Warmzone’s Portable Snow Removal Systems Bring Snow Removal to you, no Matter Where you are.
You’ve heard of radiant heated driveways and they’re stellar snow melting power. You’ve seen the magnificently snow-free driveways they produce and the overjoyed customers they please, but did you know that all of this also comes in a portable version? It’s true—radiant heat that goes with you is finally possible.
Warmzone’s WarmTrax portable snow melting mats are the miniature, pocket version of a radiant heated driveway. Designed to be as durable as a tire, these rubber traction mats will melt snow wherever you want whenever you want. All you have to do is roll the mat out on an existing surface, plug it in, and let it melt the snow—no shovels, ice melter, or harsh chemicals required.
The WarmTrax portable snow melting mats allow you to reap the benefits of a radiant heated driveway without having to install anything. You can place your WarmTrax mats over stairways, handicap ramps, entryways, or even rooftops and then move it and take it to the next snow-riddled area. Radiant heat has never been so flexible.
WarmTrax snowmelt traction mats have a continuous chevron pattern and heat continually, obliterating snow and ice before it has a chance to accumulate and leave you on your buttocks. What’s more, the WarmTrax heated mats eliminate the need for salt or ice melter, which not only leaves a mess on your shoes, but also wreaks havoc on your concrete.
Installing a heated driveway when you build or re-pour a driveway is a great way to increase the value of your home, and make it more sellable. Even if you don’t want to activate the heated driveway, installing the components when you pour can still add value and allow a future owner to finish the project with minimal expense. Start by installing the bare necessities. A popular option we have with our driveway heating systems is to “rough-in” the basic components for the heated driveway. Roughing-in a snow melting system consists of installing only the materials needed at the time of pouring a new concrete driveway.
Components Needed for Rough-in:
1) Driveway Rough-in Kit – The “rough-in” kit contains a backplate, cold lead, and splices. The backplate is installed between studs on a wall and the control unit for the driveway heating system is mounted to the backplate. The cold lead is a non-hot wire that is used to run power from the control unit to the low-voltage heating cable. Splices are used to connect the cold lead to the cable.
2) Driveway Heating Element – A heat resistant cable is the electric heating element used for all driveway snow melting applications. The cable is secured to the remesh, spaced at 6 inches and raised with the remesh (using MeshUps, dobies or chairs) to be within 2 inches of the surface. The concrete is then poured over the cable.
Preparing a Driveway Heating System
The materials for your “heat ready driveway” can be purchased for only a couple of dollars – or less – per square foot. You can then purchase the remainder of your snowmelt system at a later time. Even if you never activate your heated driveway, “roughing-in” a driveway heating system will increase the resale value of your home.
Raise your hand if your list of home improvements including upgrading the heating system for a small space in your home. You’ve probably been putting that project off, thinking that a traditional heating system may cost you far more than it’s worth. This is almost always the case for those who may live in small or older homes and apartments. Older homes often times don’t have the necessary heating ducts needed to install a traditional forced air system, and installing these ducts is very expensive. Due to the cost associated with installing these systems, many people choose not to heat smaller rooms and instead suffer through the winter, chilly and miserable. However, there is a very cost-effective and efficient solution to this problem: electric radiant heat.
Electric radiant heat systems are very cost-effective solutions for smaller spaces (1-5 rooms) because they are easy to install and have a very low start-up cost. An electric thermostat is all that is required and costs only about $100-$200.
Another advantage of electric radiant floor heating over a warm-water system is the floor build up or height. Floor build up can be from as little as 2mm. The electric cables are usually installed onto an insulation board or directly onto the subfloor or padding (under carpet or laminate), then the floor covering is placed directly over the heating system or thinset.
Electric Radiant Heat Tip: Your electric radiant heat system could use 30% less fuel than the average new forced air heating system.
