The specifications of enameled wire usually include the following aspects:

Conductor specifications: The specifications of enameled wire will include the material, diameter or cross-sectional area of the conductor. The material of the conductor is usually copper or aluminum, and the diameter or cross-sectional area determines the conductive performance and load-bearing capacity of the enameled wire.

Thickness of the insulation layer: The insulation layer is an important part of the enameled wire. The thickness of the insulation layer will be indicated in the specifications, which directly affects the insulation performance and durability of the enameled wire.

Temperature grade: Enameled wires are divided into different temperature grades, usually expressed in degrees Celsius (°C). For example, common temperature grades include 130°C, 155°C, 180°C, and 200°C. These markings represent the highest operating temperature that the enameled wire can withstand.

Purpose identification: The specifications of enameled wire may also include identification of its main purpose or scope of application, such as specific motor, transformer or electronic equipment manufacturing, etc.

Standard certification: The specifications of enameled wire usually involve standards or certifications that comply with it, such as International Electrotechnical Commission (IEC) standards, American Standards Institute (ANSI) standards or standard certifications in other regions.

This specification information is important in selecting the appropriate magnet wire and ensuring that it will meet the needs of a specific application. Selecting the appropriate size of enameled wire ensures optimal performance and reliability in your specific operating environment and conditions.
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