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Snow Melt PowerMat 120V, 2 x 10 ft., 20 sq.ft., 8.33A

4.95
Based on 61 reviews



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Features

  • Maximum Heat Output: Approximately 50-watts per sq. ft with 3" cable spacing for fastest snow melting

  • Best for Heavy Snowfall: Recommended for regions with 60+ inches of annual snowfall or when rapid melting is critical

  • Even Heating: Pre-attached heating elements in a serpentine pattern with consistent 3" spacing ensures uniform coverage

  • Fast and Easy Installation: Cut-and-turn design makes installation faster than cables while providing maximum heat density

  • Installation Support: Free SmartPlan™ installation plans, 24/7 phone support, and a 10-year limited warranty

Snow Melt PowerMat Description

Eliminate the risk of falls on snowy or icy surfaces by adding a WarmlyYours snow melting system to your home or business. With 20 ft² of radiant heat to efficiently melt snow and ice, the 2 x 10 ft. 120 V snow melting mats are composed of a durable, corrosion-resistant, twin-conductor heating element affixed to a polypropylene mesh backing for even distribution of heat in asphalt, concrete or mortar underneath paver applications. 

Safe, CSA certified, for outdoor use in the U.S. and Canada, WarmlyYours snow melting mats generate 50 watts per square foot for optimal snow melting performance. A 20-foot (6m) cold lead is included to adapt to your installation requirements.

Specifications

Electrical

Amps 8.33 A
Ohms 14.4 Ω
Voltage 120 V
Watts 1000 W
Watts Per Sq. Ft. 50

Warranty / Certifications

Approvals cCSAus Listed
Warranty 10 years

Performance

BTU Per Hour 3412 Btu
Heated Coverage 22.5 ft²

Product Dimensions

Cold Lead Length 20′
Coverage 20 ft²
Heating Element Spacing 3″
Heating Element Thickness 5/16″
Height 0.3125″
Length 10′
Size 2′ x 10′
Size and Power 2x10 ft - 50 W/sq.ft.
Weight 6.4 lbs
Width 2′

Appearance

Color Green

Identifiers

Product Line Name PowerMat
SKU WHMA-120-0210
UPC (GTIN-12) 881308020538

Installation

Surface Types Asphalt, concrete or in mortar under pavers

Logistics

UNSPSC Code 40101842

Installation Plans

This is a real example of an installation plan that uses this product. If you want to design your own room or have any questions, please contact us.

Installation Plan Image
Flooring
Concrete (new) Subfloor
N/A Voltage
240V Operating Cost
297 cents per hour

This Installation Plan Includes:


Frequently Asked Questions

Electric-resistance heating cables and systems have no polarity. This includes all current WarmlyYours heating elements.

14 people found this helpful Was this helpful? Yes No

Yes. The manufacturer's splice that connects the heating element to the cold lead should be entirely embedded in a noncombustible material (like asphalt, concrete, or mortar) within the outdoor surface that is being heated. 

13 people found this helpful Was this helpful? Yes No

GFEP is the National Electric Code (NEC) required protection for fixed outdoor deicing and snow-melting equipment, which may be accomplished by using circuit breakers equipped with ground-fault equipment protection (GFEP) of 30 mA. It is important to understand that this required equipment protection is NOT the same as a 5 mA GFCI used for personal protection.

10 people found this helpful Was this helpful? Yes No

To ensure optimal performance, snow melting heating elements should be installed so that they are consistently 2"-3" from the finished surface. For installations using pavers, the maximum thickness for pavers installed over heating elements is 2.5". 

9 people found this helpful Was this helpful? Yes No

Power requirements are measured in Amps and based on three factors: the watts per sq. ft. of the snow melting cable or mat, the area powered and the voltage used for the application. Our PowerMat product is rated at approximately 50 watts per sq. ft. (with 3" cable spacing), so that is a constant factor. Most snowmelt projects are powered with 240V AC – not all, but most. The one factor that is always variable is the area to be heated/powered. That is based on your project. For a point of reference, let's use the example of a 350 sq. ft. concrete patio.

The formula is (50 W/sq. ft. x area of 350 sq. ft.) / V (240V) = Amps, so 17,500 / 240V = 72.9 Amps

8 people found this helpful Was this helpful? Yes No

Customer Reviews

4.95
Based on 61 reviews

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