BS EN 60317-3:1996 -Specifications for particular types of winding wires - Polyester enamelled round copper wire, class 155
Withdrawn
Printed version of this is available at library. To request, please e-mail to referencepk@usm.my and include a copy of this record in your e-mail.
BS EN 60317-3:1996 is a British Standard (BS) that has been harmonized with the European Norm (EN) and specifies the requirements for the winding wires used in electrical machines and appliances. The standard is titled "Specifications for particular types of winding wires: solderable polyurethane enamelled round copper wire, class 130."
This standard provides specific requirements for a type of winding wire known as solderable polyurethane enamelled round copper wire, which is classified as class 130. The class 130 designation indicates that the wire is designed to withstand a maximum temperature of 130°C.
BS EN 60317-3:1996 covers various aspects of the wire, including its dimensions, electrical properties, mechanical properties, and solderability. It provides guidelines on the wire's conductor diameter, insulation thickness, and overall dimensions. The standard also specifies the permissible variations in these dimensions to ensure consistent quality.
Additionally, the standard defines the electrical and mechanical properties that the wire must meet, such as insulation resistance, elongation at break, and adherence of the enamel coating. These properties are essential for the reliable and efficient operation of electrical machines and appliances.
Solderability is another important aspect covered by the standard. It sets requirements for the wire's surface condition and the ability to form a reliable solder joint. Solderability is crucial when connecting the wire to other electrical components or during the manufacturing and repair processes.
Overall, BS EN 60317-3:1996 provides a comprehensive set of specifications and requirements for solderable polyurethane enamelled round copper wire, class 130, ensuring its suitability for various electrical applications where a maximum temperature of 130°C is required. It helps manufacturers, designers, and users of electrical equipment to select and work with standardized winding wires that meet specific performance criteria.
