Fenwal 05-127613-296 Cable

The Fenwal 05-127613-296 ignition cable assembly is a rugged, 96-inch high-voltage lead engineered for reliable spark delivery in commercial and industrial burner applications. This HVAC ignition wire features a right-angle spark plug boot for low-profile electrode connections and a 1/4-inch female quick-connect terminal for secure attachment to ignition modules. Designed as a high-performance OEM replacement cable, it utilizes high-temperature insulation to maintain dielectric strength in demanding thermal environments. The extended 96-inch length provides maximum flexibility for routing through complex cabinet geometries, ensuring stable pilot ignition and consistent flame signal monitoring. Technicians rely on this Fenwal 96-inch cable for its durability in high-cycle gas furnace and heating system applications where precise spark-to-burner timing is critical for safe appliance operation. This heavy-duty assembly minimizes voltage drop across its span, delivering the necessary spark energy to ensure instantaneous ignition under varying manifold pressures.

• 96-inch length provides ample reach for large-scale boiler and furnace routing.
• Right-angle boot design ensures a stable connection in tight burner clearances.
• 1/4-inch female QC terminal allows for fast, tool-free installation on standard ignition controls.
• High-voltage insulation prevents arcing and signal interference during the ignition sequence.
• OEM-spec construction ensures exact compatibility with Fenwal integrated spark modules.

What is the maximum temperature rating for this ignition cable?

The silicone-based insulation is engineered to withstand the high ambient temperatures typically found in burner vestibules without cracking or melting.

Can this 96-inch cable be used for flame sensing?

Yes, this assembly is suitable for both high-voltage spark delivery and carrying the flame rectification signal back to the control board.

Is the boot conductive?

The boot is made of high-dielectric silicone rubber designed to insulate the terminal and prevent moisture-induced ground faults at the electrode.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.