????????????????????????????????????????, ??? HF Litz. ?????????????????????, ?????????, ?????????, ????????????????????????	loudspeaker, ?????????????, HDD, ???????????????????????????????????????????????????????	loudspeaker, ?????????????, HDD, ?????????????????????????????????????????????????????????????????, ??? HF Litz	loudspeaker, ?????????????, HDD, ?????????????????????????????????????????????????????????????????, ??? HF Litz

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??????????? (??)	?????????????????????????? (??)	G1		G2		????????????????????? (v)		???????????????? (%)
??????????? (??)	?????????????????????????? (??)	?????????????????????	????????????????????? (mm)	?????????????????????	????????????????????? (mm)	G1	G2	???????????????? (%)
0.10	0.003	0.005	0.115	0.009	0.124	1200	????? 2200	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	1800	???200	15
0.17	0.003	0.007	0.193	0.0125	0.204	1800	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	2000	3600	15
0.21	0.003	0.008	0.237	0.014	0.25	2000	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	4000	15
0.27	0.004	0.009	0.3	0.0165	0.318	2300	4000	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	3000	4600	19
0.55	0.005	0.0125	0.59	0.0235	0.617	3000	4700	19
0.57	0.005	0.013	0.61	0.024	0.637	3000	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	5000	20
0.75	0.007	0.015	0.796	0.028	0.829	3100	5000	20
0.80	0.008	0.015	0.849	0.03	0.881	???200	5000	20
0.85	0.008	0.016	0.902	0.03	0.933	???200	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

????????????????????????????????????????????????????? winding ????????

?????????????? conductor (mm)	???????????? (g)	?????????????? conductor (mm)	???????????? (g)
0.1	49	0.45	501
0.11	59	0.47	497
0.12	70	0.50	563
0.13	79	0.51	616
0.14	85	0.52	608
0.15	97	0.53	632
0.16	111	0.55	545
0.17	125	0.60	648
0.18	125	0.65	761
0.19	?????? 139	0.70	882
0.2	136	0.75	1013
0.21	150	0.80	1152
0.22	??????	0.85	1301
0.23	172	0.90	1458
0.24	187	0.95	1421
0.25	203	1.00	1575
0.26	?????? 220	1.05	1736
0.27	237	1.10	?? 1906
0.28	???? 255	1.15	?? 2083
0.29	273	1.20	2268
0.3	?????	1.25	2461
0.32	286	1.30	2662