Ultimate Control

What better way to ring in the new year than by installing a radiant snow melting system? Warmzone snow melting systems feature industry-leading components, and offer a variety of benefits that make them popular among homebuilders today. In addition to eliminating the need to shovel and salt sidewalks, steps, and driveways during the winter months, the systems are fully automated, maintenance free, and extremely energy efficient.

The reason these systems are so efficient is not only because of the inherent characteristics of radiant heat, but because of the industry-leading controllers provided with the systems. Warmzone automated snow melting systems utilize advanced snow sensors (activation devices) that detect temperature as well as precipitation. Customers have the option of installing an in-ground sensor that is mounted directly in the pavement of the driveway, or installing an aerial-mount snow sensor.

Aerial mount snow sensors

Most residential driveway heating systems utilize the aerial-mount sensor. The small unit is typically mounted near the roofline where it has clear access to the elements. The WS-2C activation device features an adjustable setpoint, so when precipitation is detected, and the temperature is below the setpoint (usually set at 39°F), the sensor sends a signal to the contactor panel, which is typically mounted on a wall in the garage. When the panel receives the signal, it then sends power to the embedded heat cable in the driveway, warming the surface to eliminate snow from accumulating. The systems operate only when needed. (Warmzone offers contactor panels that are available with and without GFEP. These advanced panels are designed for electric and hydronic snow melting systems, with a variety available for all types of commercial and residential applications. The contactor panels are pre-wired and UL listed, complete with a NEMA 4 weatherproof enclosure, wiring diagram, terminal connection block and contactors.)

In-ground (pavement-mount) snow sensor for radiant snow melting system.
The in-ground (pavement-mount) snow sensor for radiant snow melting systems.

After the snowstorm, the system remains on for a short time. This “afterrun” function dries the driveway to reduce the chances of ice from forming. This is a valuable feature that helps to ensure safety. Different sensors are available to accommodate other types of snow melting and de-icing systems. The WS-5C is similar to the WS-2c aerial-mount sensor, but is designed for bigger heating loads, such as regulating cable operation in commercial driveways, sidewalks, ramps and more.

The WS-8C is another state-of-the-art aerial-mount sensor, but it designed specifically for roof de-icing systems. The activation device can be used for gutter, downspout, and small satellite antenna de-icing applications. The sealed, low voltage, remote mount precipitation sensor head can be installed in a downspout, the bottom of a gutter, or at the end of an antenna boom, up to 10 feet away from the main controller, which is typically mounted in a more convenient location.

Warmzone WS-8C snow sensor (activation device) for roof de-icing systems.
The aerial-mount WS-8C snow sensor with remote sensor head for radiant roof de-icing systems.

In addition to Warmzone’s premium controllers and system components, Warmzone also includes the industry’s top customer support services. Radiant heat system experts design the system, and provide installers with a detailed AutoCAD, which includes the precise layout of the system components and materials, as well as the proper load calculations, breaker sizes, number of breakers, and other electrical information needed by your electrician. These detailed layouts serve as the roadmap for installers, and help to simplify the installation.

Additionally, Warmzone includes free installation training for installers. This valuable training can be completed online, via web conference, where the instructor covers every aspect of the installation. The installer can interact and ask questions at any time during the training, which includes installation photos, illustrations, and instructional video clips.

Technical support is also provided by Warmzone radiant heat experts. If installers encounter any issues, or have questions during the installation, they can simply call and talk with an installation expert. Warmzone stands ready to assist installers to help ensure that the system is installed correctly and operating as intended. Warmzone also maintains relationships with experienced installers throughout the country, so you may be recommended a trusted, experienced installer in your area.

For more information about radiant heat systems, and system components, contact a friendly Warmzone representative today, at 888-488-9276.

Roof Heating Winners

Prepare for Winter by Protecting your Home with a Trusted Roof De-icing System

Another winter has kicked down autumn’s door, blasting its way across the Pacific Northwest in the form of a rare bomb cyclone. As if hurricane force winds weren’t enough, the “cyclone” was coupled with an “atmospheric river event”, resulting in mass flooding, downed trees, and power outages that affected more than 500,000 customers. But this wasn’t the only storm during the week of November 18.

