Applies to insulated wires used for windings in electrical equipment. The ranges of nominal conductor diameters covered are from 0.04 mm to 2.5 mm for grade 1, from 0.04 mm to 5.0 mm for grade 2, and from 0.08 mm to 5.0 mm for grade 3. Refers to IEC 182 for basic dimensions, IEC 851 for test methods and IEC 264 for packaging.
Số hiệu tiêu chuẩn
IEC 60317-12*CEI 60317-12
Tên tiêu chuẩn
Specifications for particular types of winding wires; part 12: polyvinyl acetal enamelled round copper wire, class 120
Ngày phát hành
1990-10-00
Tiêu chuẩn tương đương
NF C31-662*NF EN 60317-12 (1995-07-01), IDT *
SANS 60317-12:1990*SABS IEC 60317-12:1990 (1997-12-19) * DIN EN 60317-12 (1995-11), IDT * DIN EN 60317-12 (2006-05), IDT * DIN IEC 60317-12 (1991-02), IDT * DIN IEC 60317-12 (1994-02), IDT * BS 6811 PART 3 SECTION 3.7 (1993), IDT * BS EN 60317-12 (1993-03-15), IDT * GB/T 6109.3 (2008), IDT * EN 60317-12 (1994-11), IDT * prEN 60317-12 (1994-03), IDT * HD 555.12 S2 (1992-06), IDT * prHD 555.12 S2 (1992-01), IDT * OENORM IEC 317-12 (1993-11-01), IDT * OEVE/OENORM EN 60317-12+A1 (1999-03-01), IDT * OEVE/OENORM EN 60317-12+A1+A2 (2006-06-01), IDT * PN-EN 60317-12 (1998-01-12), IDT * SS-EN 60317-12 (1998-07-31), IDT * UNE 21179-12 (1993-10-04), IDT * UNE-EN 60317-12 (1995-12-22), IDT * STN EN 60317-12 (2001-01-01), IDT * CSN IEC 317-12 (1995-02-01), IDT * NEN 10317-12:1995 en;fr (1995-02-01), IDT * SABS IEC 60317-12:1990 (1997-12-19), IDT
Từ khóa
Acceptance specification * Adhesion * Breakdown voltage * Circular shape * Coatings * Copper * Copper wires * Delivery conditions * Dimensions * Electric conductors * Electric wires * Electrical engineering * Electrical insulating materials * Elongation at fracture * Enamelled * Enamelled wires * Extensibility * Finish coatings * Inspection * Insulated wires * Materials * Outer layers * Packages * Polyvinyl acetal * Polyvinyl acetate * Properties * Round wires * Softening temperature * Specification (approval) * Testing * Tolerances (measurement) * Winding wires * Windings * Wires * Heat shocks * D.C. resistance * Resilience * Liability