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

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HAI Heavy 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 Single

Document

Name:

HAI Heavy

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

Thermal Class:

Applications:

For High Temperature Motor

Color Option:

Could Be Customized

Specification:

AWG 38-8

Standard:

Insulation Thickness:

Heavy

Shape:

Round

Product Description

Heavy refers to a thicker wire diameter that can withstand higher currents and is used in applications such as high power motors or transformers.

The choice of wire diameter needs to be weighed against the specific electrical performance requirements.

High conductivity

Reduced energy consumption: HAI enameled wire is 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 skeletons 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.
Outstanding heat resistance

Resistance to the elements: The highly uniform and continuous coating of HAI enameled wire enhances its physical resistance to abrasion, making it more resistant to the effects of the elements during use.
Long-term stability: Excellent physical abrasion resistance ensures that the enameled wire will perform consistently over the long term, reducing the need for maintenance and replacement.

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

		NEMA---Heavy																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		0.062	0.064	0.066		0.010	0.066		9527.95	1300	14	--	--	--
		-0.003
43	0.056	+0.002		0.055	0.057		0.068	0.070	0.072		0.010	0.074		7815.03	1400	15	--	--	--
		-0.003
42	0.064	+0.002		0.063	0.065		0.079	0.081	0.083		0.013	0.084		5899.6	1675	16	--	--	--
		-0.003
41	0.071	+0.003		0.070	0.072		0.086	0.088	0.090		0.013	0.094		4610.88	1675	17	--	--	--
		-0.002
40	0.079	+0.002		0.078	0.080		0.094	0.096	0.098		0.013	0.104		3800.62	1800	17	--	--	--
		-0.003
39	0.089	+0.002		0.088	0.090		0.106	0.109	0.112		0.015	0.114		2968.15	1975	18	--	--	--
		-0.003
38	0.102	+0.002		0.101	0.103		0.122	0.125	0.128		0.018	0.130		2239.81	2150	19	--	--	--
		-0.003
37	0.114	+0.003		0.113	0.115		0.134	0.137	0.140		0.018	0.145		1750.03	2325	20	--	--	--
		-0.002
36	0.127	+0.003		0.126	0.128		0.149	0.152	0.155		0.020	0.160		1427.71	2525	20	--	--	--
		-0.003
35	0.142	+0.003		0.141	0.143		0.167	0.170	0.173		0.023	0.178		1120.02	2750	21	--	--	--
		-0.002
34	0.16	+0.003		0.159	0.161		0.185	0.188	0.191		0.023	0.198		890.6	2975	22	--	--	--
		-0.003
33	0.18	+0.003		0.179	0.181		0.207	0.211	0.215		0.025	0.221		692.85	3250	23	--	--	--