Heated Driveway System in Illinois Paves the Way to Big Savings for one Warmzone Customer
When a Warmzone customer in rural Illinois found he did not have the resources to heat his entire driveway as originally planned, Sales Manager, Bryan Morris, offered a reasonable alternative. “Tire tracks were a great option in this scenario,” he explained, “because you can still get a heated portion that allows you to drive in and out, without breaking the bank. After consulting with the customer and our design team, we laid out the options (verbally and with drawings) before deciding on a more cost-effective, two-track heated driveway solution. Ultimately, heating two tire tracks (500 sq.ft.), as opposed to heating the entire 1,250 sq.ft. driveway, resulted in a $3,900 cost savings.”
Another consideration was the lack of available power. “To heat an entire driveway would have required a large number of amps from the home’s electrical power panel,” Morris stated. “Most homes only have a 200 amp panel, yet it takes approximately 180 breaker amps per 1,000 square feet to heat an entire driveway.”
The two-track radiant heated driveway system required installation of four Warmzone ClearZone snow melting mats, a 200-amp Warmzone electrical timer panel, an aerial mounted moisture/temperature snow sensor, a remote manual control unit and an NEC marker plate. Tire tracks were easily installed by rolling out the mats like sleeping bags. A protective asphalt layer was then raked over the tire track mats (photo 2) before the final surface coat was applied. “We use an asphalt machine that straddles the heating element to prevent damaging the heat cable,” offered Morris.
The great news is that you don’t have to pour a new driveway to benefit from a heated driveway. Warmzone can customize your system to fit your needs and budget. “On this project,” said Morris, “the customer was paving the whole driveway anyway. Some customers pick other install methods, such as saw cutting, to achieve their goals.”
Saw cutting is cutting grooves or paths and inserting the heat cable in areas where heat is desired. With certain driveway heating systems, it is also possible to pave over the mats and create the appearance of a seamless transaction. “You can cut out the area you want to heat and then pave only that area,” Morris added. ClearZone is used under cement, asphalt and pavers on a regular basis.
Flexible options make heated driveway solutions a very popular equity booster for homeowners, and are becoming a popular home improvement option. “On average,” Morris stated, “the overall materials (cable, electrical and auto sensors) cost $6.00 per sq.ft. for 1,000 sq. ft., and the operating cost per 5-hour storm is $18.00, or $3-4 per hour depending on the state the heated driveway system is installed in and the power company’s cost per kilowatt hour.”
While the initial cost of installing a radiant heated driveway system may seem a bit daunting, the benefits of driveway heating are well worth the initial investment, the most obvious being convenience. Heated driveways don’t require shoveling, harmful salt and chemical applications or expensive snow removal services. Instead, driveway heating systems provide a safe, thorough snow removal solution with curb appeal, solving snow removal challenges posed by problematic driveways, steps, and other heavy traffic areas.
Heated driveway systems are fully automated, so they will automatically turn on or off when needed. “If it snows at 3 a.m.,” Morris smiled, “our customer will wake up to a clear driveway. He now has a reliable, efficient snow removal solution.”
Project Spotlight – Colorado Homeowners Install Solar Powered Radiant Floor Heating System
When two Colorado homeowners decided to build a new home from the ground up, they had two main objectives in mind. They wanted a home just for them and they wanted to be as eco-friendly as possible. One of the components they chose in their new construction was to install radiant floor heating through the 1600 square feet downstairs and 900 square feet upstairs.
After doing some research and finding Warmzone online they were pleased with the many options available for various applications and the customer support offered during the entire process.
These Rocky Mountain homeowners had several great reasons for wanting to go the radiant heat route. A major consideration was allergies and how forced air systems exacerbate this condition. Cost was another concern, as was the noise of a running furnace and the desire for a comfortable, even-air temperature throughout the home. Many customers are finding their way to radiant floor heating for some of the same well thought-out reasons.
In order to accommodate the necessary electricity needs for a radiant floor, they installed 28 solar panels to meet the demand of the electric heat. This means they are using electricity solely produced by them, helping to keep costs down and mother earth smiling.
This project called for ComfortTile heat cables and a low-voltage floor heating system laid under a variety of flooring throughout the home. The Colorado couple chose tile, wood laminate, and carpet in various parts of the home. The radiant flooring systems were chosen because of their particular capabilities and installed throughout different zones. Warmzone provided the design layouts and helped walk them through the entire process.
