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UPCOMING WEBINAR: Join us for a chance to win a $50 gift card in this FREE #webinar

SAVE THE DATE – AIA/HSW SNOW RETENTION WEBINAR
Wednesday, January 27th

Office Managers & Others – Feel Free To Share!

Invited: Architects & Associates (or anyone who would be interested)
For Continuing Education Units (CEU): AIA/HSW Credit Available
Topic: Rooftop Snow Retention – Solving the Mystery with the Facts
(New Course This Year)
Format: Zoom Webinar – Provided by TRA Snow & Sun
*No Registration Fee Required.
Time: 12:00 to 1:00 pm MST (1-hour presentation followed by questions)

COURSE DESCRIPTION:
To discuss various solutions for snow and ice moving on roofs, including best design practices for roof types. Design professionals will learn how modern snow retention systems utilize engineering to retain snow efficiently to protect from rooftop avalanches. Learn about the problems and hazards associated with snow and ice moving on roofs or sliding off roofs. Discover the value of engineered snow retention systems.

LIVE SESSION PRE-REGISTRATION:
Pre-register for this event by January 27th, 2021 by https:/lnkd.in/eEWGbqm.

#AIA#HSW#architects#design#building#architecture#designers#landscapearchitects#landscapedesigners#learning#architectureanddesign#continuingeducation#aiacredit#construction#outdoordesign#webinar#event

Join us for a chance to win a $50 gift card in this FREE webinar

SAVE THE DATE – AIA/HSW SNOW RETENTION WEBINAR
Wednesday, December 2nd

Office Managers – Feel Free To Share!

Invited: Architects & Associates (or anyone who would be interested)
For Continuing Education Units (CEU): AIA/HSW Credit Available
Topic: Rooftop Snow Retention – Solving the Mystery with the Facts
(New Course This Year)
Format: Zoom Webinar – Provided by TRA Snow & Sun
*No Registration Fee Required.
Time: 12:00 to 1:00 pm MST (1-hour presentation followed by questions)

COURSE DESCRIPTION:
To discuss various solutions for snow and ice moving on roofs, including best design practices for roof types. Design professionals will learn how modern snow retention systems utilize engineering to retain snow efficiently to protect from rooftop avalanches. Learn about the problems and hazards associated with snow and ice moving on roofs or sliding off roofs. Discover the value of engineered snow retention systems.

LIVE SESSION PRE-REGISTRATION:
Pre-register for this event by December 2nd, 2020 by https:/lnkd.in/eEWGbqm.

#AIA#HSW#architects#design#building#architecture#designers#landscapearchitects#landscapedesigners#learning#architectureanddesign#continuingeducation#aiacredit#construction#outdoordesign#webinar#event

Get 1 Hour of AIA & HSW Continuing Education Credits

snow guards for copper roof
SAVE THE DATE – AIA/HSW SNOW RETENTION WEBINAR
Wednesday, October 28th

Invited: Architects & Associates
(Office Manager & Others – Feel Free To Share)
For Architects: AIA/HSW Credit Available
Topic: Rooftop Snow Retention – Solving the Mystery with the Facts
(New Course This Year)
Format: Zoom Webinar – Provided by TRA Snow & Sun
*No Registration Fee Required.
Time: 12:00 to 1:30 pm (1-hour presentation followed by questions)

COURSE DESCRIPTION:
To discuss various solutions for snow and ice moving on roofs, including best design practices for roof types. Design professionals will learn how modern snow retention systems utilize engineering to retain snow efficiently to protect from rooftop avalanches. Learn about the problems and hazards associated with snow and ice moving on roofs or sliding off roofs. Discover the value of engineered snow retention systems.

LIVE SESSION PRE-REGISTRATION:
Pre-register for this event by October 28th, 2020 by https://lnkd.in/eAMnMKp.

#architects #architecture #AIA #HSW #webinar #credits

Rooftop Snow Retention – Solving the Mystery (L&L)

TRA will be presenting an open snow retention lunch and learn with the Associated General Contractors of Utah on February 12th, from 11:30 am to 1:00 pm. This lunch and learn is open to anyone who would like to attend. The cost for AGC members is $15 and for non-members is $20 which includes lunch. Follow the link to register. <To Register Click Here>

Event Location:

AGC Headquarters
2207 South 1070 West
Salt Lake City, UT. 84119

Event Description:

In the building world there are codes and standards for everything, that is except for rooftop snow retention.  That’s right, there are no national or local codes that that govern the engineering, manufacturing, testing, or installation of snow retention devices.  This is a dilemma for building professionals trying to deal with the safety issues caused by sliding snow and ice. 

