Southwire Romex SIMpull NM-B 14/2 W/G Cable, 100ft Coil, Dry Location, 600V

Southwire Romex SIMpull NM-B 14/2 W/G copper building wire comes in a generous 100 ft coil, designed for straightforward residential wiring projects. The SIMpull jacket is engineered to glide through walls, studs, and conduits, reducing friction and easing the pull. Copper NM-B wire remains a familiar choice for branch circuits that feed outlets, switches, and lights, and is intended for dry, above-ground locations at temperatures not to exceed 90°C. With a 600-volt rating, this cable supports common household electrical needs while keeping ampacity tied to 60°C conductors. It can be run in air voids of certain masonry walls where the walls are dry, damp-free, and not in wet locations.

Key advantages at a glance

• Patented SIMpull jacket eases pulling, stripping, and installation.
• Copper NM-B construction is a dependable choice for residential branch circuits.
• Designed for above-ground, dry locations with temperatures up to 90°C.
• 600-volt rating aligns with typical home wiring requirements.
• Can be run in air voids of masonry walls where conditions are dry and not damp.

Typical uses and real-world scenarios

• Wiring for outlets, switches, and lighting fixtures in homes, stores, and shops.
• Longer runs and runs through walls, attics, and crawl spaces where a flexible NM-B cable is beneficial.
• Dry-location installations above ground, where moisture is not present.

Specifications and installation considerations

• Voltage rating: 600 volts.
• Operating temperature: up to 90°C in dry locations.
• Ampacity: limited to 60°C conductors.
• Jacket: SIMpull coating for easier pulling and stripping.
• Not suitable for wet locations; flame and moisture resistance apply to dry environments.
• Can be installed in air voids of masonry walls in dry conditions.

In practical terms, this cable offers a familiar, flexible option for routine residential wiring tasks. The 100 ft coil helps reduce joins on longer runs, while the copper conductors deliver steady performance for standard branch circuits. As with any electrical work, proper technique, adherence to local codes, and attention to dry-location requirements will contribute to a smooth installation and reliable results.