Enamel Insulated Enameled Magnet Wire for Versatile Electrical Applications

Product Description:

The Polyurethane Copper Coil is a material that is known for its excellent electrical conductivity and high thermal resistance. It is also resistant to abrasion and chemicals, making it an ideal material for use in various industrial applications. The insulation provided by the enamel coating ensures that the wire is protected from external factors that may cause damage to the wire, such as moisture and dust. This also ensures that the wire maintains its electrical properties even under harsh conditions.

The Enameled Copper Winding Wire is a versatile product that can be used in different types of applications. It is commonly used in the manufacturing of motors, transformers, generators, and solenoids. The wire is also used in the production of coils for various applications. The wire's high electrical conductivity ensures that it is efficient in transferring electrical energy, while the insulation provided by the enamel coating ensures that the wire is protected from external factors, making it a reliable solution for different applications.

In summary, the Enameled Copper Winding Wire is a Grade Two product that is made of Polyurethane Copper Coil and is insulated with enamel thickness of U1. It is rated for a voltage of up to 2800V and has a Thermal Class of 130-220. This wire is commonly used in the manufacturing of motors, transformers, generators, coils, and solenoids. Its excellent electrical conductivity and high thermal resistance make it an ideal solution for different industrial applications. The insulation provided by the enamel coating ensures that the wire is protected from external factors, ensuring its electrical properties remain intact even under harsh conditions.

Features:

• Product Name: Enameled Copper Winding Wire
• Application: Motors, Transformers, Generators, Coils, Solenoids
• Origin Country: China
• Insulation Class: Class 155
• Conductor Specification: AWG 38-8
• Insulation Material: Enamel
• Keywords: Insulated Magnetic Copper Wire, Enameled Magnet Wire

Applications:

The thermal class of the UEWN wire is 130-220, making it suitable for use in high-temperature environments. The enamel thickness is U1, which provides excellent insulation for the copper conductors. The conductor specification is AWG 38-8, which allows for flexibility in the wire's use. The diameter ranges from AWG 46-18, making it suitable for a range of applications.

Enameled Copper Conductors are ideal for use in a variety of electrical applications. The insulation provided by the enameling process ensures that the conductors are protected from damage, even in harsh environments. Enameled Magnet Wire is commonly used in motors, transformers, and other electrical equipment. It is also used in household appliances such as refrigerators and air conditioners.

Insulated Magnetic Copper Wire is used in a wide range of industries, including automotive, aerospace, and telecommunications. It is also commonly used in the production of electronic devices such as computers and smartphones.

Overall, PEWSC UEWN Enameled Copper Winding Wire is a versatile and reliable product that can be used in a wide range of applications. Its high-quality construction, UL certification, and quick delivery make it an excellent choice for those in need of a dependable wire solution.

Packing and Shipping:

Product Packaging:

• Spools or coils of various sizes
• Wrapped in plastic or paper
• Placed in cardboard boxes
• Boxes labeled with product information and specifications

Shipping:

• Shipped via air or sea freight
• Packaged in boxes or pallets
• Secured with strapping or shrink wrap
• Shipping documents and customs declarations provided as required

