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HAI U0 Overcoat Polyamide-Inmide Enameled Copper Winding Wire Thermal Class 180℃

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HAI U0 Overcoat Polyamide-Inmide Enameled Copper Winding Wire Thermal Class 180℃

MOQ:	The MOQ Varies According to the Size of the Specification
Price:	Copper Price plus Processing Fee plus Freight
Standard Packaging:	Box
Delivery Period:	3-5 Work Days
Payment Method:	T/T 100% Payment before Shipment
Supply Capacity:	Delivery 10-15 Days after Next Order

Detail Information

Product Description

Detail Information

Place of Origin

China

Brand Name

PEWSC

Certification

UL,ROHS

Model Number

HAI U0

Document

Product Name:

HAI U0

Coating Type:

Polyamide-imide

Insulation Material:

Enameled

Conductor Material:

Copper

Voltage Rating:

2800V The Voltage Resistance Varies According To The Thickness Of The Film And The Size Of The Specification

Temperature Grade:

Up To 180℃

Thermal Class:

Application:

For Power Tools And Generators

Color Option:

Could Be Customized

Specification:

AWG 38-8

Standard:

Insulation Thickness:

Class 0

Shape:

Round

Product Description

U0 is enameled wire without a winding layer, which is suitable for applications that do not require complex winding due to its simpler structure and lower cost.

The advantages of HAI enameled wire mainly include its excellent electrical conductivity, excellent flexibility, and superior heat and abrasion resistance. Before detailing these advantages, it is necessary to understand the basic structure and function of enameled wire, which is a key raw material for electric motors, electrical appliances and other products, especially in the context of the rapid development of the electric power industry and household appliances, the requirements for enameled wire have also increased. The following are the advantages of HAI enameled wire:

High electrical conductivity
Reduced energy consumption: HAI enameled wires are made of highly conductive copper, which ensures efficient transmission of current and thus reduces energy loss.
Improved equipment performance: Good electrical conductivity helps to improve the overall efficiency of electrical equipment such as motors and transformers.

Good flexibility
Facilitates processing and installation: The flexibility of HAI enameled wire allows it to better adapt to various shapes of winding bobbins during the winding process, reducing friction and abrasion during the winding process.
Improved coil quality: Good flexibility facilitates the manufacture of coils with higher quality and consistency.

HAI U0 Overcoat Polyamide-Inmide Enameled Copper Winding Wire Thermal Class 180℃ 0

