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Accessibility ramps must remain clear and safe at all times—snow and ice are not just an inconvenience, they're a serious safety hazard.
Our electric snow melting systems install directly in concrete, asphalt, or beneath pavers to automatically keep ramps clear throughout winter.
Follow our detailed guide and learn how to install an accessibility ramp with a snow melting system that will increase safety for everyone.
Have you ever seen snow fall on an already warm car? It melts instantly. This is the essential idea behind snow melting systems—a heating element is embedded in your ramp and it melts the snow that falls on it.
Like any outdoor surface, an accessibility ramp can benefit from installing a WarmlyYours snow melting system (available in both mats and cables).
Designed to install directly in concrete, asphalt, or in mortar beneath pavers, our systems ensure safe passage for everyone.
Learn More About Snow MeltingGet a custom installation plan for your accessibility ramp in just 1 business day.
"I'll design a custom snow melting layout for your project, complete with cable spacing, electrical requirements, and a full quote."
Because the snow melting system is embedded within the surface itself, the best time to install is when a ramp is being created for the first time, redone, or expanded.
These projects are typically undertaken from late spring to late fall when ground temperatures are above freezing and you can avoid icing conditions during concrete installations.
The snow melting heating elements must be installed approximately 2-3" beneath the finished surface to ensure optimal warming for ice protection.
The thinness of our cables (1/4") means minimal impact on the overall ramp depth.
For a snow melting system to function properly, it must be located 2-3" from the finished surface throughout the entire heated area. This means your system must match the slope of your ramp.
Follow these steps for a successful accessibility ramp installation:
Your snow melting system must match the slope of your ramp to maintain the proper 2-3" depth from the finished surface throughout.
Tip: Use bricks and rebar as an elevating base to set the wire mesh at the proper angle.
For snow melting cables, include a rigid framework for the cables to attach to. This ensures proper spacing and depth in the finished project.
Secure the framework so it lies flat, then attach cables with zip-ties.
Maintain 3" (76mm) spacing for free-form cables. Attach to the framework using wire ties to maintain proper depth and spacing.
Reference your free WarmlyYours SmartPlan for proper layout guidance.
For ramps with handrails, install pre-sleeves for the posts to avoid drilling through the finished surface.
Route heating cable around sleeves—never allow direct contact with metal fixtures.
Use 1-stage or 2-stage pours. For 2-stage: pour base layer, lay framework while wet, then apply 2-3" top layer. For 1-stage: prop up framework and pour around it.
See the WarmlyYours installation manual for detailed instructions.
A common mistake is leaving the splice outside of the concrete. This causes the splice to overheat and fail.
Always embed the splice in concrete, sand, or stone dust to prevent overheating. Your ramp is then ready—just add snow!
WarmlyYours offers a wide variety of controls—from manual options with timers to automatic controls that activate when they sense snow is falling.
For accessibility ramps, we strongly recommend automatic controls to ensure the ramp is always clear when needed. Controls use slab sensors (to measure surface conditions) or aerial sensors (to detect snowfall).
For more information, check out this comparison chart.
Shop ControlsCables are typically preferred for ramps as they offer maximum flexibility for sloped installations and custom layouts.

Maximum Flexibility at a Minimal Cost

Maximum Heat Density for Heavy Snowfall (3" spacing)

Optimal Performance & Energy Balance (4" spacing)