When asked about the benefits of using radiant floor heating, the homeowner produced a long list, including evenly spread heat through the whole house, toasty floors, noiseless heating system with easy-to-program thermostats, lack of dust, and no need to wear shoes indoors anymore.
Asked if they would recommend radiant floor heating to others Jane responded, “Definitely! Check out the different flooring options and applications and determine where you want the zoned heating.” Warmzone provides customers with a variety of options and helps you select the best solution for your home and budget. Warmzone prices, product offerings and professional design services are among the best in the industry.
Warmzone is known for its innovative heating solutions. If it kicks out heat better than the competition, chances are Warmzone has investigated it, tested it, or sold it. One of the leading multipurpose product lines available through Warmzone are the patented Powerblanket® outdoor heating solutions. While the Powerblanket has specific heat-spreading properties that deliver a lightweight targeted heating solution, it can in no way be said that it does only that. The Powerblanket is a versatile, weatherproof warming blanket that has many universal uses, including heated tote boxes, barrel warmers, concrete curing mats and other solutions that aid in the heating or thawing of various materials and equipment.
Powerblankets were initially designed as concrete curing blankets in construction jobs. A Powerblanket utilizes electricity to provide the spread of heat which warms concrete evenly during the curing process. What results from the heating power of these concrete curing blankets is the ideal curing with crack-free finish that every project manager dreams of. The Powerblanket helps retain moisture during wet concrete curing, bringing it to the desired PSI more quickly and definitely more efficiently. When Powerblanket is used as a concrete curing blanket, they may be used in both cold and warm weather, in turn protecting the concrete from rapid drying, freezing, or cracking. Powerblankets achieve a compressive strength in concrete of 4300 psi in only nine hours. The result is defect free and a better product all around for the customer.
Powerblanket doesn’t stop there however. Although most often associated with construction jobs, many customers are finding out about the many uses of this versatile warming blanket. Even though they are designed to be durable enough for the largest construction projects the Powerblanket can be used for many home projects.
If you do any projects outside you may find that your list of uses for a warming blanket is extensive. You may not have known that one product could achieve so many results. If you have need to thaw ground during cold months, simply plug in a Powerblanket and let it go to work for you. Cemetery workers often use Powerblankets for this purpose.
Another helpful application is for equipment warming. This includes tractors, machines, construction tools, snowmobiles, and engine warmers. If dependable start-ups on cold winter mornings are a must for you, the Powerblanket engine warmer may be your best cold-weather friend. All that is required is a 120V outlet.
What about outdoor pets or livestock? They need to be kept warm year-round. Powerblankets are proven to be durable and safe enough for animals to walk or sleep on. Drop it, roll it up, or even fold it, you can’t hurt this durable heating blanket, and neither can your animals. This is an ideal way to keep your animals warm during winter as well as keep water troughs from freezing.
Should you require the use of any liquids or gases in the freezing days ahead, wrap a Powerblanket around any container and keep the liquid flowing. Powerblankets are available for heating small paint containers, propane tanks, barrel heaters and water containers, and other temperature sensitive materials.
And don’t forget about protecting exposed pipes during cold winter nights. The Powerblanket warming blankets provide safe, efficient pipe freeze protection quickly and safely. This eliminates the need for expensive propane burners.
Versatile, handy, user-friendly, affordable to operate and oh-so-many uses! The Powerblanket is a product worth investigating for any outdoor warming needs.
Snowmelt Systems Feature Top Rated Safety Design
Your Homeowner’s Insurance Policy will not be Void with Driveway Heating
If you have any hesitation about installing an electric snowmelt systemfor fear of jeopardizingyour homeowner’s insurance, let’s clear this up now. Some fear that enjoying the benefits of a heated driveway means you have to forfeit certain benefits on your insurance policy. Not so with any Warmzone snow melting system. Using any of our radiant heated driveway cables is safe and approved for use in residential properties.