  JIS---1種																		Unit﹕mm
  Diameter of Conduct	Conductor Control Benchmarks			OD Control Benchmarks				Specification Boundaries			Conductor Resistance 20℃ (Ω/KM)	Insulation breakdown voltage (v)		Min Elongation (%)			Max. Springiness (°)	Resistance to abrasion
  	Lower Limit	Upper Limit		Lower Limit	Median	Upper Limit		Min. Increase in Diameter (mm)	Max. Finished overall Diameter (mm)					JIS	AWG			Average	Minimum
  0.050±0.003	0.049	0.051		0.069	0.074	0.079		0.016	0.083		10240	1900		10	14		--	--	--
  0.060±0.003	0.059	0.061		0.079	0.084	0.089		0.016	0.096		6966	1900		10	15		--	--	--
  0.070±0.003	0.069	0.071		0.089	0.094	0.099		0.016	0.106		4990	1900		10	17		--	--	--
  0.080±0.003	0.079	0.081		0.103	0.108	0.113		0.018	0.118		3778	2000		10	17		--	--	--
  0.090±0.003	0.089	0.091		0.113	0.118	0.123		0.018	0.128		2959	2000		10	18		--	--	--
  0.10±0.008	0.099	0.101		0.120	0.124	0.128		0.018	0.140		2647	2000		15	19		--	--	--
  0.11±0.008	0.109	0.111		0.130	0.134	0.138		0.018	0.150		2153	2000		15	19		--	--	--
  0.12±0.008	0.119	0.121		0.142	0.146	0.150		0.020	0.162		1786	2200		15	20		--	--	--
  0.13±0.008	0.129	0.131		0.152	0.156	0.160		0.020	0.172		1505	2200		15	20		--	--	--
  0.14±0.008	0.139	0.141		0.162	0.166	0.170		0.020	0.182		1286	2200		15	21		--	--	--
  0.15±0.008	0.149	0.151		0.172	0.176	0.180		0.020	0.192		1111	2200		15	21		--	--	--
  0.16±0.008	0.159	0.161		0.184	0.188	0.192		0.022	0.204		969.5	2200		15	22		--	--	--
  0.17±0.008	0.169	0.171		0.194	0.198	0.202		0.022	0.214		853.5	2200		15	23		--	--	--
  0.18±0.008	0.179	0.181		0.206	0.210	0.214		0.024	0.226		757.2	2400		15	23		--	--	--
  0.19±0.008	0.189	0.191		0.216	0.220	0.224		0.024	0.236		676.2	2400		15	23		--	--	--
  0.20±0.008	0.198	0.201		0.226	0.230	0.234		0.024	0.246		607.6	2400		15	24		--	--	--
  0.21±0.008	0.208	0.212		0.236	0.240	0.244		0.024	0.256		549.0	2400		15	24		--	--	--
  0.22±0.008	0.218	0.222		0.246	0.250	0.254		0.024	0.266		498.4	2400		15	24		--	--	--
  0.23±0.008	0.228	0.232		0.258	0.262	0.266		0.026	0.278		454.5	2400		15	24		--	--	--
  0.24±0.008	0.238	0.242		0.268	0.272	0.276		0.026	0.288		416.2	2400		15	24		--	--	--
  0.25±0.008	0.248	0.252		0.278	0.282	0.286		0.026	0.298		382.5	2400		15	25		66	--	--
  0.26±0.010	0.258	0.262		0.288	0.292	0.296		0.026	0.310		358.4	2400		15	25		66	357	306
  0.27±0.010	0.268	0.272		0.298	0.302	0.306		0.026	0.320		331.4	2400		15	26		61	357	306
  0.28±0.010	0.278	0.282		0.308	0.312	0.316		0.026	0.330		307.3	2400		15	26		61	367	306
  0.29±0.010	0.288	0.292		0.318	0.322	0.326		0.026	0.340		285.7	2400		20	26		61	367	316
  0.30±0.010	0.298	0.302		0.330	0.335	0.340		0.028	0.352		262.9	2800		20	26		61	398	337
  0.32±0.010	0.317	0.322		0.350	0.355	0.360		0.028	0.372		230.0	2800		20	26		55	398	337
  0.35±0.010	0.347	0.352		0.380	0.385	0.390		0.028	0.402		191.2	2800		20	27		50	408	347
  0.37±0.010	0.367	0.372		0.400	0.405	0.410		0.028	0.424		170.6	2800		20	27		50	408	347
