Class 130 Polyurethane with Self-Bonding Overcoat Round Copper Magnet Wire for Solderable Applications

Thermal Class:130
Insulation materials:Polyurethane & Self-bonding
Dimensions:Type 1: 0.0292mm-0.516mm;Type 2: 0.0406mm-0.538mm

Class 130 Polyurethane with Self-Bonding Overcoat Round Copper Magnet Wire for Solderable Applications

Class 130 Polyurethane with Self-Bonding Overcoat Round Copper Magnet Wire for Solderable Applications. The self-bonding overcoat is often thermoplastic or activated by heat or solvents to adhere to itself when wound tightly, eliminating the need for external binding materials.

Specifications

Insulation materialsThe conductor shall be coated with a dual film.
The underlying coating is based on polyurethane resins.
The superimposed coating is based on resins that are self-bonding in character.
DimensionsType 1: 25-52 AWG in accordance with 0.0292mm-0.516mm
Type 2: 25-50 AWG in accordance with 0.0406mm-0.538mm
CertificateMW 130-C
Thermal Class130

Properties

Adherence and flexibilityNo cracks visible in the film coating
ElongationNot less than the value in 5-38
Heat shockNo cracks visible in the film coating after conditioning at 175ºC
SpringbackNot greater than the value in Type 1 42-66;Type 2 46-70
Dielectric breakdown25-37 AWG: not less than the value in Type 1 1360v-2640v;Type 2 2270v-4740v
38-51 AWG: not less than the value in Type 1 130v-500v;Type 2 275v-950v
Continuity25-44 AWG: max number of discontinuities in accordance with Type 1 350-1000;Type 2 500-1500
45-52 AWG: max number of discontinuities in accordance with Type 1 25;Type 2 10

Solderability

Covered with continuous film of solder after immersion within the time and temperature specified:

AWG SizeTemperatureType 1Type 2
25-29.5390°C5 seconds6 seconds
30-36390°C4 seconds5 seconds
37-46390°C3 seconds4 seconds
47-52360°C2 seconds3 seconds

Periodic conformance tests

Thermoplastic FlowMedian not less than 170ºC
Dielectric breakdown at rated temperatureAverage not less than 75% of the value required at room temperature
Bond strength at room temperature36 AWG: no separation of turns other than the first or last turn
Bond strength at elevated temperatureBond conditions and strength requirements as agreed between customer and supplier

Bond strength at room temperature

26 AWG: no break in the coil specimen when subjected to the load specified in:

AWGMandrel Diameter*MaximumTest Load*
WindingTensionBonding Load*After HeatBondingAfter SolventBonding
 inchesmmgramsnewtonsgramsnewtonskilogramsnewtonskilogramsnewtons
260.1573.992002.076.00.751.615.70.807.85

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