Each Warmzone driveway snow melting system is UL safety approved for both residential and commercial use. Warmzone electric snowmelt systems meet the highest industry standards of safety to ensure there is no added risk for fire damage. These industry-leading snowmelt systems are designed to be fail proof and maintenance free. If a heating cable does become cut or damaged in any way, the system’s GFEP (Ground Fault Equipment Protection) will automatically shut-down the power to the system. This enables repairs to take place before any hazardous effects come into play.
Having a heated driveway has many benefits, including energy-efficient automated operation. Warmzone snowmelt systems have been designed with smart technology to keep the electric radiant heat working properly and safely. Warmzone offers snowmelt systems that feature an impressive 10-year manufacturer warranty which includes up to five times the initial cost to offset costs of reinstalling any defective cables.
Here’s another acronym that’s worth remembering – ETS. Learning about Electrical Thermal Storage (ETS) may help you save some coin. Who can turn that down right now? And let’s be honest, who would want too? Saving money is on everyone’s mind, and this may be one more chance to do just that. Electrical thermal storage is the term given to certain types of heating, specifically, electrical storage heating that stores heat during the nighttime hours, allowing radiant heat to slowly transfer throughout your home or commercial site without drawing electricity during peak hours.
Some utility companies have adapted their rates to reflect high usage hours. In a way they have copied the telecommunications industry that charges more for calls during peak hours and drops rates during the less trafficked times of the day. Electrical thermal storage heaters draw upon this concept, allowing you to use your heat during non-peak usage times, storing heat for use during the more expensive times of the day.
You would need to check with your utility company first to make sure they offer these price incentives. If they do (and many are starting to jump on this pricing band wagon) then you may be a candidate for ETS.
Once you establish the rate system of your electrical provider, you may find you could benefit from a radiant heat system that provides electrical storage heating when the rates are lower. While it is important to distinguish that you will not be saving energy with this system, it can save you money because you’ll be taking advantage of the lower rates.
Warmzone offers radiant heating systems compatible with electrical thermal storage. Specifically the In-Slab cable systems provide underfloor heating ideal for this time of money saving advantage. Warmzone’s radiant heating floor systems are an inexpensive system that will effectively warm your floors and heat your entire home or commercial building. When you install In-Slab radiant floor heat, you are given a maintenance-free operating system as well as the peace of mind that comes with a 10-year manufacturer warranty. Warmzone’s In-Slab heat cable is durable, high quality, and hassle free. The In-Slab floor heating systems can be installed to provide luxurious radiant floor heating to almost any type of floor surface. The technology associated with these heat cables make them ideal for electrical thermal storage heating because they are typically installed beneath a concrete or brick floor. While heat is building up, drawing upon your electricity you may use the system during less expensive times of the day. The radiant heat builds up and then once shut down during peak hours, slowly transfers throughout the day from all the heat stored in the slab.
It may not be for everyone, but ETS may be another way you can save money as you heat your home. Contact Warmzone to find out if you can benefit from a radiant heating system that would allow you to take advantage of the cost-saving benefits of electrical thermal storage. ETS – it might just become your favorite acronym.
Electric Radiant Floor Heat – Steps for Installing a Radiant Heated Floor
We all know about forced air heating systems, which use burners to fire up and heat the air and then a fan blows heated air throughout the home. For the most part, this works rather well. It is reasonably quick and for years it has been the standard method of heat for homeowners. So, you ask, what else is there? Well, surely you have heard of radiant heated floors. It’s a form of heating for the home that is becoming more and more popular as of late.
Installing electric radiant floor heating is not extremely difficult. Here are the basic steps to installing a heated floor. (Don’t worry, you can do this.) Let’s assume that you have arrived at the point where you can get started. After thoroughly cleaning the subfloor surface, lay out Reflect ground insulation over the area you plan to heat. A proven ground insulator such as Reflect will optimize the efficiency of your heated floor.
ComfortTile heating cableis available pre-spaced and woven into mats that can be easily rolled out, or individual cable that is laid out with the aid of spacing straps. Individual cable is best suited for custom shapes while the heated mats are ideal for quick layout of standard shapes.
