Ancor 14 AWG Tinned Copper Wire Primary Cable – Light Blue – 100 ft.

This Ancor 14 AWG Tinned Copper Wire is designed for primary cable applications. It comes in a light blue color and measures 100 feet in length.

Ancor Marine Grade wire products are known for their durability and longevity. They exceed various standards such as UL 1426, ABYC, and US Coast Guard Charter boat (CFR Title 46) standards. This ensures that these wires can withstand tough marine environments.

The wires are constructed with high-quality vinyl insulation, which is rated at 600 volts. It has a temperature rating of 105°C when dry and 75°C when wet. This insulation remains flexible even in extremely cold conditions, reaching temperatures as low as -40°F/C.

In addition to withstanding cold temperatures, this wire is also resistant to salt water, battery acid, oil, gasoline, heat, abrasion, and ultra-violet radiation. These features make it ideal for marine applications where exposure to harsh conditions is common.

The wire's ultra-flexible tinned copper stranding is of the highest quality and classified as Type 3. This stranding provides excellent protection against corrosion and electrolysis. It is also resistant to fatigue caused by vibration and flexing, ensuring its durability in demanding environments.

Frequently Asked Questions

What is the voltage rating of this wire?

The voltage rating of this wire is 600 volts.

What is the temperature rating of this wire?

When dry, this wire has a temperature rating of 105°C. When wet, it has a temperature rating of 75°C.

Is this wire resistant to harsh conditions?

Yes, this wire is resistant to salt water, battery acid, oil, gasoline, heat, abrasion, and ultra-violet radiation, making it ideal for marine applications.

What type of stranding does this wire have?

This wire has ultra-flexible tinned copper stranding classified as Type 3, providing excellent protection against corrosion and electrolysis.

Is this wire suitable for demanding environments?

Yes, this wire is resistant to fatigue caused by vibration and flexing, ensuring its durability even in demanding environments.