Alpha Wire Ecogen Ecowire Series White 0.52 mm² Hook Up Wire, 20 AWG, 10/0.25 mm, 0.25 mm core strands, 30 m, MPPE, 6714

Belden Ecogen Ecowire Series Hook Up Wire, 0.52mm² Cross Sectional Area, 20 AWG American Wire Gauge - 6714 WH001

This hook-up wire is designed for a wide range of applications where reliable connectivity is paramount. With a cross-sectional area of 0.52mm², this single-core wire measures 305 m in length and features a striking white colour. Its tinned copper conductor ensures excellent conductivity while the MPPE insulation offers high-temperature resistance.

Features & Benefits

• Manufactured from tinned copper for superior conductivity
• Rated for high temperatures up to +105°C
• Compliant with UL11028 standards for safety
• Unshielded design simplifies installation in various environments
• Voltage rated at 600V for robust electrical performance
• Lightweight and flexible for ease of use in tight spaces

Applications

• Ideal for internal wiring in automotive systems
• Suitable for connecting circuit boards in electronic devices
• Utilised in automation systems for signal transmission
• Employed in appliance construction for reliable power delivery

What insulation material is used, and how does it enhance performance?

The wire is insulated with modified polyphenylene ether (MPPE), which provides excellent thermal and electrical properties, ensuring safe operation across a wide temperature range from -40°C to +105°C.

How many strands are present in the conductor, and what is their size?

The conductor comprises 10 strands, each measuring 0.25mm, which aids flexibility while maintaining the wire's overall conductivity.

What benefits does the unshielded design offer?

The unshielded design enhances installation simplicity and reduces material costs, making it a practical choice for various electronic and electrical applications.

Is this wire suitable for use in outdoor environments?

While it is rated for high temperatures, proper environmental conditions should be evaluated to ensure its effectiveness in outdoor scenarios, as exposure may impact performance.