(It would be a good idea to check the resistance of the wiring before proceeding. The instructions will give you a range that it should fall within. Temperature can make a difference in the reading as well so keep that in mind.)
If you are installing over a wood subfloor (after applying ground insulation), staple the heating mat or cable spacer tabs to the floor in the desired layout. Be careful to avoid damaging the heat cable anywhere. Lay the cable out in such a way as to allow for the connection to the switch in the wall of course.
Once you have the heat cable laid out and fastened, you should consider pouring a leveling surface over the cable. Technically, you could simply apply thinset and then install your tile, but since the heat cable has a thickness of around 3/8th of an inch or so, it is advisable to pour a leveling surface. Quick Level does a good job of this. Use the adhesion liquid that is recommended. Follow the instructions for applying the liquid and then simply mix the Quick Level with water and then pour it over the entire floor.
Ensure that it spreads evenly and doesn’t form any lumps anywhere. Only pour to the top of the heat cable. The less you use the better. This will provide you with a clean flat surface to which you will adhere your floor surface.
Tile is a common surface since it conducts the heat very well. Reflect floor insulation is effective in preventing the heat from being lost, and the radiant properties of the tile further enhance the efficiency of the system. Once installed, the sensor embedded in the floor will automatically maintain the temperature you desire.
One of the big advantages to radiant floor heating systems is that you can heat only the rooms you are using. There is no need to heat the whole house. In that sense these floor heating systems are very efficient. The greatest advantage though is the enhanced comfort level you will enjoy. It is really true that when your feet are warm you feel warm and comfortable all over.
Radiant heating, as opposed to warm air systems (such as a forced air unit heaters), deliver the source of heat to the floor level, not the ceiling. And since warm air rises, heating the floors proves to be the most efficient means of heating living areas.
Radiant floor heating or radiant energy is the oldest form of heating used to provide comfort and is the basis for all heating systems. Radiant energy is totally pure radiation and is absorbed by an object without physical contact with the heat source or by heating the surrounding air, as is the case with convective, forced air systems.
Under floor heaters were first used by the Romans. Initially the preserve of the rich, under floor heating became increasingly commonplace in public buildings and villas, particularly in the colder regions of the Roman Empire. The Roman system was based on hypocausts, comprising ducts that underlay the floor (itself built on raised brick piles) and flues that were built into walls. Hot air or steam from fires circulated up through this system, warming the floor and walls, with heat passing into the rooms.
More specifically, the floor was laid out as series of concrete slabs acting as radiant heaters supported by columns of layered tiles, with a furnace at the bottom of one exterior wall. By placing the fire here, the draught would take the radiant heat under the floor, and up through the walls to radiant heater chimneys located in the corners of the room.
Today we recognize the brilliance of the Romans and Koreans as early adopters of radiant heating, as the technology is still a desired method for delivering comfortable and efficient heat in our homes. Now we have radiant heaters using electric resistance cables that are constructed of highly rated materials and feature manufacturer warranties of up to 25 years.
Following the trends of the indoor heating market, where radiant heating systems have been used for decades, the great outdoors is warming up, too. Radiant heat warms the floor and any object in contact with the floor to distribute an even, no-draft heat. Outdoor settings like patios or pathways leading to a hot tub can now benefit from using a traditional hydronic radiant heating system or even more intriguing is the emerging trend of embedding electric heating cables to provide that desired surface temperature. Raising the surface above 38 degrees will conveniently remove any snow or ice and allow you to use your outdoor living areas more often.
Outdoor heating systems (snow melting systems) are more suited towards new construction since these electric heating cables are actually embedded in the concrete or placed in a sand bed directly under brick pavers. Ambitious do-it-yourselfers will have no problem laying out the cable and preparing them for a certified electrician to do the final hook-up. Outdoor heating systems have always been efficient in delivering heat; the problem has been shutting them off when the job of removing snow from a driveway or outdoor patio is complete.
