14/2 NMD90 Copper Wire
$3.20
Stranded / CSA approved / Indoor wire / Sheathed cable for dry locations
14/2 NMD90 Copper Wire – Safe Indoor Wiring
The 14/2 NMD90 copper wire is a durable electrical cable for indoor residential use. It includes two 14 AWG conductors plus a ground wire, making it ideal for lighting circuits, outlets, and general household wiring. Its heat-resistant PVC insulation ensures long-term safety and reliability.
Suggested Image: Close-up of 14/2 NMD90 copper wire showing conductors and insulation.
Key Features
Durable Copper Conductors
The pure copper wires provide excellent conductivity. This ensures minimal voltage drop and consistent power delivery for all your circuits.
Heat-Resistant PVC Insulation
Rated for 90°C, the PVC insulation protects against heat, moisture, and wear. It keeps your electrical system safe under normal residential conditions.
Suggested Image: Diagram highlighting PVC insulation and conductor arrangement.
Two Conductors Plus Ground
The cable includes two insulated conductors and a bare ground wire. It is perfect for standard two-way switches and outlet circuits.
Versatile Applications
Use this wire in homes or offices for:
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Lighting circuits
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Switch-controlled outlets
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Standard residential branch circuits
Suggested Video: Short clip showing 14/2 NMD90 wire installation in a wall or conduit.
Benefits
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Provides safe and reliable indoor wiring.
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Flexible design simplifies routing through walls and conduits.
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Meets Canadian and U.S. electrical codes for residential wiring.
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Ideal for electricians and DIY homeowners alike.
Technical Specifications
Specification | Details |
---|---|
Wire Type | NMD90 / NM-B |
Gauge | 14/2 (Two 14 AWG + ground) |
Conductor Material | Copper |
Temperature Rating | 90°C |
Voltage Rating | 300V |
Insulation | PVC |
Application | Indoor wiring, lighting, outlets |
Why Choose 14/2 NMD90 Copper Wire
This wire is a reliable, code-compliant solution for everyday residential electrical projects. It combines durability, safety, and ease of installation for long-term performance.