Φ 0.80mm-4.00mm Water Pump Wire Core Copper with Insulation XLPE

• 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
• Voltage: 600/1000V
• Color: Natural
• Advantage: Stable Transmission
• Insulating Material: XLPE
• Certificate: ISO9001
• Size Range: 0.80mm-4.00mm
• Transport Package: Pallet
• Specification: 0.6-4.0mm
• Trademark: windoo
• Origin: China
• HS Code: 85441100
• Production Capacity: 2500t/Year

Product Description

 

Product Description

Water pump wire core copper for submersible motors is used to connect submersible motors with AC voltage of 600/1000V and below, with one end of the wire in the water.Water pump wire core copper  use insulating materials; Water pump wire core copper have the characteristics of waterproofing and resistance to age.

The rated AC voltage U₀/U of Water pump copper wire is 600/1000 V.
Water pump wire core copper  is suitable to work in the water for long,the PH of water is 6.5 to 8.5.The pressure of water does not exceed 1MPa in general.
The temperature of XLPE water-resistant wire for long term does not exceed 70ºC.
Size Range Φ0.80mm-4.00mm
The insulation layer should be tightly extruded onto the conductor, and the insulation surface should be smooth, round, and free of bubbles, impurities, and mechanical damage.
Built according to standards, with low power consumption, strong load capacity, good rebound rate, and environmental friendly.
 

Detailed Photos

Product Parameters

The model of XLPE water-resistant wire

model	name
SQYN	Lacquered copper conductor,Cross-linking polyethylene insulated and nylon sheathed winding wires
SJYJN	Twisted copper conductor,Cross-linking polyethylene insulated and nylon sheathed winding wires

SYJN type  water-resistant wire 
 

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
SJYJN type water-resistant wire
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

Packaging & Shipping

Suggestions

How to choose the appropriate waterproof wire?
1. Determine the voltage and current based on the specific usage environment (such as cable transmission power, on-site environment).
2. Based on the on-site usage situation, select suitable insulation materials such as PP/PE/XLPE.
3. Choose waterproof wires that are wear-resistant, waterproof, and not easily bent based on the temperature and humidity used on site.
4. Finally, choose a high-quality waterproof thread. At the same time, consideration should be given to the needs of special scenarios.

If you don't know how to choose waterproof wire, please contact us!