TAURKENAM
TAURKENAM 16 AWG 100FT 2 Conductor Red Black 12V/24V DC Cable
16 AWG two-conductor cable, 100 ft, red and black, rated for 12 V or 24 V DC with a -20 °C to 70 °C operating range
- Lighter, flexible CCA construction cuts installation cost
- 16 AWG two-conductor design handles 12 V and 24 V DC
- 100 ft length reaches long LED strip runs
- PVC jacket resists flame, moisture, acid and alkali
- Operates reliably from -20 °C to 70 °C
16 AWG 100 ft two-conductor DC cable
This 16 AWG cable supplies 12 V or 24 V DC power through red and black conductors. It is built for low-voltage wiring in LED strips, model vehicles, marine lighting and car audio installations. The copper-clad aluminium core keeps the cable light and flexible while resisting corrosion.
Copper-clad aluminium construction and PVC jacket
CCA wire delivers the same signal frequency and corrosion resistance as solid copper at lower cost and weight. The high-quality PVC jacket adds flame-retardant, anti-ageing, acid-alkali and damp-proof protection. The cable remains flexible from minus 20 up to 70 degrees Celsius.
Low-voltage 12 V/24 V DC limit
The cable is rated only for 12 V and 24 V DC circuits; it must not be used for mains-voltage or higher-voltage applications. CCA conductors carry less current than equal-gauge copper, so runs at the full 100 ft length may see greater voltage drop. Buyers needing higher current capacity or mains-rated insulation should choose a different wire type.
Highlights
- Lighter, flexible CCA construction cuts installation cost
- 16 AWG two-conductor design handles 12 V and 24 V DC
- 100 ft length reaches long LED strip runs
- PVC jacket resists flame, moisture, acid and alkali
- Operates reliably from -20 °C to 70 °C
Specifications
No published specifications for this item yet.
Questions about this item
Will the 16 AWG CCA conductors need replacement if the PVC jacket cracks from UV exposure?
The cable uses copper-clad aluminium conductors with a PVC jacket rated for -20 to 70 °C; if the jacket degrades, the conductors remain corrosion-resistant, so only the damaged section needs replacing.
What is the maximum continuous current before the 16 AWG conductors hit their 70 °C temperature limit?
At 12 V or 24 V DC the 16 AWG CCA pair is rated to 70 °C; sustained loads that push conductor temperature above this limit will be the first constraint under continuous use.
Does the cable generate noticeable heat when powering LED strips at 24 V for 100 ft runs?
The 16 AWG CCA construction keeps resistance low; at typical LED-strip currents the temperature rise stays well within the -20 to 70 °C rating, so heat and noise remain negligible.
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