Recent designs in aerial sensors and surface mounted sensors make these outdoor heating systems cost effective to operate. Automated sensors detect the combination of precipitation and cold temperatures and activate the outdoor heating systems during inclement weather conditions and then automatically turn off a few hours after the storm. Manual operation of these outdoor heating systems can also be used to spot heat your driveway or patio if additional heat is required.
Obviously, an outdoor heating system is not for everyone. Those who live in warm climates year round will not be well served. However, think of those residents in New York, Illinois and even Colorado and Utah with long steep driveways or exposed sidewalks. Even businesses are adopting outdoor heating systems to curb their liability to slips and falls. Sidewalks, entryways and even loading docks are benefiting from embedded heating systems as an effective way to remove pesky ice and snow hazards.
There has been much debate over low voltage radiant systems versus line voltage radiant systems as radiant heat gains popularity in North America. The aim of this article is to dispel some of the myths surrounding the different kinds of systems. Warmzone offers both low-voltage and line-voltage systems. Both can provide excellent results for floor heating and snow melting applications.
Myth 1: Low voltage radiant systems are safer than line voltage.
Low voltage is low, so it makes sense that it’s safer, right? While this makes perfect sense initially, we have to take a closer look to find out the real answer. If your definition of safe is the chances of being hurt by voltage during installation, low voltage will give you a bit of a shock, but won’t cause lasting damage. The real question we should be asking is how durable is the cable against damage and how well is the cable insulated. Both line- and low-voltage snow melting systems are embedded in 4 inches of concrete, asphalt, or under pavers. When installed properly the embedded systems are not exposed and harmful. Some low-voltage heating wires are NOT designed to be embedded. These have only a thin layer of plastic and a heating element that is THHN/THWN wire. This wire is intended for interior use NOT in concrete, asphalt, or under pavers. Low voltage wires do not have ground fault protection, so electrical leakage can go undetected.
In contrast, line voltage obviously has higher voltage, which is why line voltage cables are built to withstand wear and tear, and are much more difficult to damage. If you do manage to damage a line voltage cable, don’t worry! Line voltage systems are equipped with ground fault protection (GFEP) breakers with a 30 milliamp trip. Which means the system will automatically shut off when it has reached beyond allowable leakage levels. What does this mean? Well for one you don’t need to worry about bodily harm, but you also don’t need to worry about potential fire hazard from a damaged cable. The bottom line: both line voltage and low voltage systems are safe to use.
Myth 2: Low voltage radiant systems cost less to run than a line voltage system.
It is true that low voltage radiant systems consume a lower amount of power, but this doesn’t mean it is less costly to run. Low voltage systems can actually be more expensive to operate because these systems generally produce 20 watts/sq ft (which is below ASHRAE standards). By producing less heat per square foot, it takes longer to heat the same area, thus increasing the cost and the time it takes to melt. Because of the decreased heat output, during heavier snow falls low voltage systems struggle to keep up with the snowfall, and have to remain on much longer. For this reason, ASHRAE has set forth watt standards for snow melting.
Line voltage systems are designed specifically for the environment in which they will be operating. These systems are made to produce the necessary watts (that meet ASHRAE standards) to melt snow in the most efficient time possible.
Some low voltage systems on the market have some distinct advantages over line voltage. RoofHeat STEP and FloorHeat STEP are low voltage, but does not rely on heat cables to generate heat. Instead it is constructed of a unique polymer heating element that requires no embedding in thinset and can be installed directly under carpet pad, hardwood and even for use on your roof for snow and ice melting. The biggest advantage of RoofHeat STEP is that you can hammer nails into it without worry of damage!
Myth 3: Low voltage systems are easier to repair.
Both line voltage and low voltage cables are easy to repair. Simply remove the bad section of cable, add in a splice kit, cover it back over with whatever surface it’s in, and the system should operate as normal. You do not have to replace the entire cable or rip out the entire surface, only the area that is damaged. The location of the break can be identified by using devices such as the DEVItrace from Danfoss or a TDR, which uses radio frequencies and a “wand” to locate the damaged section of cable.