JIS---0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
Diameter of Conduct	Lower Limit	Upper Limit	Lower Limit	Median	Upper Limit	Min.Increase in Diameter (mm)	Max. Finished overall Diameter (mm)	Conductor Resistance 20℃ (Ω/KM)	Insulation breakdown voltage (v)	JIS	AWG	Max. Springiness (°)	Average	Minimum
0.06±0.003	0.059	0.061	0.093	0.098	0.103	0.030	0.110	6966	2500	10	15	--	--	--
0.07±0.003	0.069	0.071	0.103	0.108	0.113	0.030	0.120	4990	2500	10	17	--	--	--
0.08±0.003	0.079	0.081	0.115	0.120	0.125	0.032	0.133	3778	3000	10	17	--	--	--
0.09±0.003	0.089	0.091	0.125	0.130	0.135	0.032	0.143	2959	3000	10	18	--	--	--
0.10±0.008	0.098	0.101	0.134	0.139	0.144	0.032	0.156	2647	3500	15	19	--	--	--
0.11±0.008	0.108	0.111	0.144	0.149	0.154	0.032	0.166	2153	3500	15	19	--	--	--
0.12±0.008	0.118	0.121	0.156	0.161	0.166	0.034	0.180	1786	3750	15	20	--	--	--
0.13±0.008	0.128	0.131	0.162	0.171	0.176	0.034	0.190	1505	3750	15	20	--	--	--
0.14±0.008	0.138	0.141	0.176	0.181	0.186	0.034	0.200	1286	3750	15	21	--	--	--
0.15±0.008	0.148	0.151	0.186	0.191	0.196	0.034	0.210	1111	3750	15	21	--	--	--
0.16±0.008	0.158	0.161	0.198	0.203	0.208	0.036	0.222	969.5	3750	15	22	--	--	--
0.17±0.008	0.168	0.171	0.208	0.213	0.218	0.036	0.232	853.5	3750	15	23	--	--	--
0.18±0.008	0.178	0.181	0.220	0.225	0.230	0.038	0.246	757.2	3800	15	23	--	--	--
0.19±0.008	0.188	0.191	0.230	0.235	0.240	0.038	0.256	676.2	3800	15	23	--	--	--
0.20±0.008	0.198	0.201	0.240	0.245	0.250	0.038	0.266	607.6	3800	15	24	--	--	--
0.21±0.008	0.207	0.212	0.250	0.255	0.260	0.038	0.276	549.0	3800	15	24	--	--	--
0.22±0.008	0.217	0.222	0.260	0.265	0.270	0.038	0.286	498.4	3800	15	24	--	--	--
0.23±0.008	0.227	0.232	0.272	0.277	0.282	0.040	0.298	454.5	3800	15	24	--	--	--
0.24±0.008	0.237	0.242	0.282	0.287	0.292	0.040	0.308	416.2	3800	15	24	--	--	--
0.25±0.008	0.247	0.252	0.292	0.297	0.302	0.040	0.318	382.5	3800	15	25	66	--	--
0.26±0.010	0.257	0.262	0.302	0.307	0.312	0.040	0.330	358.4	3800	15	25	66	551	479
0.27±0.010	0.267	0.272	0.312	0.317	0.322	0.040	0.340	331.4	3800	15	26	61	551	479
0.28±0.010	0.277	0.282	0.322	0.327	0.332	0.040	0.350	307.3	3800	15	26	61	561	479
0.29±0.010	0.287	0.292	0.332	0.337	0.342	0.040	0.360	285.7	3800	20	26	61	561	490
0.30±0.010	0.297	0.302	0.344	0.349	0.354	0.042	0.374	262.9	4200	20	26	61	592	510
0.32±0.010	0.316	0.322	0.364	0.369	0.374	0.042	0.394	230.0	4200	20	26	55	602	510
0.35±0.010	0.346	0.352	0.394	0.399	0.404	0.042	0.424	191.2	4200	20	27	50	612	520
0.37±0.010	0.366	0.372	0.416	0.421	0.426	0.044	0.446	170.6	4200	20	27	50	643	551
0.40±0.010	0.396	0.402	0.448	0.454	0.460	0.046	0.480	145.3	4200	20	27	76	683	581
0.45±0.010	0.445	0.452	0.500	0.506	0.512	0.048	0.532	114.2	4200	20	28	72	724	622
0.50±0.010	0.495	0.502	0.552	0.558	0.564	0.050	0.586	91.43	4500	20	28	67	765	653
0.55±0.020	0.545	0.552	0.602	0.608	0.614	0.050	0.646	78.15	4500	20	29	62	775	663
0.60±0.020	0.595	0.602	0.654	0.661	0.668	0.052	0.698	65.26	4500	20	29	62	816	694
0.65±0.020	0.645	0.653	0.707	0.715	0.723	0.054	0.752	55.31	4500	20	29	58	857	734
0.70±0.020	0.695	0.703	0.759	0.767	0.775	0.056	0.804	47.47	4500	20	30	53	898	765
0.75±0.020	0.745	0.753	0.813	0.822	0.831	0.060	0.860	41.19	5100	20	30	53	979	826
0.80±0.020	0.794	0.803	0.865	0.874	0.883	0.062	0.914	36.08	5100	25	30	66	1010	867
0.85±0.020	0.844	0.853	0.917	0.926	0.935	0.064	0.966	31.87	5100	25	30	66	1020	898
0.90±0.020	0.894	0.903	0.969	0.978	0.987	0.066	1.020	28.35	5100	25	31	62	1120	928
0.95±0.020	0.944	0.953	1.021	1.031	1.041	0.068	1.072	25.38	5100	25	31	62	1120	969
1.00±0.030	0.994	1.003	1.075	1.085	1.095	0.072	1.138	23.33	5100	25	32	58	1220	1020
1.10±0.030	1.093	1.103	1.179	1.190	1.201	0.074	1.242	19.17	5900	25	32	54	1220	1020
1.20±0.030	1.193	1.203	1.279	1.290	1.301	0.074	1.342	16.04	5900	25	32	54	1330	1120
1.30±0.030	1.293	1.305	1.383	1.395	1.407	0.078	1.448	13.61	5900	25	33	50	1330	1120
1.40±0.030	1.393	1.405	1.483	1.495	1.507	0.078	1.548	11.70	5900	25	33	46	1330	1120
1.50±0.030	1.493	1.505	1.587	1.599	1.611	0.082	1.654	10.16	5900	25	33	46	1430	1220
1.60±0.030	1.592	1.605	1.687	1.699	1.711	0.082	1.754	8.906	5900	25	33	42	1430	1220
1.70±0.030	1.692	1.703	1.789	1.801	1.813	0.084	1.856	7.871	6300	25	33	--	1530	1330
1.80±0.030	1.792	1.803	1.889	1.901	1.913	0.084	1.956	7.007	6300	25	34	--	1530	1330
1.90±0.030	1.892	1.903	1.993	2.005	2.017	0.088	2.062	6.278	6300	25	34	--	1630	1330
2.00±0.030	1.992	2.003	2.093	2.105	2.117	0.088	2.162	5.656	6300	30	34	--	1630	1330
2.10±0.030	2.090	2.104	2.195	2.208	2.221	0.090	2.266	5.123	6300	30	34	--	1630	1430
2.20±0.030	2.19	2.204	2.297	2.310	2.323	0.092	2.368	4.662	6300	30	35	--	1730	1430
2.30±0.030	2.29	2.304	2.397	2.410	2.423	0.092	2.468	4.260	6300	30	35	--	1730	1430
2.40±0.030	2.390	2.404	2.501	2.515	2.529	0.096	2.574	3.908	6300	30	35	--	1840	1530
2.50±0.030	2.490	2.504	2.603	2.617	2.631	0.098	2.678	3.598	6300	30	35	--	1840	1530
2.60±0.030	2.590	2.604	2.703	2.717	2.731	0.098	2.778	3.324	6300	30	35	--	1840	1530
2.70±0.030	2.690	2.704	2.803	2.817	2.831	0.098	2.878	3.079	6300	30	35	--	--	--
2.80±0.030	2.790	2.804	2.903	2.917	2.931	0.098	2.978	2.861	6300	30	36	--	--	--
2.90±0.030	2.890	2.904	3.003	3.017	3.031	0.098	3.078	2.665	6300	30	36	--	--	--
3.00±0.030	2.99	3.004	3.103	3.117	3.131	0.098	3.178	2.489	6300	30	36	--	--	--
3.20±0.030	3.19	3.204	3.303	3.319	3.335	0.098	3.388	2.198	6300	30	36	--	--	--

