Project Details
- Location: Residential Driveway (Snow-Belt Region)
- Heated Space Type: Driveway (Tire Track Coverage)
- Surface Type: Asphalt
- Square Footage: 54 sq. ft.
- Power Specs: 2500 Watts, 240 Volts, 10.42 Amps
- Operating Cost: ~$0.40 per hour (based on US National Average)
- Products Used: Snow Melt Cable
Adding Value Without Demolition
Many homeowners believe they have to wait until they replace their entire driveway to install Snow melting Cables. However, this project in Kildeer, IL, demonstrates how easily a system can be integrated into an existing surface. By saw-cutting narrow grooves into the asphalt, the homeowners added permanent snow protection exactly where it was needed most: the path of the tires.
The process is surgical and efficient. Instead of a full tear-out, the team cut parallel channels to house the Snow Melt Cables. These tracks provide a clear, dry path to the garage even during heavy lake-effect snow. This "dry" installation method preserves the existing driveway’s structure while providing a modern, automated solution to winter's biggest headache.
The Retrofit Process: Step-by-Step
- Marking & Layout: Using a custom SmartPlan, installers mark two 2-foot wide tracks.
- Saw Cutting: 1.5" deep grooves are cut into the surface to house the heating elements.
- Cable Placement: Heavy-duty, twin-conductor cables are laid into the grooves, with special care taken to ensure the factory splices are fully embedded.
- Sealing: For asphalt, a hot asphaltic sealer is used; for concrete, a specialized expansion joint sealer (like SikaFlex) is applied.
- Automation: An aerial or slab sensor is connected to ensure the system only triggers when moisture is detected and temperatures are below freezing.
Featured Products
- Snow Melt Cable (240V): Heavy-duty, twin-conductor heating cables designed to be embedded in concrete, asphalt, or mortar. These cables provide reliable heat output (approx. 50 watts/sq. ft. at 3" spacing) to handle heavy snow loads.