Myth 4: Low Voltage systems are more efficient.
While Warmzone carries both low-voltage and line-voltage systems, low voltage systems are NOT necessarily more efficient. Since these systems have a much lower output of heat per square foot; they can take longer to melt snow, especially during heavy snow storms and probably will not be able to keep up with the demand. Further increasing their inefficiencies, most low voltage systems must have the electricity pass through a transformer and very thick power leads (2 gauge), which causes voltage to drop as it travels distance before reaching the heating element. Line voltage cables have the energy to go directly into heating, without the loss of power. Overall, both line and low voltage systems are more efficient than hydronic snow melting.
Myth 5: Low voltage systems offer a better warranty.
Some low voltage warranties are very deceiving. They boast of a 25 year warranty period, but when examined closer it is found that the 25 year warranty only covers the heating wire. As discussed earlier these heating wires are actually THHN or THWN, which can be purchased relatively cheaply at any hardware store. The ideal low-voltage system features a flexible polymer heating element, such as RoofHeat STEP.
Warmzone also backs up its line voltage cable with one of the best manufacturer warranty in the business.
Myth 6: Both systems provide sufficient heat.
Low voltage systems in most snow melting applications do not meet the ASHRAE standards. The minimum watts per square foot ASHRAE requires in North America is 32 watts per square foot. Popular low voltage systems on average are designed to produce approximately 20 watts per square foot and with extremely tight spacing will max out at 30, still below the standards ASHRAE has set forth.
Line voltage systems are designed specifically for the environment in which they will be operating. These systems are made to produce the necessary watts (that meet ASHRAE standards) to melt snow in the most efficient time possible.
Myth 7: Both systems are UL Approved.
Most low voltage snow melting systems are not UL listed. Warmzone’s line voltage systems are UL tested and approved.
SYSTEM WEAKNESSES
THHN/THWN wire was not designed for concrete embedding. The outer jacket is soft and easily cut which will shorten its life.
Low heat output – Does not satisfy ASHRAE requirements.
Bulky and costly controls (transformer and control box are 100 lbs per 200 square foot zone).
Warranty – only covers THHN/THWN wire. Control box is 1 year, transformer is 5 years.
Slow to install – the transformer and control box are complicated and time consuming to install.
Noise – transformers emit noise and location of them must be considered.
Price – low-voltage systems are typically double the price of a comparable line–voltage system.
As radiant heating systems have gained popularity, a lot of fly-by-night manufacturers are trying to cash in on the recent boom. This sparked ASHRAE to come out with standards for radiant snow melting systems to prevent abuse from manufacturers. Most low voltage radiant snow melting systems don’t meet the ASHRAE standards for quality and efficiency. Unfortunately, not all consumers are aware of standards in the radiant industry and purchase faulty products unwittingly and end up with negativity towards radiant heating in general. Rest assured there are plenty of efficient radiant systems that will run smoothly for decades without needing any maintenance. Make sure to do thorough research before purchasing any products, which means checking for proper safety certifications and standards, and you won’t regret it.
NOTE: IN 2012, WARMZONE UPGRADED TO THE ADVANCED LOW-VOLTAGE SYSTEM, FEATURING A FLEXIBLE POLYMER HEATING ELEMENT, WHICH IS SAFER, EASIER TO INSTALL, AND MORE EFFICIENT THAN PREVIOUS LOW-VOLTAGE SYSTEMS.
It’s that time of year to dig out the coats, snow boots and Halloween costumes again. But there is still time to decide how you want to spend your time this winter season. Are you going to be laboring with your snow shovel to keep your walks and driveways clear, or are you going to relax and let a heated driveway do all the work?
A driveway heating system may seem like a luxury you can’t afford, but Warmzone is making it easier than ever. Whether you want to heat an existing driveway or create a stylish new brick paver driveway, Warmzone offers the industry leading ClearZone snow melting cable to keep your driveway free of snow all winter long.