This course discusses the primary reasons snow retention is needed on a roof and the science behind each type of system.  It explains why engineering is the key to a successful system and why a lack of engineering is the primary key to a system failing.  You will also explore many of the common objections to including snow retention on a building project and why they are worth the added expense in the long run.  Finally, you will learn how a good snow retention company will help bridge the gap created by the lack of codes and standards.

TRA Snow and Sun Offers AIA Continuing Education Course

roofing solutions in alpine regions, continuing education

In response to requests from architects and other construction specifiers, TRA Snow and Sun have decided to continue with the popular continuing education course.  

Learning how to protect people and property from dangerous falling snow and ice just got much easier with the online course created by TRA Snow and Sun and approved by the American Institute of Architects (AIA). When an architect designs a building there are hundreds of decisions to make besides the obvious, visual components that make up an attractive and functional building: what type of window to specify, what color carpet, or what type of roof are obvious ones. There are some specifications that are vital to the safety of those who will use the building and create liability for the architect and contractors.

If the building is located in a snowy, cold climate, special consideration should be given to the proper design and engineering of devices to retain snow and ice on the roof. Most construction professionals don’t realize the importance of snow retention devices and how critical they are in alpine regions.

Terry Anderson, nationally respected roofing consultant and owner of TRA Snow and Sun and Anderson Associates Consulting, has established himself and his companies as experts in the roof snow retention industry over 35 years and is co-author of the Concrete and Clay Tile Design Criteria for Cold and Snow Regions. The AIA online course, Roofing Solutions for Alpine Regions provides one credit hour of continuing education credit for architects wishing to maintain their license. It is also available for anyone wishing to understand the best way to design a roof in a cold or snowy climate. It incorporates Anderson’s extensive experience and deals specifically with:

  • The common roofing challenges that are unique to cold climates.
  • The advantages and disadvantages of the most common solutions to snow and ice on roofs.
  • The accepted roof design practices in Europe as compared to those in the United States and Canada.
  • The concepts and effectiveness of roof ventilation and snow retention in reducing snow and ice problems.
  • Several factors to be considered in the proper engineering of roof snow retention devices.

The course is available online (Ron Blank) or online (AEC Daily) 24 hours a day, 7 days a week. Credits are automatically submitted to AIA, CSI and other organizations by AEC Daily, one of the largest providers of free continuing education for architects, engineers, contractors, specifiers, and other construction professionals.

AIA Continuing Education, Roofing Solutions in Alpine Regions
roofing solutions for alpine regions

TRA Snow and Sun, Inc., located in American Fork, Utah, offers Roof Snow Guard Retention Devices, Solar Racking Systems and Roof Ventilation and Flashing Solutions. They provide all customers, from the individual homeowner to the big developer, free engineered designs for all their systems. For more information call us at 801-756-8666.

Get 8 Hours of AIA Continuing Education Credits

Join us in Salt Lake City, UT as we take part in the CE Academy to earn 6 – 8 hours of continuing education in a seminar format so you can earn multiple CE Hours (LU’s) in one day. All courses are educational in content and AIA registered. Many courses also offer continuing education hours for GBCI, GBCI for LEED Professionals, ADA (American Disabilities Act), State specific requirements, and other specialty hours.
CE Academy will manage the reporting of your credits to the AIA and email you certificates of completion after the event.
Where:
Associated General Contractors of Utah
1260 South 3600 West
Salt Lake City, Utah 84104
Registration Deadline
Wednesday, October 24, 2019
Follow the link below to learn course description and learning objectives by visiting ceacademyinc.com.

Get AIA Continuing Educational Credits

 

roofing solutions in alpine regions, continuing educationIn response to requests from architects and other construction specifiers, TRA Snow and Sun has decided to continue with the popular continuing education course, “Roofing Solutions for Alpine Regions”.  

Learning how to protect people and property from dangerous falling snow and ice just got much easier with the online course created by TRA Snow and Sun and approved by the American Institute of Architects (AIA). When an architect designs a building there are hundreds of decisions to make besides the obvious, visual components that make up an attractive and functional building: what type of window to specify, what color carpet, or what type of roof are obvious ones. There are some specifications that are vital to the safety of those who will use the building and create liability for the architect and contractors.

If the building is located in a snowy, cold climate, special consideration should be given to the proper design and engineering of devices to retain snow and ice on the roof. Most construction professionals don’t realize the importance of snow retention devices and how critical they are in alpine regions.