In addition to the rare weather event impacting the West Coast, a series of storms simultaneously affected other large swaths of the country as well. Violent weather erupted across the northern Plains, dumping snow and spawning tornadoes, while an upper-level, low-pressure system above the Great Lakes resulted in cool temperatures and cold rain throughout the Ohio Valley and points east. A massive three-day storm also dumped up to 2 feet of snow across the higher elevations of West Virginia, Maryland, Pennsylvania, New York, and northern New Jersey. You might say that the face of this year’s winter could be compared to that of Jack Nicholson’s character in ‘The Shining’ as he’s breaking down the bathroom door. “Here’s Johnny!”

We all prepare for “Johnny winter” in our own ways, but one smart recommendation is to make sure that our roofs are prepared for the onslaught. While many home and business owners install ice guards to protect pedestrians from sheets of falling ice, some take “protection” to a higher level by installing radiant heat to protect their roofs as well as pedestrians.

Heavy snow accumulation on roof

Roof de-icing systems not only can enhance safety for pedestrians, but the systems can also enhance a roof’s lifespan and prevent expensive water damage to homes. Water damage is typically the result of ice dams, the most common, and far-reaching cause of roof problems. So, the number one goal for homeowners is to prevent ice dams from forming.

Ice dams are often the result of poorly insulated attics. Warmth escapes from the home into the attic where it rises and warms the roof. The underlying layer of snow on the roof begins to melt, and trickles down toward the gutters. However, before reaching the gutter, the runoff hits the colder roof eave. In the evening when temperatures drop, the water freezes again, also because the overhanging roof has not been heated by the warm air in the attic. Over time a ridge of ice develops as more and more runoff reaches the eave. Eventually, that ridge grows, and before long it is large enough that runoff begins to pool behind it. This spells trouble for the roof.

The arch nemesis of a roof is pooled water. Trapped behind the ridge of ice, the water can seep into every tiny crack and crevice. As temperatures drop in the evening, the water refreezes, where it expands, threatening the integrity of the roof. Overtime, the tiny cracks can damage shingles, and turn into large cracks that allow water to seep into the attic and eventually down interior walls. This can even lead to the development of mold and mildew in the home, which often require costly repairs – not to mention the stress and frustration affecting the homeowners. This is why it is recommended to inspect your roof every fall, and always check for any signs of ice dams during the winter.

Common solutions to prevent ice dams from forming range from self-regulating heat cable to low-voltage heating panels, which can be installed discreetly under roof shingles (and even metal roofs).

Self-regulating heat cable in roof de-icing application.
Self-regulating heat cable installed along a roof eave.

Self-regulating heat cable is zigzagged along the roof eave so that it provides channels for the runoff to reach the gutter. To keep entire roof eaves and valleys free from snow and ice, homeowners turn to the low-voltage RoofHeat STEP® de-icing system. This discreet roof heating system features thin, flexible, polypropylene-fused polymer heating panels that are easy to install. Each section of the de-icing system is controlled by an individual power unit that steps down from high voltage to low voltage (60 V or less).

Heated roof under shingles
A roof de-icing system installed under the roof shingles of a mountain lodge.

RoofHeat STEP is available in 3-, 6-, 9-, or 12-inch-wide rolls, making it easy to customize and install in any problem areas. The heating element is also self-regulating, so it efficiently increases the heat output as the outside temperature falls, and decreases the heat output as the temperature rises.

Warmzone also carries attractive aluminum heating panels that can be installed along the roof edges and eaves. Self-regulating heat cable is routed through channels in the panels, which serve as an ideal conductor, spreading heat evenly throughout the area to eliminate any snow or ice accumulation.

A variety of custom roof de-icing options are available through Warmzone. Call a roof heating expert today to learn more about the solutions that are available, at 888-488-9276.

Warmzone is one of the largest providers of radiant heat solutions, ranging from floor heating and snow melting to roof de-icing systems. Warmzone also carries a wide variety of luxury home heating amenities. For more information about Warmzone radiant heat systems or luxury amenities, contact a friendly Warmzone representative today, at 888-488-9276.

Premier Radiant Heat Solutions