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Pacific Electric Wire & Cable (Shenzhen) Co., Ltd.

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City:shenzhen

Country/Region:china

Contact Person:MissGong

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China UEWF Single Enamelled Round Copper Wire High Thermal Polyurathane 0.04mm - 1.60mm wholesale

UEWF Single Enamelled Round Copper Wire High Thermal Polyurathane 0.04mm - 1.60mm

Name: UEWF Single Enamelled Round Copper Wire High Thermal Polyurathane 004mm 160mm
Brand: PEWSC
Price: 1 USD

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Brand Name :PEWSC

Model Number :UEWF Single

Certification :UL

Place of Origin :China

MOQ :The MOQ varies according to the size of the specification

Price :Copper price plus processing fee plus freight

Payment Terms :T/T 100% payment before shipment

Supply Ability :Delivery 10-15 days after next order

Delivery Time :3-5 work days

Packaging Details :Box

Material :Copper

Rated Voltage :2800V

Wire Diameter :0.04mm-2.60mm

Application :For high speed coiling processing

Thermal Class :155℃

Color :Natural、Red、Green

Category :UEWF Single

Warranty :3 Years

Sample :Free

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0.04mm-1.60mm UEWF Single High Thermal Polyurathane enamelled wire Theramal class 155

Compared with UEW series, UEF1 has the following features.

Single means thinner wire diameter for applications with higher space requirements or lower current loads.

1. Superior insulation properties: UEF1 has an insulation layer thickness of 0.03-0.3mm, which provides excellent voltage withstand characteristics in high voltage environments. This makes it ideally suited for transformer and motor applications requiring higher levels of insulation.

2. Superior mechanical strength UEF1 uses a special material formulation and production process to provide high tensile strength and toughness. During the manufacturing process of motor windings, UEF1 is able to withstand greater mechanical stress without damaging the insulation.

		NEMA---Single												Unit﹕mm
AWG	Diameter of Conduct		Conductor Control Benchmarks		OD Control Benchmarks			Specification Boundaries		Conductor Resistance 20℃ (Ω/KM)	Insulation breakdownvoltage (v)	Min Elongation (%)	Max. Springiness (°)	Resistance to abrasion
			Lower Limit	Upper Limit	Lower Limit	Median	Upper Limit	Min. Increase in Diameter	Max. Finished overall Diameter					Average	Minimum
44	0.051	+0.002	0.050	0.052	0.056	0.059	0.060	0.005	0.061	9527.95	500	14	--	--	--
		-0.003
43	0.056	+0.002	0.055	0.057	0.063	-------	0.066	0.005	0.069	7815.03	550	15	--	--	--
		-0.003
42	0.064	+0.002	0.063	0.065	0.071	0.073	0.075	0.005	0.076	5899.60	625	16	--	--	--
		-0.003
41	0.071	+0.003	0.070	0.072	0.079	0.081	0.083	0.008	0.084	4610.88	700	17	--	--	--
		-0.002
40	0.079	+0.002	0.078	0.080	0.087	0.090	0.093	0.008	0.094	3800.62	775	17	--	--	--
		-0.003
39	0.089	+0.002	0.088	0.090	0.099	0.102	0.105	0.008	0.107	2968.15	850	18	--	--	--
		-0.003
38	0.102	+0.002	0.101	0.103	0.111	0.114	0.117	0.008	0.118	2239.81	950	19	--	--	--
		-0.003
37	0.114	+0.003	0.113	0.115	0.125	0.128	0.131	0.010	0.132	1750.03	1075	20	--	--	--
		-0.002
36	0.127	+0.003	0.126	0.128	0.139	0.142	0.145	0.010	0.147	1427.71	1200	20	--	--	--
		-0.003
35	0.142	+0.003	0.141	0.143	0.154	0.157	0.160	0.010	0.165	1120.02	1325	21	--	--	--
		-0.002
34	0.16	+0.003	0.159	0.161	0.175	0.178	0.181	0.013	0.183	890.60	1500	22	--	--	--
		-0.003
33	0.18	+0.003	0.179	0.181	0.195	0.199	0.203	0.013	0.206	692.85	1675	23	--	--	--
		-0.002
32	0.203	+0.003	0.202	0.205	0.220	0.224	0.228	0.015	0.229	543.36	1850	24	--	--	--
		-0.002
31	0.226	+0.003	0.225	0.228	0.243	0.247	0.251	0.015	0.254	437.51	2075	24	--	--	--
		-0.002
30	0.254	+0.002	0.252	0.256	0.274	0.278	0.282	0.018	0.284	348.45	2300	25	66	295	250
		-0.003
29	0.287	+0.003	0.285	0.289	0.308	0.312	0.316	0.018	0.320	272.17	2375	26	61	310	265
		-0.003
28	0.32	+0.003	0.318	0.322	0.343	0.347	0.351	0.020	0.356	217.08	2425	26	55	335	285
		-0.002
27	0.361	+0.002	0.358	0.363	0.383	0.387	0.391	0.020	0.396	171.28	2500	27	50	355	300
		-0.003
26	0.404	+0.002	0.401	0.406	0.429	0.433	0.437	0.023	0.439	137.89	2550	27	76	380	325
		-0.005
25	0.455	+0.002	0.452	0.457	0.480	0.485	0.490	0.023	0.493	108.41	2625	28	72	400	340
		-0.005
24	0.511	+0.002	0.507	0.513	0.538	0.543	0.548	0.025	0.551	86.08	2700	28	67	430	365
		-0.006
23	0.574	+0.003	0.570	0.576	0.601	0.606	0.611	0.025	0.617	67.8	2775	29	62	460	390
		-0.005
22	0.643	+0.002	0.639	0.645	0.673	0.678	0.683	0.028	0.686	54.44	2850	29	58	490	415
		-0.008
21	0.724	+0.002	0.720	0.726	0.754	0.760	0.766	0.028	0.770	42.82	2925	30	53	525	445
		-0.008
20	0.813	+0.005	0.808	0.816	0.846	0.852	0.858	0.030	0.864	33.88	3000	30	66	560	475
		-0.008
19	0.912	+0.005	0.907	0.915	0.945	0.951	0.957	0.030	0.963	26.98	3075	31	62	600	510
		-0.01
18	1.024	+0.005	1.019	1.027	1.060	1.066	1.072	0.033	1.077	21.39	3175	32	58	645	550
		-0.011
17	1.151	+0.005	1.145	1.154	1.190	1.196	1.202	0.036	1.207	16.95	3250	32	54	690	585
		-0.013
16	1.29	+0.008	1.284	1.293	1.330	1.336	1.342	0.036	1.349	13.44	3325	33	50	735	625
		-0.012
15	1.45	+0.008	1.444	1.453	1.492	1.498	1.505	0.038	1.509	10.66	3425	33	46	780	665
		-0.015
14	1.628	+0.008	1.621	1.631	1.673	1.680	1.687	0.041	1.692	8.44	3525	33	42	840	715
		-0.015
The above single wear resistance value is applicable to MW-5C 35C 30C 81C 80C 24C 28C 76C , voltage resistance is applicable to MW-5C 35C 30C 81C 79C 75C 77C 26C .

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