		-0.002
32	0.203	+0.003		0.202	0.205		0.233	0.237	0.241		0.028	0.246		543.36	3525	24	--	--	--
		-0.002
31	0.226	+0.003		0.225	0.228		0.258	0.262	0.266		0.030	0.274		437.51	3825	24	--	--	--
		-0.002
30	0.254	+0.002		0.252	0.256		0.289	0.293	0.297		0.033	0.307		348.45	4150	25	66	525	450
		-0.003
29	0.287	+0.003		0.285	0.289		0.328	0.332	0.336		0.038	0.338		272.17	4250	26	61	560	480
		-0.003
28	0.32	+0.003		0.318	0.322		0.364	0.368	0.372		0.041	0.373		217.08	4375	26	55	595	510
		-0.002
27	0.361	+0.002		0.358	0.363		0.404	0.409	0.414		0.041	0.419		171.28	4500	27	50	635	540
		-0.003
26	0.404	+0.002		0.401	0.406		0.449	0.454	0.459		0.043	0.462		137.89	4600	27	76	675	575
		-0.005
25	0.455	+0.002		0.452	0.457		0.503	0.508	0.513		0.046	0.516		108.41	4725	28	72	720	615
		-0.005
24	0.511	+0.002		0.507	0.513		0.561	0.566	0.571		0.048	0.577		86.08	4850	28	67	770	655
		-0.006
23	0.574	+0.003		0.570	0.576		0.627	0.632	0.637		0.051	0.643		67.80	5000	29	62	820	700
		-0.005
22	0.643	+0.002		0.639	0.645		0.698	0.703	0.708		0.053	0.714		54.44	5125	29	58	880	750
		-0.008
21	0.724	+0.002		0.720	0.726		0.782	0.788	0.794		0.056	0.800		42.82	5250	30	53	940	800
		-0.008
20	0.813	+0.005		0.808	0.816		0.877	0.883	0.889		0.061	0.892		33.88	5400	30	66	1000	850
		-0.008
19	0.912	+0.005		0.907	0.915		0.979	0.985	0.991		0.064	0.993		26.98	5550	31	62	1070	910
		-0.010
18	1.024	+0.005		1.019	1.027		1.093	1.099	1.105		0.066	1.110		21.39	5700	32	58	1150	980
		-0.011
17	1.151	+0.005		1.145	1.154		1.225	1.231	1.237		0.071	1.240		16.95	5850	32	54	1230	1045
		-0.013
16	1.29	+0.008		1.284	1.293		1.368	1.374	1.380		0.074	1.384		13.44	6000	33	50	1310	1115
		-0.012
15	1.450	+0.008		1.444	1.453		1.530	1.536	1.542		0.076	1.549		10.66	6175	33	46	1400	1190
		-0.015
14	1.628	+0.008		1.621	1.631		1.713	1.720	1.727		0.081	1.732		8.44	6325	33	42	1490	1270
		-0.015
13	1.829	+0.010	1.822	1.832	1.915	1.922	1.929	0.081	1.935	6.69	5600	34	--	1490	1270
		-0.018
12	2.052	+0.010	2.044	2.056	2.138	2.146	2.154	0.081	2.162	5.32	5800	34	--	1490	1270
		-0.02
11	2.304	+0.012	2.296	2.308	2.393	2.402	2.411	0.084	2.418	4.22	6000	35	--	1490	1270
		-0.023
10	2.588	+0.013	2.580	2.592	2.682	2.690	2.698	0.086	2.703	3.34	6200	35	--	1940	1270
		-0.025
9	2.906	+0.015	2.896	2.910	3.000	3.009	3.018	0.086	3.023	2.65	3200	36	--	--	--
		-0.028
8	3.264	+0.018	3.254	3.268	3.361	3.370	3.378	0.089	3.383	2.1	3300	36	--	--	--
		-0.033
The above single wear resistance values apply to MW-5C 35C 81C 30C 75C 79C 80C 76C 28C 24C. The voltage resistance applies to MW-5C 35C 81C 30C 75C 79C 26C 77C.

