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Slippery Winter Stairs and Endless Shoveling Melt Away Forever

This heated concrete walkway and outdoor stairs in Malaga, Washington uses a WarmlyYours snow melting system to keep winter mornings safe, clear, and effortless.

MALAGA, WA
Slippery Winter Stairs and Endless Shoveling Melt Away Forever
Size: 428 Voltage: 240V Wattage: 5,009 W Amps: 21 A Flooring: Concrete (new) Cost/hr *: $0.68

Navigating icy concrete stairs and snow-covered paths shouldn't be a daily winter hazard for homeowners. For this Malaga, WA property, heavy winter accumulation threatened seasonal safety and demanded exhausting, repetitive manual clearing. By embedding a WarmlyYours snow melting system directly into the new concrete layout, the homeowner secured an automated, maintenance-free ice removal solution that permanently protects their peace of mind and home accessibility.

Project Details

SpecificationDetail
LocationMalaga, Washington

Heated Space Type

Outdoor Walkway & Stairs
Flooring / Surface TypeNew Concrete
System TypeSnow Melting System
Total Square Footage428 sq. ft.
Technical Specs240V / 5,009W / 21A

Wattage per Sq. Ft.

50 W/sq. ft.

Products UsedSnow Melt Cable, Advanced Snow & Ice Melt Control, Aerial Sensor
Operating Cost$0.68 per hour

Professional Installer

Customer Installed (Nancy Miller)

Engineering Permanent Winter Safety on Concrete Steps

The Problem

The danger of icy outdoor stairs isn't just an inconvenience—it’s a major daily winter safety risk. For this Malaga home, an exposed outdoor walkway and concrete staircase regularly accumulated dangerous sheets of ice and heavy snow packs. Standard chemical deicers corrode concrete surfaces over time, and manual shoveling was an endless, exhausting chore that simply couldn't guarantee slip-free surfaces during a freeze.

The Solution

To eliminate the hazard permanently, a WarmlyYours electric radiant snow melting system was mapped across 428 square feet of the outdoor entrance. The heavy-duty heating cables were secured directly to the rebar layout before the new concrete pour, ensuring excellent structural integrity and optimal thermal conduction. Coupled with an aerial-mounted moisture sensor and an advanced dual control unit, the system was configured to run completely on autopilot.

The Outcome

The result is a completely hands-off winter management system. The homeowner no longer wakes up to treacherous steps or early-morning shoveling chores. Instead, the heated concrete melts incoming snow on contact, keeping the walkway completely bare and dry throughout the storm, significantly boosting the property's winter-readiness and long-term value.

Featured Products

  • Snow Melt Cable (WHCA-240-0428): Engineered specifically for permanent burial in concrete or asphalt, this rugged heating cable delivers the heavy-duty thermal energy required to clear high-accumulation outdoor zones safely.
  • Advanced Snow and Ice Melt Control (SCA-DUAL): The intelligent brain of the layout, this smart control completely automates system activation based on ambient conditions, preventing energy waste by powering down when the storm passes.
  • Snow Melt Aerial-Mounted Sensor (AIR-SS-2): This high-precision sensor monitors real-time air temperature and moisture levels to trigger the floor heating grid right as the snowfall begins, stopping ice accumulation before it can bond to the concrete.

* This powerful 428 sq. ft. system costs approximately $0.68 per hour to run, based on local Washington electricity rates. This translates to an average of around $2.74 per heavy-snow day, offering premium safety and value by completely eliminating hazardous snow and ice from your walkway with cost-effective, automated electric radiant heating.

Frequently Asked Questions

Showing all 4 questions

Answer: The 428 sq. ft. system costs approximately $0.68 per hour to run based on local Washington utility rates. Explain: Because the system features automated controls, it only draws power when active precipitation occurs at freezing temperatures rather than running continuously. Example: For this Malaga installation, an entire heavy-snow day averages just $2.74 in total operating costs
Answer: Yes, embedding radiant heating cables directly into a new concrete pour is highly recommended and actually protects the material. Explain: Unlike chemical rock salts and deicers that trigger surface pitting, cracking, and spalling, radiant heat clears ice gently without causing material degradation. Example: By installing the Snow Melt Cable during the initial pour, this concrete walkway avoids the seasonal deterioration typical of chemical treatment.
Answer: The system relies on a combined aerial moisture sensor and a smart control override unit. Explain: The automated system requires both freezing temperatures (below 38°F) and physical moisture detection to complete the heating circuit, preventing energy waste on dry, clear days. Example: The AIR-SS-2 aerial sensor triggers this 240V system instantly when snow begins to fall, maintaining a clear path until the storm subsides.
Answer: Yes, the WarmlyYours Snow Melt Cables are engineered specifically for high-stress burial environments. Explain: They feature heavy-duty insulation and multi-layer shielding designed to withstand both the physical weight of a concrete pour and minor seasonal shifting. Example: Tied securely to the structural rebar in this outdoor staircase, the cable provides reliable performance and physical resilience year after year.

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Disclaimer: Images reflect individual client installations; however, strict compliance with the NEC and specific manufacturer installation manuals is required for all systems. For specific guidance on your layout, please contact our engineering support team.