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0.02 - 0.5mm Diameter Strands Enamelled Copper Wire Litz Magnet Wire For Increased Efficiency

Basic Information
Place of Origin: China
Brand Name: Rvyuan
Certification: IEC/NEMA/JIS/RoHS/ISO
Minimum Order Quantity: Different types with differet MOQ
Price: Negotiation
Packaging Details: Spool with carton
Delivery Time: 2-15 workding days
Payment Terms: Negotiation
Supply Ability: Satisfy your demand
Detail Information
Product Name: Super Fine Litz Wire Diameter: 0.02-0.5mm
Temperature: 130/155/180 Max Cross Section Area: 50mm2
Direction Of Turns: Z Or S Overall Diameter: 0.1-10mm
High Light:

soft copper wire

,

enameled copper magnet wire


Product Description

Enamelled Copper WIre , 0.02-0.5mm diameter of strands litz type magnet wire

 

Litz wire conductors are beneficial for reducing A.C. losses in high frequency windings. The first consideration in any design regarding Litz wire is the operating frequency. The operating frequency not only influences the actual construction details of the copper magnet wire, but is also used to determine the individual strand size of the Litz wire construction. All Litz constructions will exhibit some skin effect due to the limitations of stranding. Higher frequency ranges require more strands of a finer gauge size than Litz wires of equal cross sectional area but composed of fewer and larger strands.

The enamels commonly used for insulating individual strands are Polyurethane and Polyurethane with a Nylon topcoat because of the low electrical losses and ease of solderability. Other insulations can also be used. In many cases, Litz is insulated with an overall single or double wrap or serving, of a textile, but are also available unserved.

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Features and Benefits
 

1. Increased efficiency

2. Mitigation of skin and proximity effect

3. Minimum eddy current losses

4. Lowered operating temperatures

5. Reduced footprint of final product

6. Substantial weight reduction

7. Avoidance of "hot spots"

 

 

Specifications:

 

Equivalent

AWG

Circular

Mil Area

Number of

Wires

AWG of

Wire

Film

1

Coating

Construction

Type

Outer

2

Insulation

Nominal

OD

Nominal

LBS./1000 FT.

Direct Current

Resistance

OHM/1000 FT^

Construction
RECOMMENDED OPERATING FREQUENCY - 60 HZ TO 1 KHZ
24 476 3 28 S 1 - .027 1.49 22.570 3/28
22 794 5 28 S 1 - .035 2.49 13.540 5/28
20 1112 7 28 S 1 - .042 3.49 9.670 7/28
18 1588 10 28 S 1 - .050 4.99 6.770 10/28
16 2700 17 28 S 1 SN .065 8.68 3.980 17/28
14 4129 26 28 S 1 SN .080 13.23 2.600 26/28
12 6670 42 28 S 1 SN .102 21.28 1.610 42/28
10 10480 66 28 S 2 SN .140 34.02 1.060 3X22/28
8 16674 105 28 S 2 SN .177 54.01 .660 3X35/28
6 26202 165 28 S 2 SN .222 86.59 .420 5X33/28
4 42240 266 28 S 2 DN .285 141.87 .260 7X38/28
2 66696 420 28 S 2 DN .431 227.39 .170 5X3X28/28
1/0 105602 665 28 S 2 SNB .537 366.00 .110 7X5X19/28
2/0 133392 840 28 S 5 SNB .657 480.00 .084 6(5X28/28)
3/0 171504 1080 28 S 5 SNB .787 634.00 .065 9(5X24/28)
4/0 217238 1368 28 S 5 SNB .941 828.00 .051 12(3X38/28)
RECOMMENDED OPERATING FREQUENCY - 1 HZ TO 10 KHZ
26 300 3 30 S 1 - .022 .95 35.980 3/30
24 500 5 30 S 1 - .028 1.58 21.590 5/30
22 700 7 30 S 1 - .033 2.21 15.420 7/30
20 1100 11 30 S 1 - .045 3.47 9.810 11/30
18 1700 17 30 S 1 SN .055 5.52 6.350 17/30
16 2600 26 30 S 1 SN .064 8.38 4.150 26/30
14 4200 42 30 S 1 SN .082 13.48 2.570 42/30
12 6500 65 30 S 2 SN .112 21.21 1.710 5X13/30
10 11000 110 30 S 2 SN .145 35.75 1.010 5X22/30
8 16800 168 30 H 2 - .191 55.03 .660 7X24/30
7 25900 259 30 H 2 - .237 84.83 .430 7X37/30
6 26600 266 30 H 2 - .240 87.13 .420 7X38/30
4 41300 413 30 H 2 - .300 138.27 .270 7X59/30
3 52500 525 30 H 2 - .338 171.96 .210 7X75/30
2 66500 665 30 H 2 - .380 217.81 .170 7X95/30
2 80500 805 30 H 2 DN .421 272.95 .140 7X115/30
1/0 125000 1250 30 S 2 SNB .631 435.00 .090 5X5X50/30
2/0 135000 1350 30 S 5 SNB .667 486.00 .083 6(5X45/30)
3/0 195000 1950 30 S 5 SNB .794 697.00 .057 6(5X5X13/30)
4/0 252000 2520 30 S 5 SNB .981 916.00 .045 6(5X3X28/30)

 

Litz Type:

0.02 - 0.5mm Diameter Strands Enamelled Copper Wire Litz Magnet Wire For Increased Efficiency 0

 

Contact Details
Mr. James Shan

WhatsApp : +8615802295822