The ClearZone cables are ideal for melting snow in just about any outdoor area, including the growing trend for building outdoor living spaces for recreational and entertainment purposes. Past newsletters have highlighted outdoor living space projects, such as outdoor parlors, each of them using the ClearZone cables to ensure the ultimate in comfort, longevity and ease of use. An outdoor space is a great way to add value and comfort to your home, while still staying within your means.
ClearZone cables are made specifically to withstand the harshest construction applications and extreme weather conditions. Durable ClearZone snow melting cables can be embedded in concrete and asphalt, as well as under brick pavers.
Using concrete saw cutting technology, existing driveways, walkways, ramps and commercial areas can be easily retrofitted with a CZ snow melting system. Advancements in electric radiant snow melting systems have made these systems more energy efficient than ever (99 percent of power consumed goes to snow melting).
A ClearZone snow melting system is available in two different forms: cable on spools and pre-spaced in mats. The cable gives you added freedom when dealing with projects that involve odd shapes, or when installing a system into an existing concrete slab. The ClearZone snow melting mats are ideal for new projects because installation is quick and easy. Simply unroll the mat and continue standard install for concrete, asphalt and brick pavers.
Many snow melting systems on the market cannot withstand the harsh temperatures of new asphalt, and low-voltage systems do not pass the ASHRAE standard for snow melting systems. Warmzone offers the most comprehensive warranty on the market – 10 years and up to five times the cost of the original installation to repair any problems that may occur. Warmzone is a trusted manufacturer and provider of radiant heat solutions and has a worldwide reputation for making top quality radiant products.
Installing a snow melting system eliminates the need for harsh chemicals and snow removal devices, and will increase the life span of your driveway and the value of your home. Whether you’re looking to install a heated driveway or create a new, warm outdoor space, Warmzone can help you plan a system that keeps within your budget and provides a lifetime of benefits.
For more information about ClearZone heat cable and snow melting systems, visit www.warmzone.com, or call 888-488-9276 today.
Project Spotlight – Heated Driveway in Pennsylvania
is newsletter is all about getting ready for winter snow storms with outdoor snow melting systems, so it seems fitting for our Project Highlight to feature a residential heated driveway installed by one of our longtime customers and veteran contractor, Nathan Moyer, from Accent Radiant Heating. This heated driveway turned out so beautifully, we’ve even featured photos from the project on our website.
The Riley family home is located in Milford, Pennsylvania, in a rural neighborhood that receives icy precipitation all winter long. The 1300-square foot driveway required constant maintenance, which became a problem for the Riley’s, of whom suffer from back problems. The house sits on the top of a small hill, making their driveway incline at an approximate slope of 15 degrees. The incline and size of the driveway, combined with the physical challenges of shoveling the snow, made installation of a snowmelt system a necessity.
Prior to winter, the Riley’s gave Accent Radiant Heating a call to explore their options for snow removal systems. Because their existing driveway was built of asphalt, Nathan recommended laying the heating cables on top of the old asphalt. The ClearZone snow melting system was recommended because of its’ unique ability to withstand the high temperatures of the new asphalt.
Using the ClearZone mats snow melting system (with the cable rows pre-spaced and woven into a flexible mat), laying the cables for the driveway was simply a matter of unrolling and connecting four rows of CZ mats. Nathan installed the entire 1300 square feet of radiant cables in about three hours.
After the cables were installed, the new layer of asphalt was shoveled over the cables, using the standard steps for laying asphalt. The installation and wiring of the heating cables to the automatic sensor and control units took Nathan approximately five hours to complete.
The end result was a beautiful new asphalt driveway and automated snow melting system that added only one day of work to a standard asphalt driveway repave.
If you are in the Pennsylvania area and are looking for indoor and/or outdoor radiant heat systems, Accent Radiant Heating offers expertise and outstanding service. Contact Nathan Moyer at 267-312-5099 for more information.
If you are out of this area and are interested in learning more about a snowmelt system, contact a Warmzone representative today or call toll free at (888) 488-WARM (9276).
Our knowledgeable staff of radiant heat experts will help you with all your questions and put you in contact with a qualified installer in your area.
