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Letter to Heatizon from a Happy Customer

Dear Heatizon,

This past summer I had one of your electric snow melting systems installed as part of a remodel project on my home. Since then I have waited with anticipation to see the snow melt as it falls on my new formal entry sidewalk and steps. As fate would have it, we have not had the significant snow fall that we normally get because, the meteorologists claim, the snow storms are trending to the North. Following a dry December, and a very dry 2012 so far, the snow has finally started to fall.

I am happy to report that I was amazed at how well my new sidewalk  snow melt system melted the snow and I am happy to report that its performance exceeds my expectations by a big margin. I am so thrilled with the results that I had to write this letter.

The idea of investigating a snow melting system for my project was first presented by my Architect who mentioned that installing electric snow melting cables into new concrete made a lot of sense given our winters in general and for my north facing home in particular. At first I thought that snow melting was a luxury that I probably could live without.

As luck would have it I attended a party a few days later and one of the other guests commented that he was glad that he had installed an electric snow melt system a few years ago because his health would no longer allow him to shovel snow. As an ice breaker I seized the opportunity to ask him several questions pertaining to his snow melt system including; “Where did he purchase it?” and, “How satisfied has he been with its performance?”

During our conversation he told me that his snow melting system was manufactured by a company located in Utah named “Heat is On” or something like that. A quick Google Search for “heat is on, electric snow melt, Utah” lead me to www.heatizon.com.

I feel so lucky to have found your company and to have discovered its products.

Sincerely,

Dean B.
Utah

P.S. The nearest distributor of your products was WarmQuest which was professional and very capable of helping me with design services for my heated sidewalk, the right product selection, and technical support from people that have actually installed snow melt systems.

Designing a Snow Melting System

By Steven Bench

For a Radiant Heating Professional there are few things more gratifying than a well designed, properly installed and correctly operating snow melting system on a cold and snowy winter day. The satisfaction of watching the snow melt as it hits the pavement of the driveway, walk-way, handicap ramp, truck ramp, and/or parking area is difficult to explain. While a correctly operating snow melting system is gratifying to those in the industry and their valued customers, one that is poorly designed, miss-installed or not operating is discouraging and damaging to our industry.

It takes both a good design and correct installation in order for a snow melting system to operate correctly. Unfortunately not all snow melting systems are designed correctly and, equally unfortunate, not all correctly designed snow melting systems are installed correctly.  If one or the other is missing, no doubt, customer dissatisfaction will soon follow.

So how does one go about making certain that the snow melting systems they are contemplating for purchase is designed correctly? It is easier than you would initially think.  Often times it’s as simple as asking the radiant materials supplier and/or installer a few questions.

How did you determine the amount of energy needed to melt snow for my project?
If the answer includes something along the lines of: “the watts or Btu’s needed was determined using ASHRAE snow melt standards for your projects geographic area and that the materials were selected and the design finalized based on those standards”, keep asking questions. If, on the other hand, the materials selected, energy output determined, and/or design parameters adopted were based on a particular product based on the idea that one size fits all projects then you might want to run as fast as you can from that company and find a qualified radiant supplier/designer.

How far apart have you spaced the radiant heating cables or liquid carrying tubes? If the answer is greater than 9 inches in a 4 inch or less thick sub-straight then expect to have snow accumulation (otherwise known as striping)  between the radiant heating cables or liquid carrying tubes.

Does your design include jumpers through or under all joints in my concrete (crack control, expansion, and saw-cut joints)?

A yes answer is good and consistent with the National Electric Code, Canadian Electric Code and ASHRAE. A no answer is a good indication that the designer does not know what he or she is doing?

ALL JOINTS MEAN ALL JOINTS

Given the location of my project do you recommend insulation or a water barrier under the asphalt, concrete, or pavers?A blank stare or an answer without support could mean that you have the wrong designer, material supplier and/or installer.

Steven Bench is Managing Member of Heatizon Systems, a leading manufacturer of low and line voltage electric radiant heating products located in Murray, Utah.

Construct Canada Show – Toronto 2011

By Steven Bench

I recently had the opportunity to visit the city of Toronto to attend the Construct Canada Convention and Trade Show.  The flight was smooth for the most part and the time passed by quickly even though I was on a relatively small airplane.  As the flight approached Toronto we were warned by the pilot that rain was falling and that it could get a bit bumpy.  Fortunately it did not.

I caught a taxi cab from the Toronto airport to downtown where my hotel was located near the convention center.  With the clouds and the early darkness, caused by the short winter days, I did not have the opportunity to see the downtown area, or naturally, the area immediately surrounding my hotel and the convention center, until the next day.

The first morning I rose early to take a walk before going to the convention center.  I walked between the tall condominium and office buildings and along the shores of Lake Ontario.  As I walked I was greeted by several fellow walkers as they hurried to get to work or grab a quick cup of coffee.  I thought to myself:  “What a friendly city Toronto is.”

My walk continued passed a Ruth’s Chris Restaurant, a Marriott Hotel, several coffee shops, a couple of Subway’s, a few banks and many other buildings, some with names I recognized and others without.  My walk ended upon my arrival at the Metro Convention Center.  As I entered the convention center I thought:  “What a clean city Toronto is”.

Inside the convention center I arrived at the exhibit booth of Power Plant Supply Company, the Toronto based distributor of my company’s electric radiant floor heating and snow melting products.  For the better part of the next three days I would stand in the exhibit booth and talk with prospective customers about my company’s products.  As the time passed and many prospective customers came and went, I could not help but think:  “What a wonderful people the Canadians are.”

When the convention was over one of my associates volunteered to give me a ride to the airport.  Of course, I quickly accepted.  After a few minutes of great conversation we arrived at the airport and said our goodbyes and I could not help but think:  “What a beautiful city Toronto is!”

Radiant Heat & Ground Fault Protection

by Steven Bench

The National Electric Code (“NEC”) requires that Line Voltage Electric Radiant Panels and Cables utilize ground fault sensing devices for either personnel or equipment protection depending upon the application.  Getting the correct ground fault protection device is important because the cost ranges from one to several hundred dollars depending upon the type and sensitivity required.

Interior space heating or floor warming applications of Line Voltage Radiant Electric Radiant products are required to utilize a Ground Fault Circuit Interrupter (“GFCI”) with a trip point somewhere in the neighborhood of 3 milliamps.  Based on my read of the NEC the requirement may be satisfied by a GFCI Distribution Panel Breaker; a line voltage switching Thermostat with a built in GFCI, or an inline GFCI switching device.

Exterior snow and ice melting applications of Line Voltage Radiant Electric Panels and Cables require a Ground Fault Equipment Protector (“GFEP”) which generally has a trip point of 30 milliamps.  GFEPs come as either Distribution Panel Breakers or an inline GFEP switching device.

The best and easiest way to determine whether you need a GFCI or GFEP and the best type for your needs is to consult with your Electric Radiant Panel and Cable Distributor or Electrical Contractor.

Its Is That Simple!

by Steven Bench
Managing Member – Heatizon Systems

I recently received a telephone call from a long time, and very pleasant, customer located in the Mid West portion of the United States inquiring about the location of a Heatizon Systems’ Distributor.  The customer proudly informed me that she had purchased a new home and she intended to use ZMesh radiant floor heating to warm her home’s floors and melt the snow and ice off of its eaves, just as she had in her two previous homes.

After providing her with the names, telephone numbers, and email addresses of a couple of qualified Heatizon Systems’ distributors, I told her how thankful I was for her business and ask if, She would be willing to tell me why she has repeatedly used Heatizon Systems’ products?  She said, “I purchase ZMesh because it is a great product supported by very honest and knowledgeable sales and technical people and anyone that reads the installation manual can easily install it.  It is that simple!”

Following our conversation I reflected upon the words the customer had spoken and found comfort in knowing that her words supported many of my basic beliefs as well as Heatizon Systems’ objectives.

Great Products

In 1996, when Heatizon Systems opened for business, it was our objective to provide the absolute finest products possible to our customers.  Over the years that objective has guided us very well as our business has grown.  So well, in fact, that it continues to be one of our primary objectives and one of the many things that make us different than much of our competition.

Honest and knowledgeable Sales and Technical People

How can anyone expect to have satisfied customers if they have not invested in the human and other resources necessary to serve them?  Furthermore, how can anyone expect to have a long term relationship with its customers if it fails to treat them in an ethical and honest manner?  The answer to both questions is that they cannot!

Heatizon Systems and its Distributors go to great lengths to be radiant product, design and installation experts and we expect ourselves, and our associates, to be honest and ethical in all of their dealings.  A representative of Heatizon Systems’ products may tell you “no” or “I do not know” but they will never tell you whatever you want to hear or fabricate an answer just to make a sale.  Sales are very important to our business but customer satisfaction is what allows us to stay in business!

Read the Installation Manual

I have never received a telephone call from someone that both read Heatizon System’s installation instructions and had a problem installing one of our products.  I have, however, received several telephone calls from those that did not read the directions and had installation problems.  It is that simple!

Electric Radiant Floor Heating

By Steven Bench

Several times each week I get ask the question:  “Which is better low voltage or line voltage electric radiant heating and snow melting products?” The answer I always give is:  “Tell me more about your project and I will do my best to answer your question”.

It is a fact that many different products exist for warming floors and radiant heating interior spaces.  The available products vary in appearance, installation requirements, quality, performance and price.  Of course most of us are able to quickly determine the appearance and price differences but few of us are able to accurately gage the difference in quality, performance, and installation requirements without gambling, gaining more knowledge or seeking the aid of an expert.

Gambling can be fun and on rare occasion in my experience profitable but, it probably is not the best method of choosing which electric radiant heating product is best for your project.  Becoming knowledgeable on radiant heating products and the proper installation of each is certainly possible for most of us, but most of us do not have the have the time and desire to truly become proficient at it.

Once gambling and educating ourselves on each available product is eliminated, the only viable alternative is relying on a radiant heating expert or professional.  The good news is that Heatizon Systems and its Distributors have successfully attracted and/or trained the best people in the business.  Our electric radiant heat and snow melt experts are truly interested in understanding all of the alternative electric radiant products available and excited to help you determine which product best suites your budget and the needs of your project.

That alternative technologies exist is wonderful but the fact remains that often one technology is superior over the others for a given installation or project.  For example:  ZMesh is a wonderful product for in stallion between floor joists, under Hardibacker or Wonderboard, or under engineered or hard wood, but it is not the best product for installation into a concrete slab.

Roof, Rain Gutters and Downspouts

By Steven D.  Bench

This past winter was a particularly difficult one for many people and their homes and other structures.  Record snow fall levels and low temperature measurements were recorded in many parts of North America.

As the snow melts, and spring flowers emerge from the ground, the previously hidden structural damage caused by ice and snow becomes evident.  The damage to structures can range from relatively minor bent or dislocated rain gutters and/or downspouts to significant interior water encroachment and compromised roof covering caused by ice dams and sliding snow and ice.

Repairing the damage is only one very important part of restoring the beauty, functionality, and integrity of any structure.  An equally important step is designing a method of making those needed repairs in a manner which will eliminate the problem for years to come.  In other words it it’s important to both design and make the repairs in a manner that insures that the problem does not reoccur during the next heavy winter.
Effectively and permanently eliminating the cause of roof, rain gutter, and downspout damage, caused by moving snow and/or freezing water, may be as simple as properly installing heat trace, heat tape or GutterMelt cables.  Cables designed to be installed in rain gutters, downspouts and along the eaves of roofs are designed to provide a path for water to escape to an area where it does not matter if it refreezes.

Heat trace, heat tape and GutterMelt cables come in both Self Regulating and Constant Wattage versions.  Both Self Regulating GutterMelt and Constant Wattage GutterMelt technologies melt snow and ice off of roofs and from rain gutters and downspouts.  Both GutterMelt products come with industry leading warranties and, both, are listed to UL and certified to CSA standards.

Where cables zig zaging along the eave will distract from the ascetics of the building or, when a permanent solution is desirable or removal of the snow and ice in its entirety is needed, then ZMesh or Tuff Cable in Invizimelt deliver the perfect solution.  ZMesh is appropriate for installation under most non-electrical conductive roofing materials, while Tuff Cable in Invizimelt is perfect for installation under valley metal, flashing and other conductive materials.

Remodel with Heated Floors

Are you looking to upgrade rooms, make additions, or delve into new construction?  Then heat it up with a Heatizon System product.  Our electric radiant heat products and line voltage heating systems are ideal for renovations, remodeling, and new construction.

Many wonder what separates Heatizon Systems from the rest.  Heatizon Systems will drastically improve the heating in a home, office, or building. Heatizon heated floor and snow melting products are ideal for anyone who wants to improve his or her safety, is striving for comfort, and is in the market for versatile products.  In addition, Heatizon heating elements are thin, flexible and extremely accommodating.

Heatizon Systems technologically advanced products are great for heated floors in room additions, sunrooms, basements, kitchens, and bathrooms.  We manufacture safe, consistent, and high quality products.  These flexibile and diverse product options help to fulfill anyone’s heating needs.  For instance, Heatizon products can be retrofit into existing concrete or asphalt or into joist spaces in an unfinished area.

Do you need permanent heating solutions to help with winter weather troubles?  A Heatizon Melting System is perfect for driveways, walkways, stairs, and ramps.  The System will automatically turn on once the snow begins falling and then turn off when the surface is dry leading to consistent and stunning results.

Heatizon’s Radiant Roof Snow Melt and Deicing System is patented and designed to be installed under any roof covering material including metal, composite and asphalt, fiberglass, membrane, shake and others.  The owner is able to avoid messy looking roofs and instead is left with a rich and ravish looking roof that eliminates icicles, ice dams, and snow build up.

Our main goal is to make sure that every purchaser of any Heatizon Product is satisfied and pleased with our services and products.  Feel free to give us a call to receive a fee consultation with a Heatizon dealer or visit our website at www.heatizon.com.  Let our experienced professionals help you with your heating needs.

Ice Dam Problems and Solutions

An ice dam is a blockage of ice that forms at the edge of a roof and prevents water from melted snow from draining off the roof. The water that backs up behind the dam can leak into a home and cause damage to walls, ceilings, insulation, and other areas.

What causes an ice dam?

The interactions between the amount of heat loss from a structure, snow cover, and outside temperatures can form the recipe for an ice dam. One obvious face is that for ice dams to form there has to be a source for the water which is snow on the roof. When there is snow present on the roof and the higher elevations of the roof’s outside surface are above freezing and lower elevations of the roof are below freezing, we have a recipe for an ice dam. These temperatures are sustained over periods of time which time is another critical factor in ice dam formation. Now what causes the temperature changes on a roof can be a number of factors.  Poor attic insulation is one factor that can cause heat loss from the interior of the home. That heat finds its way into the attic and to the higher elevations of the attic when the heat rises. When the temperature change of the attic begins to melt snow the water flows down the roof to the colder, lower elevations where the temperature is lower and freezes.

Other examples of temperature changes that can cause an ice dam is when the radiant heat from the sun melts the snow on the upper part of the roof and that water flows down the roof and hits a colder eave overhang, with no exposure to the attic, it can also freeze.

The bottom line is that the snow on a roof surface that is above freezing will melt. As water flows down the roof it reaches the portion of the roof that is below freezing and freezes creating the ice dam. As the cycle continues of freeze-thaw, freeze-thaw, the ice dam grows as it is fed water from the cycles. When the ice dam is large enough it will begin to dam the water that flows from the upper part of the roof. This water sits there and can evenutally find its way into the attic and the interior of the structure.

What can Heatizon do about ice dams?

Heatizon has a few solutions to try to solve ice dam issues once and for all. These proven products are considered a permanent solution while promoting longevity and a resolution that will last more than a couple of years. We have three solutions. Two of these solutions are Low Voltage and address the problem by heating the roof from under the roof covering. The other soluton is to install a gutter melt self regulating heat trace cables in a zig zag pattern on the roof to hopefully help the problem.The first step for a Low Voltage electric under shingle roof deicing system is to determine what roof covering you have.

  • If your roof is a non-conductive shingle such as asphalt, slate, shake, membrane etc. we offer ZMesh which is a bronze screen heating element installed under the roof covering. ZMesh is unique because it can be nailed and stapled through: click for more information on ZMesh
  • If your roof is a metal roof we offer Tuff Cable. Tuff Cable is a coated copper wire that is installed in a heatsink under the roof covering: click for more information on Tuff Cable

When your only option is to install something on top of the roofing materials we offer Gutter Melt. GutterMelt is an industrial grade self regulating heat tracing cable in a zig zag method on the roof eave and valleys or wherever the problem may be. click for more information on GutterMelt

For all roof deicing applications please our ice dam prevention and roof deicing products pages here

Heatizon GutterMelt Heat Trace

by Ryan J. Bench

Heatizon Systems is pleased to present GutterMelt Self Regulating Heat Cables. GutterMelt is used for gutter deicing and heat tracing on pipes, valves and anything that shouldn’t freeze. GutterMelt can also be used to eliminate ice dams, icicles and potentially damaging snow loads on roofs when ZMesh or Tuff Cable under shingle roof deicing products are not an option. GutterMelt is a self regulating cable that is available in 5, 9 and 12 watt per foot heating outputs.

GutterMelt is an industrial grade cable that carries a 10 year warranty and is built to last.  This cable can be cut to length in the field which allow for an easy installation. There are a number of activation devices to use from that Heatizon offers as well as a 4 zone relay panel to activation multiple circuits with one activation device.

GutterMelt systems are design engineered for each project since every project may have different needs. Our Staff, Distributors, and Dealers are trained in our system technology and design and can help each customer find the right solution for the job. Please visit www.heatizon.com for more information or call 888-239-1232

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