Alpha Wire Hookup Wire TEFLON Series Blue Hook Up Wire, 18 AWG, 19, 30 m, Polytetrafluoroethylene, 5857 BL005

Belden Hook-up Wire TEFLON Series Hookup Wire, 30m Length, 0.96mm² Cross Sectional Area - 5857 BL005

This hook-up wire is a high-performance electrical wire designed for a variety of applications in the automation, electronics, and electrical industries. With a cross-sectional area of 0.96mm² and a durable PTFE insulation material, this unshielded wire is suitable for demanding environments. It has a length of 30m and operates efficiently within a temperature range of -60 °C to +200 °C, making it ideal for high-temperature applications.

Features & Benefits

• Manufactured from silver-plated copper for improved conductivity
• Insulated with PTFE for high-temperature resistance
• Meets military specifications MIL-W-16878 for reliability
• Rated for 600V to ensure safety in high-voltage applications
• Compliant with UL1213, ensuring adherence to industry standards
• Unshielded design allows for easy installation in various settings

Applications

• Used for internal wiring in high-temperature devices
• Suitable for connections in electronic control systems
• Ideal for in aerospace and military equipment
• Employed in various automation and electrical assembly tasks

What is the significance of the wire's silver-plated copper construction?

The silver-plated copper construction enhances conductivity compared to standard copper, resulting in lower resistance and improved performance over long distances and in high-frequency applications.

How does the PTFE insulation benefit this wire in extreme conditions?

PTFE insulation maintains its integrity across a broad temperature range, protecting the wire from degradation in high heat and providing excellent chemical resistance, which ensures long-lasting durability in harsh environments.

What are the implications of the wire being unshielded?

Being unshielded allows for easier installation and flexibility in routing while making it suitable for applications where electromagnetic interference is minimal, generally leading to lower costs and simpler designs.