X
Category:
Sports
Boating
Wire
Ancor Marine Grade Products 121710 Duplex
Ancor Marine Grade Products 121710 Duplex
Ancor Marine Grade Products 121710 Duplex

Ancor Marine Grade Products 121710 Duplex Cable, 16/2 AWG (2 x 1mm2), Flat - 100ft,Black/Red

Product ID : 9948297
4.8 out of 5 stars


Galleon Product ID 9948297
UPC / ISBN 787463059461
Shipping Weight 4.5 lbs
I think this is wrong?
Model 121710
Manufacturer ANCOR MARINE GRADE
Shipping Dimension 6.5 x 6.5 x 5 inches
I think this is wrong?
-
Save 37%
Before ₱ 6,502
4,119

*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
  • Electrical items MAY be 110 volts.
  • 7 Day Return Policy
  • All products are genuine and original
  • Cash On Delivery/Cash Upon Pickup Available

Pay with

Ancor Marine Grade Products 121710 Duplex Features

  • Manufactured from individual copper strands and tinned to perform in the harshest marine environments.

  • Ultra-flexible Type 3 stranding resists fatigue from vibration and provides added corrosion protection.

  • Exceeds all UL 1426, US Coast Guard Charter boat (CFR title 46) and ABYC standards

  • The premium vinyl insulation is rated at 600 volts, 105 deg C dry and 75 deg C wet, stays flexible even in extreme cold (-40 deg F/C) and resists salt water, battery acid, oil, gasoline, heat, abrasion and ultra-violet radiation.


About Ancor Marine Grade Products 121710 Duplex

Standard Duplex Cable - Flat 16/2 AWG - 2 x 1mm Red/Black - 100'. Ancor Marine Grade wire products are the longest lasting and most rugged available, exceeding UL 1426, ABYC and US Coast Guard Charter boat (CFR Title 46) standards. They are constructed with premium vinyl insulation that is rated at 600 Volts, 105 DegreesC dry and 75 DegreesC wet, stays flexible even in extreme cold (-40 DegreesF/C) and resists salt water, battery acid, oil, gasoline, heat, abrasion and ultra-violet radiation. Highest quality ultra flexible (Type 3) tinned copper stranding provides maximum protection against corrosion and electrolysis while resisting fatigue due to vibration and flexing.