- Leading Cable and Wire Manufacturer-ZW
- 14 thhn wire
14 thhn stranded wire
- Nylon Wire
- PVC &Nylon Cable
- Free Sample
- Accept Lower MOQ
14 THHN THWN-2 Copper Building Wire
14 Thhn wire is a versatile and economical choice for residential and light commercial applications. 14 thhn solid wire features a solid bare copper conductor, PVC insulation, and a Nylon jacket. 14mm2 thhn wire has a voltage rating of 600V and a maximum temperature of 105°C. The wire is suitable for conduits, cable trays, or other recognized raceways. This building wire is UL approved and available in 14 to 4/0 AWG. RoHS-compliant versions are also available.
Also Called: #14 thhn wire, 14/2 thhn wire,14 gauge thhn stranded wire ,14 thhn, thhn 14 awg
Specifications: Size: 14 AWG
Number of Strands: 19
Cross Section Area (mm2): 2.08
PVC Insulation Thickness (Conductor): 0.38 mmÂ
Nylon Jacket Thickness: 0.1 mmÂ
14 thhn wire Diameter: 2.8mm
Approx. Weight: 25KG/Km
Standard:
- ASTMÂ
- UL
- Rosh
- REACH
Construction:
Conductor |  solid or stranded copper | |||
Insulation | PVC and flame retardant | |||
Jacket | Overall Nylon Jacket |
#14 Thhn Wire:Frequently Asked Questions
What Is 14 Thhn Wire Amp Rating?
14 thhn stranded wire can carry up to 15 amps of current at 60 degrees Celsius. The safety current can be 25 amps. The temperature factor is important because it affects the resistance of the copper, which in turn changes how much power can be carried through the wire.
What is 14 thhn wire price?
Price range for thhn wire 14 price per meter is USD 0.44 per meter. The price of the main factors related to the price of LME copper, copper prices rise prices will rise, copper prices fall prices will also fall, but we update the price of daily.
what's is difference between 12 thhn wire and thhn 14?
Both 12 gauge and 14 gauge THHN wire are used for residential wiring, but they differ in the thickness of their copper. 12 thhn wire is thicker than 14 awg thhn wire, so it can carry more power without overheating. Thhn 12 wire also allows long distances to be carried with less risk of voltage drops when carrying power.