IEC 60197:1965 pdf download,High-voltage connecting wire with flame retarding insulation for use in television receivers.

IEC 60197:1965 pdf download High-voltage connecting wire with flame retarding insulation for use in television receivers

IEC 60197:1965 pdf download,High-voltage connecting wire with flame retarding insulation for use in television receivers.

IEC 60197:1965 is an international standard that specifies the requirements for a high-voltage connecting wire with flame-retarding insulation, originally developed for use in television receivers. The document focuses on single connecting wires insulated with thermoplastic material and designed to operate at voltages up to 20 kV d.c. and a maximum working temperature of 85 °C. In practical terms, this standard defines the technical expectations for a specialized electrical wire used in high-voltage applications where safety, insulation performance, and fire resistance are important.

The main purpose of IEC 60197:1965 is to ensure that the wire performs reliably under demanding electrical conditions while reducing the risk of flame spread. Because the insulation is flame-retarding, the wire is intended to provide a higher level of safety in electronic equipment, especially in environments where heat, voltage stress, and insulation failure could create hazards. Although the standard was originally written for television receivers, the wire type may also be suitable for similar electronic or high-voltage uses.

This standard is important for manufacturers, engineers, and product designers who need to select or specify wiring materials that meet clear safety and performance criteria. It helps support product consistency, electrical durability, and fire safety in equipment design. For SEO purposes, the key themes of this document are high-voltage wire, flame-retarding insulation, thermoplastic insulation, television receiver wiring, and electrical safety standard. In short, IEC 60197:1965 is a technical specification for a specialized insulated wire used in high-voltage electronic applications, with strong emphasis on safe operation and resistance to flame.

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