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PRODUCTS DETAILS

Products

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Enameled Copper Winding Wire

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High Temperature Magnet Wire

HAI U0 Overcoat Polyamide-Inmide Enameled Copper Winding Wire Thermal Class 180℃

MOQ:	The MOQ Varies According to the Size of the Specification
Price:	Copper Price plus Processing Fee plus Freight
Standard Packaging:	Box
Delivery Period:	3-5 Work Days
Payment Method:	T/T 100% Payment before Shipment
Supply Capacity:	Delivery 10-15 Days after Next Order

Detail Information

Product Description

Detail Information

Place of Origin

China

Brand Name

PEWSC

Certification

UL,ROHS

Model Number

HAI U0

Document

Product Brochure PDF

Product Name:

HAI U0

Coating Type:

Polyamide-imide

Insulation Material:

Enameled

Conductor Material:

Copper

Voltage Rating:

2800V The Voltage Resistance Varies According To The Thickness Of The Film And The Size Of The Specification

Temperature Grade:

Up To 180℃

Thermal Class:

180℃

Application:

For Power Tools And Generators

Color Option:

Could Be Customized

Specification:

AWG 38-8

Standard:

JIS

Insulation Thickness:

Class 0

Shape:

Round

Minimum Order Quantity:

The MOQ Varies According to the Size of the Specification

Price:

Copper Price plus Processing Fee plus Freight

Packaging Details:

Box

Delivery Time:

3-5 Work Days

Payment Terms:

T/T 100% Payment before Shipment

Supply Ability:

Delivery 10-15 Days after Next Order

Product Description

U0 is enameled wire without a winding layer, which is suitable for applications that do not require complex winding due to its simpler structure and lower cost.

HAI U0 Overcoat Polyamide-Inmide Enameled Copper Winding Wire Thermal Class 180℃ 0

JIS---0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
Diameter of Conduct	Lower Limit	Upper Limit	Lower Limit	Median	Upper Limit	Min.Increase in Diameter (mm)	Max. Finished overall Diameter (mm)	Conductor Resistance 20℃ (Ω/KM)	Insulation breakdown voltage (v)	JIS	AWG	Max. Springiness (°)	Average	Minimum
0.06±0.003	0.059	0.061	0.093	0.098	0.103	0.030	0.110	6966	2500	10	15	--	--	--
0.07±0.003	0.069	0.071	0.103	0.108	0.113	0.030	0.120	4990	2500	10	17	--	--	--
0.08±0.003	0.079	0.081	0.115	0.120	0.125	0.032	0.133	3778	3000	10	17	--	--	--
0.09±0.003	0.089	0.091	0.125	0.130	0.135	0.032	0.143	2959	3000	10	18	--	--	--
0.10±0.008	0.098	0.101	0.134	0.139	0.144	0.032	0.156	2647	3500	15	19	--	--	--
0.11±0.008	0.108	0.111	0.144	0.149	0.154	0.032	0.166	2153	3500	15	19	--	--	--
0.12±0.008	0.118	0.121	0.156	0.161	0.166	0.034	0.180	1786	3750	15	20	--	--	--
0.13±0.008	0.128	0.131	0.162	0.171	0.176	0.034	0.190	1505	3750	15	20	--	--	--
0.14±0.008	0.138	0.141	0.176	0.181	0.186	0.034	0.200	1286	3750	15	21	--	--	--
0.15±0.008	0.148	0.151	0.186	0.191	0.196	0.034	0.210	1111	3750	15	21	--	--	--
0.16±0.008	0.158	0.161	0.198	0.203	0.208	0.036	0.222	969.5	3750	15	22	--	--	--
0.17±0.008	0.168	0.171	0.208	0.213	0.218	0.036	0.232	853.5	3750	15	23	--	--	--
0.18±0.008	0.178	0.181	0.220	0.225	0.230	0.038	0.246	757.2	3800	15	23	--	--	--
0.19±0.008	0.188	0.191	0.230	0.235	0.240	0.038	0.256	676.2	3800	15	23	--	--	--
0.20±0.008	0.198	0.201	0.240	0.245	0.250	0.038	0.266	607.6	3800	15	24	--	--	--
0.21±0.008	0.207	0.212	0.250	0.255	0.260	0.038	0.276	549.0	3800	15	24	--	--	--
0.22±0.008	0.217	0.222	0.260	0.265	0.270	0.038	0.286	498.4	3800	15	24	--	--	--
0.23±0.008	0.227	0.232	0.272	0.277	0.282	0.040	0.298	454.5	3800	15	24	--	--	--
0.24±0.008	0.237	0.242	0.282	0.287	0.292	0.040	0.308	416.2	3800	15	24	--	--	--
0.25±0.008	0.247	0.252	0.292	0.297	0.302	0.040	0.318	382.5	3800	15	25	66	--	--
0.26±0.010	0.257	0.262	0.302	0.307	0.312	0.040	0.330	358.4	3800	15	25	66	551	479
0.27±0.010	0.267	0.272	0.312	0.317	0.322	0.040	0.340	331.4	3800	15	26	61	551	479
0.28±0.010	0.277	0.282	0.322	0.327	0.332	0.040	0.350	307.3	3800	15	26	61	561	479
0.29±0.010	0.287	0.292	0.332	0.337	0.342	0.040	0.360	285.7	3800	20	26	61	561	490
0.30±0.010	0.297	0.302	0.344	0.349	0.354	0.042	0.374	262.9	4200	20	26	61	592	510
0.32±0.010	0.316	0.322	0.364	0.369	0.374	0.042	0.394	230.0	4200	20	26	55	602	510
0.35±0.010	0.346	0.352	0.394	0.399	0.404	0.042	0.424	191.2	4200	20	27	50	612	520
0.37±0.010	0.366	0.372	0.416	0.421	0.426	0.044	0.446	170.6	4200	20	27	50	643	551
0.40±0.010	0.396	0.402	0.448	0.454	0.460	0.046	0.480	145.3	4200	20	27	76	683	581
0.45±0.010	0.445	0.452	0.500	0.506	0.512	0.048	0.532	114.2	4200	20	28	72	724	622
0.50±0.010	0.495	0.502	0.552	0.558	0.564	0.050	0.586	91.43	4500	20	28	67	765	653
0.55±0.020	0.545	0.552	0.602	0.608	0.614	0.050	0.646	78.15	4500	20	29	62	775	663
0.60±0.020	0.595	0.602	0.654	0.661	0.668	0.052	0.698	65.26	4500	20	29	62	816	694
0.65±0.020	0.645	0.653	0.707	0.715	0.723	0.054	0.752	55.31	4500	20	29	58	857	734
0.70±0.020	0.695	0.703	0.759	0.767	0.775	0.056	0.804	47.47	4500	20	30	53	898	765
0.75±0.020	0.745	0.753	0.813	0.822	0.831	0.060	0.860	41.19	5100	20	30	53	979	826
0.80±0.020	0.794	0.803	0.865	0.874	0.883	0.062	0.914	36.08	5100	25	30	66	1010	867
0.85±0.020	0.844	0.853	0.917	0.926	0.935	0.064	0.966	31.87	5100	25	30	66	1020	898
0.90±0.020	0.894	0.903	0.969	0.978	0.987	0.066	1.020	28.35	5100	25	31	62	1120	928
0.95±0.020	0.944	0.953	1.021	1.031	1.041	0.068	1.072	25.38	5100	25	31	62	1120	969
1.00±0.030	0.994	1.003	1.075	1.085	1.095	0.072	1.138	23.33	5100	25	32	58	1220	1020
1.10±0.030	1.093	1.103	1.179	1.190	1.201	0.074	1.242	19.17	5900	25	32	54	1220	1020
1.20±0.030	1.193	1.203	1.279	1.290	1.301	0.074	1.342	16.04	5900	25	32	54	1330	1120
1.30±0.030	1.293	1.305	1.383	1.395	1.407	0.078	1.448	13.61	5900	25	33	50	1330	1120
1.40±0.030	1.393	1.405	1.483	1.495	1.507	0.078	1.548	11.70	5900	25	33	46	1330	1120
1.50±0.030	1.493	1.505	1.587	1.599	1.611	0.082	1.654	10.16	5900	25	33	46	1430	1220
1.60±0.030	1.592	1.605	1.687	1.699	1.711	0.082	1.754	8.906	5900	25	33	42	1430	1220
1.70±0.030	1.692	1.703	1.789	1.801	1.813	0.084	1.856	7.871	6300	25	33	--	1530	1330
1.80±0.030	1.792	1.803	1.889	1.901	1.913	0.084	1.956	7.007	6300	25	34	--	1530	1330
1.90±0.030	1.892	1.903	1.993	2.005	2.017	0.088	2.062	6.278	6300	25	34	--	1630	1330
2.00±0.030	1.992	2.003	2.093	2.105	2.117	0.088	2.162	5.656	6300	30	34	--	1630	1330
2.10±0.030	2.090	2.104	2.195	2.208	2.221	0.090	2.266	5.123	6300	30	34	--	1630	1430
2.20±0.030	2.19	2.204	2.297	2.310	2.323	0.092	2.368	4.662	6300	30	35	--	1730	1430
2.30±0.030	2.29	2.304	2.397	2.410	2.423	0.092	2.468	4.260	6300	30	35	--	1730	1430
2.40±0.030	2.390	2.404	2.501	2.515	2.529	0.096	2.574	3.908	6300	30	35	--	1840	1530
2.50±0.030	2.490	2.504	2.603	2.617	2.631	0.098	2.678	3.598	6300	30	35	--	1840	1530
2.60±0.030	2.590	2.604	2.703	2.717	2.731	0.098	2.778	3.324	6300	30	35	--	1840	1530
2.70±0.030	2.690	2.704	2.803	2.817	2.831	0.098	2.878	3.079	6300	30	35	--	--	--
2.80±0.030	2.790	2.804	2.903	2.917	2.931	0.098	2.978	2.861	6300	30	36	--	--	--
2.90±0.030	2.890	2.904	3.003	3.017	3.031	0.098	3.078	2.665	6300	30	36	--	--	--
3.00±0.030	2.99	3.004	3.103	3.117	3.131	0.098	3.178	2.489	6300	30	36	--	--	--
3.20±0.030	3.19	3.204	3.303	3.319	3.335	0.098	3.388	2.198	6300	30	36	--	--	--

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