Cross-Linking Polyethylene Insulated (XLPE) Submersible Motor Winding Wire

• Customization: Available
• Insulation Level: N, H, F, B, E, A
• Certification: ISO9001, RoHS, VDE
• Model NO.: wd-en
• Application: Transformer, Instrument, Electrical Equipment, Motor
• Shape: Round Wire
• Conductor Material: Copper Wire
• Size Range: 0.47-4.7mm
• Used for: Water Pump Motor
• Insulation: XLPE
• Lead Time: 25-35days
• Colour: White/Natural
• Advantage: Various Competitive Price
• Transport Package: Pallet
• Specification: 0.6-4.0mm
• Trademark: windoo
• Origin: China
• HS Code: 85441100
• Production Capacity: 2500t/Year

Product Description

Product Description

The insulation layer of cross-linking polyethylene insulated and nylon sheathed winding wires are modified polypropylene. Sheath should use the suitable material like nylon1010 or nylon 6. The rated AC voltage U₀/U of Cross-linking polyethylene insulated and nylon sheathed winding wires is 600/1000V.
classification:
cross-linking polyethylene insulated and nylon sheathed winding wires has two types of insulation structure: one is mainly polyethylene insulation, the core wire is bare wire, the outer layer is nylon sheath, stable and reliable performance, but the process is complex; The other type of polyvinyl chloride is only a special formula for insulation, the structure and process are simple, the cost is low, and the insulation performance can be maintained for a long time in high pressure water.
XLPE  water -proof wire 
The core of this product line is specially customized frequency conversion resistant electromagnetic wire, crosslinked polyethylene as insulation sheath, high insulation strength, with excellent temperature and voltage resistance, can effectively prevent corona tip discharge can effectively protect the normal function of frequency conversion motor. Suitable for all kinds of high head, water-filled variable frequency submersible motor.

Detailed Photos

 

Product Parameters

Solid copper conductor structure			Standard thickness of cross-linking polyethylene insulated mm	Standard thickness of nylon sheathed  mm	Upper limit of average outer diameter of winding wire mm	The DC resistant conduct Ω/m
Number of conduct/standard diameter  mm	Deviation of standard diameter of conductor ±mm	Standards cross-sectional area of conductor Mm2				Maximum	Minimum
1/0.80	0.008	0.50	0.35	0.10	1.80	0.03305	0.03500
1/0.85	0.009	0.56	0.35	0.10	1.85	0.02925	0.03104
1/0.90	0.009	0.63	0.35	0.10	1.90	0.02612	0.02765
1/0.95	0.010	0.71	0.35	0.10	1.95	0.02342	0.02484
1/1.00	0.010	0.80	0.35	0.10	2.00	0.02116	0.02240
1/1.06	0.011	0.90	0.35	0.10	2.10	0.01881	0.01995
1/1.12	0.011	1.00	0.35	0.10	2.15	0.01687	0.01785
1 /1.18	0.012	1.12	0.35	0.10	2.30	0.01519	0.01609
1/1.25	0.013	1.25	0.40	0.10	2.40	0.01353	0.01435
1/1.30	0.013	1.32	0.40	0.10	2.45	0.01252	0.01325
1/1.32	0.013	1.40	0.40	0.10	2.45	0.01214	0.01285
1/1.40	0.014	1.60	0.40	0.10	2.55	0.01079	0.01143
1/1.50	0.015	1.80	0.40	0.10	2.65	0.009402	0.009955
1/1.60	0.016	2.00	0.40	0.10	2.75	0.008237	0.008749
1/1.70	0.017	2.24	0.40	0.10	2.85	0.007320	0.007750
1/1.80	0.018	2.50	0.45	0.10	3.05	0.006529	0.006913
1/1.90	0.019	2.80	0.45	0.10	3.15	0.005860	0.006204
1/2.00	0.020	3.15	0.45	0.15	3.35	0.005289	0.005600
1/2.12	0.021	3.55	0.45	0.15	3.45	0.004708	0.004983
1/2.24	0.022	4.00	0.50	0.15	3.70	0.004218	0.004462
1/2.36	0.024	4.50	0.50	0.15	3.80	0.003797	0.004023
1/2.50	0.025	5.00	0.50	0.15	3.95	0.003385	0.003584
1/2.65	0.027	5.50	0.60	0.15	4.30	0.003014	0.003190
1/2.80	0.028	6.30	0.60	0.15	4.45	0.002698	0.002857
1/3.00	0.030	7.10	0.60	0.15	4.85	0.002351	0.002488
1/3.15	0.032	7.80	0.80	0.15	5.00	0.002131	0.002258
1/3.35	0.034	9.00	0.80	0.15	5.40	0.001885	0.001996
1/3.55	0.036	10.00	0.80	0.15	5.60	0.001678	0.001778
1/3.75	0.038	11.20	0.80	0.15	5.80	0.001504	0.001593
1/4.00	0.040	12.50	0.80	0.15	6.05	0.001322	0.001400
Twisted copper conductor,Cross-linking polyethylene insulated and nylon sheathed winding wires
Stranded copper conductor structure			Standard thickness of cross-linking polyethylene insulated mm	Standard thickness of nylon sheathed  mm	Upper limit of average outer diameter of winding wire mm	The DC resistant conduct Ω/m Maximum
Number of conduct/standard diameter  mm	Deviation of standard diameter of conductor ±mm	Standards cross-sectional area of conductor Mm^2				Maximum
7/0.80	2.40	3.55	0.55	0.15	3.90	0.005098
7/0.90	2.70	4.5	0.55	0.15	4.20	0.004028
7/1.00	3.00	5.6	0.60	0.15	4.60	0.003263
7/1.12	3.36	7.1	0.60	0.15	4.95	0.002601
19/0.63	3.15	6	0.65	0.15	4.85	0.003028
19/0.71	3.55	7.5	0.65	0.15	5.25	0.002384
19/0.75	3.75	8.5	0.65	0.15	5.45	0.002137
19/0.80	4.00	9.5	0.65	0.15	5.70	0.001878
19/0.85	4.25	10.6	0.65	0.15	5.95	0.001664
19/0.90	4.50	11.8	0.65	0.15	6.20	0.001484
19/0.95	4.75	13.2	0.65	0.15	6.45	0.001332
19/1.00	5.00	15	0.70	0.15	6.85	0.001202
19/1.06	5.30	17	0.70	0.15	7.15	0.001070
19/1.12	5.60	19	0.75	0.15	7.50	0.0009582
19/1.18	5.90	21.2	0.75	0.15	7.80	0.0008633
19/1.25	6.25	23.6	0.75	0.15	8.20	0.0007693
19/1.32	6.60	26.5	0.80	0.15	8.70	0.0006899
19/1.40	7.00	30	0.80	0.15	9.10	0.0006133

 

Product advantages

Characteristics of water resistance wire
Great water resistance: Be able to maintain stable performance in water for a long time without losing its original properties due to immersion in water.
Great high temperature resistance: able to maintain stable performance for a long time in high temperature environments, without losing its original performance due to temperature rise
Good wear resistance: The surface hardness of the water-resistant wire is high, which can resist wear and scratches.