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PRODUCTS DETAILS

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HAI Heavy 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 Single

Document

Product Brochure PDF

Name:

HAI Heavy

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

Thermal Class:

180℃

Applications:

For High Temperature Motor

Color Option:

Could Be Customized

Specification:

AWG 38-8

Standard:

NEMA

Insulation Thickness:

Heavy

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

Heavy refers to a thicker wire diameter that can withstand higher currents and is used in applications such as high power motors or transformers.

The choice of wire diameter needs to be weighed against the specific electrical performance requirements.

High conductivity

Reduced energy consumption: HAI enameled wire is 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

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

		NEMA---Heavy																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		0.062	0.064	0.066		0.010	0.066		9527.95	1300	14	--	--	--
		-0.003
43	0.056	+0.002		0.055	0.057		0.068	0.070	0.072		0.010	0.074		7815.03	1400	15	--	--	--
		-0.003
42	0.064	+0.002		0.063	0.065		0.079	0.081	0.083		0.013	0.084		5899.6	1675	16	--	--	--
		-0.003
41	0.071	+0.003		0.070	0.072		0.086	0.088	0.090		0.013	0.094		4610.88	1675	17	--	--	--
		-0.002
40	0.079	+0.002		0.078	0.080		0.094	0.096	0.098		0.013	0.104		3800.62	1800	17	--	--	--
		-0.003
39	0.089	+0.002		0.088	0.090		0.106	0.109	0.112		0.015	0.114		2968.15	1975	18	--	--	--
		-0.003
38	0.102	+0.002		0.101	0.103		0.122	0.125	0.128		0.018	0.130		2239.81	2150	19	--	--	--
		-0.003
37	0.114	+0.003		0.113	0.115		0.134	0.137	0.140		0.018	0.145		1750.03	2325	20	--	--	--
		-0.002
36	0.127	+0.003		0.126	0.128		0.149	0.152	0.155		0.020	0.160		1427.71	2525	20	--	--	--
		-0.003
35	0.142	+0.003		0.141	0.143		0.167	0.170	0.173		0.023	0.178		1120.02	2750	21	--	--	--
		-0.002
34	0.16	+0.003		0.159	0.161		0.185	0.188	0.191		0.023	0.198		890.6	2975	22	--	--	--
		-0.003
33	0.18	+0.003		0.179	0.181		0.207	0.211	0.215		0.025	0.221		692.85	3250	23	--	--	--
		-0.002
32	0.203	+0.003		0.202	0.205		0.233	0.237	0.241		0.028	0.246		543.36	3525	24	--	--	--
		-0.002
31	0.226	+0.003		0.225	0.228		0.258	0.262	0.266		0.030	0.274		437.51	3825	24	--	--	--
		-0.002
30	0.254	+0.002		0.252	0.256		0.289	0.293	0.297		0.033	0.307		348.45	4150	25	66	525	450
		-0.003
29	0.287	+0.003		0.285	0.289		0.328	0.332	0.336		0.038	0.338		272.17	4250	26	61	560	480
		-0.003
28	0.32	+0.003		0.318	0.322		0.364	0.368	0.372		0.041	0.373		217.08	4375	26	55	595	510
		-0.002
27	0.361	+0.002		0.358	0.363		0.404	0.409	0.414		0.041	0.419		171.28	4500	27	50	635	540
		-0.003
26	0.404	+0.002		0.401	0.406		0.449	0.454	0.459		0.043	0.462		137.89	4600	27	76	675	575
		-0.005
25	0.455	+0.002		0.452	0.457		0.503	0.508	0.513		0.046	0.516		108.41	4725	28	72	720	615
		-0.005
24	0.511	+0.002		0.507	0.513		0.561	0.566	0.571		0.048	0.577		86.08	4850	28	67	770	655
		-0.006
23	0.574	+0.003		0.570	0.576		0.627	0.632	0.637		0.051	0.643		67.80	5000	29	62	820	700
		-0.005
22	0.643	+0.002		0.639	0.645		0.698	0.703	0.708		0.053	0.714		54.44	5125	29	58	880	750
		-0.008
21	0.724	+0.002		0.720	0.726		0.782	0.788	0.794		0.056	0.800		42.82	5250	30	53	940	800
		-0.008
20	0.813	+0.005		0.808	0.816		0.877	0.883	0.889		0.061	0.892		33.88	5400	30	66	1000	850
		-0.008
19	0.912	+0.005		0.907	0.915		0.979	0.985	0.991		0.064	0.993		26.98	5550	31	62	1070	910
		-0.010
18	1.024	+0.005		1.019	1.027		1.093	1.099	1.105		0.066	1.110		21.39	5700	32	58	1150	980
		-0.011
17	1.151	+0.005		1.145	1.154		1.225	1.231	1.237		0.071	1.240		16.95	5850	32	54	1230	1045
		-0.013
16	1.29	+0.008		1.284	1.293		1.368	1.374	1.380		0.074	1.384		13.44	6000	33	50	1310	1115
		-0.012
15	1.450	+0.008		1.444	1.453		1.530	1.536	1.542		0.076	1.549		10.66	6175	33	46	1400	1190
		-0.015
14	1.628	+0.008		1.621	1.631		1.713	1.720	1.727		0.081	1.732		8.44	6325	33	42	1490	1270
		-0.015
13	1.829	+0.010	1.822	1.832	1.915	1.922	1.929	0.081	1.935	6.69	5600	34	--	1490	1270
		-0.018
12	2.052	+0.010	2.044	2.056	2.138	2.146	2.154	0.081	2.162	5.32	5800	34	--	1490	1270
		-0.02
11	2.304	+0.012	2.296	2.308	2.393	2.402	2.411	0.084	2.418	4.22	6000	35	--	1490	1270
		-0.023
10	2.588	+0.013	2.580	2.592	2.682	2.690	2.698	0.086	2.703	3.34	6200	35	--	1940	1270
		-0.025
9	2.906	+0.015	2.896	2.910	3.000	3.009	3.018	0.086	3.023	2.65	3200	36	--	--	--
		-0.028
8	3.264	+0.018	3.254	3.268	3.361	3.370	3.378	0.089	3.383	2.1	3300	36	--	--	--
		-0.033
The above single wear resistance values apply to MW-5C 35C 81C 30C 75C 79C 80C 76C 28C 24C. The voltage resistance applies to MW-5C 35C 81C 30C 75C 79C 26C 77C.

Tags: