Genesis Cable 47014801 Thermostat Solid Wire 20/2

Product Description

The GENESIS CABLE 47014801 is a 20 AWG 2-conductor solid thermostat wire designed for low-voltage control wiring in residential and light commercial HVAC systems. Rated CL2 for in-wall use, this wire meets National Electrical Code requirements for Class 2 low-voltage circuits. The solid conductor construction provides reliable, stable connections at terminal blocks and thermostat bases. Finished in white, it blends cleanly into standard installation environments. HVAC technicians and electricians use this wire to connect thermostats, zone controllers, and other low-voltage control devices to heating and cooling equipment.

This thermostat wire is suited for residential forced-air systems, heat pumps, boilers, and zone control applications where a 2-conductor run is required. Common install scenarios include thermostat replacement, zone valve wiring, and new construction rough-in. The solid conductor format is the standard choice for short, fixed runs between a thermostat and an air handler or furnace control board.

Key Features

• 20 AWG solid conductor construction for stable, low-resistance connections
• 2-conductor configuration for basic single-stage heating or cooling circuits
• CL2 rating meets NEC Class 2 low-voltage wiring requirements for in-wall installation
• White jacket for clean, professional appearance in finished spaces
• Designed for thermostat and low-voltage HVAC control wiring applications

Compatibility

Designed as a standard replacement and new-installation thermostat wire for residential and light commercial low-voltage HVAC control circuits requiring a 2-conductor, 20 AWG solid CL2-rated wire.

Installation Notes

Installation should be performed by a licensed HVAC technician or electrician in accordance with NEC Class 2 low-voltage wiring guidelines. Power down the HVAC system and set the disconnect or breaker to the off position before making any wiring connections. Solid conductor wire is intended for fixed, stationary runs and should not be used in applications requiring repeated flexing. Secure the wire with appropriate low-voltage staples or cable clips and avoid running alongside line-voltage conductors without proper separation.