Terry Anderson, nationally respected roofing consultant and owner of TRA Snow and Sun and Anderson Associates Consulting, has established himself and his companies as experts in the roof snow retention industry over 35 years and is co-author of the Concrete and Clay Tile Design Criteria for Cold and Snow Regions. The AIA online course, Roofing Solutions for Alpine Regions provides one credit hour of continuing education credit for architects wishing to maintain their license. It is also available for anyone wishing to understand the best way to design a roof in a cold or snowy climate. It incorporates Anderson’s extensive experience and deals specifically with:

  • The common roofing challenges that are unique to cold climates.
  • The advantages and disadvantages of the most common solutions to snow and ice on roofs.
  • The accepted roof design practices in Europe as compared to those in the United States and Canada.
  • The concepts and effectiveness of roof ventilation and snow retention in reducing snow and ice problems.
  • Several factors to be considered in the proper engineering of roof snow retention devices.

The course is available online (Ron Blank) or online (AEC Daily) 24 hours a day, 7 days a week. Credits are automatically submitted to AIA, CSI and other organizations by AEC Daily, one of the largest providers of free continuing education for architects, engineers, contractors, specifiers, and other construction professionals.

AIA Continuing Education, Roofing Solutions in Alpine Regionsroofing solutions for alpine regions

TRA Snow and Sun, Inc., located in American Fork, Utah, offers Roof Snow Guard Retention Devices, Solar Racking Systems and Roof Ventilation and Flashing Solutions. They provide all customers, from the individual homeowner to the big developer, free engineered designs for all their systems. For more information call us at 801-756-8666.

 

Snow Guards The Invisible Code

Snow retention codes do not seem to be a priority in the United States’ roofing industry. But it is very common to see snow and ice sliding off of a metal roof’s slippery surface. Snow and ice crush cars, and damages the roof, gutters, and landscape.  In some cases, snow and ice cascading off roofs have killed people. Codes for snow retention systems are essential to protect people and property from sliding ice and snow.

There are many reasons snow retention systems fail and why we need codes in place.  Some examples are:

PRODUCT FAILURE

snow retention system

This snow retention system was not engineered for some variable of the project that caused it to fail.

The snow guard was not strong enough to hold the load it was carrying.

Anyone can cast a wax snow guard, spread some adhesive on the bottom, and tell the consumer how to install it without any testing of the product or the system. Codes would provide a standard to ensure adequately designed products are utilized.

SHEATHING/ROOFING MATERIAL FAILURE

Roofing material is inadequately secured for the shear created by sliding snow.

If the roofing material is not securely fastened to the deck (specifically on standing seam metal roofs), added weight can cause the standing seam metal roof to slide right off, along with the rest of the roofing material and snow retention system. There is a code requirement in place for wind uplift on standing seam metal roofs, but not for shear strength.

Screws or fasteners pull out.

sliding snow and ice

Sliding snow can be incredibly dangerous.

When installing snow retention on roof sheathing, the thickness and type of the sheathing determines the fastener pull-out strength.  If one is installing a snow retention system on 7/16-in. OSB board, the fastener will fail more quickly than when using ¾-in. plywood.  (See chart below.) When designing a layout for a project, many snow retention manufacturers do not test for these variations.  If the snow retention system was designed for ¾-in. plywood and the project is using 7/16-in. OSB board, the whole system needs to be redesigned.

The fastener does not penetrate the sheathing.

If the fastener/screw is not penetrating the sheathing, the snow guard will not have the holding strength for which it was designed.

 

 

ADHESIVE FAILURE

plastic snow guards

These plastic snow guards fell to the ground because the adhesive did not bond properly

When using an adhesive, if the surface is not free of dust, dirt, oil, or waterproofing; or it is not clean and dry, the adhesive will not adhere properly.
If the temperature is not above 50 degrees F, the sealant will not cure. If a load is placed on the snow guard before the 28-day cure time, the snow guard is more likely to fail. (This is according to the Technical Data Sheet  for SB-190)

SYSTEM FAILURE

The system is not designed for the roof slope and snow load.

When designing a snow retention system, factors change from project to project: the slope, roof type, sheathing type, and roof snow load.  If the snow retention system is not engineered for the variables of the project, it can fail.
Most snow guards are not tested to the fail point of the system.

Many snow guard manufacturers claim theirs are tested, and many of them are, but they are not tested to the fail point of the entire system.  The product may be tested to maintain its shape, but was it tested to stay on the roof?  It’s great if the product stays in one piece, but not if the fastener fails, the adhesive fails, and the sheathing fails.

snow retention code

A snow retention code needs to be put in place to help prevent injury to people and damage to property.