  0.40±0.010	0.397	0.402		0.432	0.438	0.444		0.030	0.456		145.3	2800		20	27		76	449	377
  0.45±0.010	0.446	0.452		0.484	0.490	0.496		0.032	0.508		114.2	2800		20	28		72	479	408
  0.50±0.010	0.496	0.502		0.536	0.542	0.548		0.034	0.560		91.43	3050		20	28		67	520	449
  0.55±0.020	0.546	0.552		0.586	0.593	0.600		0.034	0.620		78.15	3050		20	29		62	520	449
  0.60±0.020	0.596	0.602		0.636	0.643	0.650		0.034	0.672		65.26	3050		20	29		62	530	459
  0.65±0.020	0.646	0.653		0.689	0.697	0.705		0.036	0.724		55.31	3050		20	29		58	571	490
  0.70±0.020	0.696	0.703		0.741	0.749	0.757		0.038	0.776		47.47	3050		20	30		53	612	520
  0.75±0.020	0.746	0.753		0.793	0.801	0.809		0.040	0.830		41.19	3400		25	30		53	653	551
  0.80±0.020	0.795	0.803		0.845	0.853	0.861		0.042	0.882		36.08	3400		25	30		66	683	581
  0.85±0.020	0.845	0.853		0.897	0.905	0.913		0.044	0.934		31.87	3400		25	30		66	724	612
  0.90±0.020	0.895	0.903		0.949	0.957	0.965		0.046	0.986		28.35	3400		25	31		62	765	653
  0.95±0.020	0.945	0.953		1.001	1.009	1.017		0.048	1.038		25.38	3400		25	31		62	806	683
  1.00±0.030	0.995	1.003		1.053	1.062	1.071		0.050	1.102		23.33	3400		25	32		58	847	714
  1.10±0.030	1.094	1.103		1.157	1.166	1.175		0.052	1.204		19.17	4150		25	32		54	887	755
  1.20±0.030	1.194	1.203		1.257	1.266	1.275		0.052	1.304		16.04	4150		25	32		54	897	755
  1.30±0.030	1.294	1.303		1.359	1.368	1.377		0.054	1.408		13.61	4150		25	33		50	938	796
  1.40±0.030	1.394	1.403		1.459	1.468	1.477		0.054	1.508		11.7	4150		25	33		46	949	806
  1.50±0.030	1.494	1.503		1.561	1.571	1.581		0.056	1.612		10.16	4150		25	33		46	1000	836
  1.60±0.030	1.593	1.603		1.661	1.671	1.681		0.056	1.712		8.906	4150		25	33		42	1000	847
  1.70±0.030	1.693	1.703		1.763	1.773	1.783		0.058	1.814		7.871	4350		25	33		--	1020	887
  1.80±0.030	1.793	1.803		1.863	1.873	1.883		0.058	1.914		7.007	4350		25	34		--	1020	887
  1.90±0.030	1.893	1.903		1.965	1.975	1.985		0.060	2.018		6.278	4350		25	34		--	1120	928
  2.00±0.030	1.993	2.003		2.065	2.076	2.087		0.060	2.118		5.656	4350		30	34		--	1120	938
  2.10±0.030	2.092	2.104		2.167	2.178	2.189		0.062	2.220		5.123	4350		30	34		--	1120	969
  2.20±0.030	2.192	2.204		2.269	2.280	2.291		0.064	2.322		4.662	4350		30	35		--	1220	1000
  2.30±0.030	2.292	2.304		2.369	2.380	2.391		0.064	2.422		4.260	4350		30	35		--	1220	1010
  2.40±0.030	2.392	2.404		2.471	2.482	2.493		0.066	2.526		3.908	4350		30	35		--	1220	1020
  2.50±0.030	2.492	2.504		2.573	2.585	2.597		0.068	2.628		3.598	4350		30	35		--	1330	1120
  2.60±0.030	2.590	2.604		2.673	2.685	2.697		0.068	2.728		3.324	4350		30	35		--	1330	1120
  2.70±0.030	2.69	2.704		2.773	2.785	2.797		0.068	2.828		3.079	4350		30	35		--	--	--
  2.80±0.030	2.79	2.804		2.873	2.885	2.897		0.068	2.928		2.861	4350		30	36		--	--	--
  2.90±0.030	2.89	2.904		2.973	2.985	2.997		0.068	3.028		2.665	4350		30	36		--	--	--
  3.00±0.030	2.990	3.004		3.073	3.085	3.097		0.068	3.128		2.489	4350		30	36		--	--	--
  3.20±0.040	3.19	3.204	3.273	3.285	3.297	0.068	3.338	2.198	4350	30	36	--	--	--