INSTALLATION FAILURE

The product was not installed to manufacturer’s specifications.

The manufacturer’s instructions need to be followed meticulously in order to ensure safety and to keep warranties in effect.  Many manufacturers have specific torque requirements, placement, and maintenance instructions.  If these instructions are not followed, the system can fail and the manufacturer is not at fault.

Obviously, there are valid reasons why the United States should establish codes for snow retention on roofs.  Why hasn’t this happened?  A few reasons could be:

  1. Snowfall occurs in certain areas of the country but not nationwide; therefore, the demand for codes is minimal.
  2. Not many deaths occur due to ice and snow sliding.
  3. Property damage is localized.
  4. The insurance industry is not pushing for this type of code.

There are many other codes in place to protect people and property; so why not for snow retention?  We have codes for wind uplift and ICC test standards for product failures due to wind and moisture penetrations, to name a few.  How many life threatening events need to occur before we do the right thing when it comes to a code for snow retention on roofs?

It’s time to make the invisible snow retention code visible.

References

  1. Surebond Technical Data Sheet SB-190.

About the author

Terry E. Anderson has been in the roofing industry for over 35 years. He is the owner of Anderson Associates Consulting and president of T.R.A.-MAGE, Inc., a manufacturer of roof snow and sun accessories. Anderson was sought after to solve tile roof problems, eventually researching solutions to the frequent structural damage caused by sliding snow and ice. Traveling to Europe, Terry studied how the roofing industry there successfully dealt with snow and ice issues. Using his years of experience and research, he coauthored Concrete and Clay Tile Roof Design Criteria for Cold and Snow Regions. Anderson founded T.R.A. Snow and Sun, now in partnership with MAGE and known as T.R.A.-MAGE, and is recognized as a leader in snow retention systems. He is a member of RCI, WSRCA, and on the technical committee for the Tile Roofing Institute (TRI).

Published: Interface Dec 2011

Download (PDF, 407KB)

Is Plastic Snow Guard Retention Better Than Metal?

Every once in a while a customer will ask us why they should purchase our metal snow retention rather than the plastic ones they see. We typically don’t like plastic snow guards for many reasons.

The first reason is because of the type of adhesive used to attach plastic snow guards. Through our testing, we have found that failure exists when freeze-thaw temperature is introduced to the adhesive.
The second reason, they crack and deteriorate when continuously exposed to the sun’s ultraviolet light (UV). See the images below.
 
The third reason, manufacturers don’t warranty failure when the plastic snow guards pull apart from the adhesive.
From all of these reasons this why metal snow retention is a much wiser choice!

 

plastic vs TRA

TRA Metal Clamp-on vs Plastic Guards

 

Most plastics eventually become brittle when exposed to the sun.

Because of its tough nature, metal can withstand the sun’s destructive UV rays. Over time plastic will crack and deteriorate when continuously exposed to the sun.

                        plastic-snow-guards-park-valley-school-9plastic-snow-guards-park-valley-school-8

Cracked, Brittle and Broken “Plastic Snow Guards”

 

TRA’s metal snow retention systems are attached securely using a variety of durable and strong mechanical methods.

Unlike metal, plastic snow guards are usually attached to a roof using caulking, which is likely to fail for the following reasons:

  • If the roof is dirty or wet when installing this makes the adhesive not adhere properly. When have you ever seen a truly clean roof?
  • More common than not snow guards are installed at temperatures below 40 degrees.
  • Caulking cure time can be more than 30 days above 40 degrees.
  •  Over time plastic will crack & deteriorate when continuously exposed to the sun UV.

 

1 rail snow guard for metal roof

TRA C21Z Clamp-on with Ice Flags 

 

Unlike plastic, metal lasts.

Plastic snow retention manufacturers generally do not warranty the attachment just plastic snow guard. If a plastic snow guard fails, the architect or contractor becomes liable for the damage to property /or human life.

Next time you are near a roof with plastic snow guards, see if any are missing and let us know!

We recommend only metal snow retention because we know it can properly protect those in and around your home. For extra protection, we engineer from the sheathing up with the fastener and provide a warranty on the entire snow retention system. Before installation, we engineer a specific layout to see that the system is exactly what you need for your specific location and weather. Contact us with any of your project details and we’ll provide you with the best snow defense system that’ll get you ready for winter.

 

TRA Snow and Sun, Inc. offers AIA continuing education course, “Roofing Solutions for Alpine Regions”

 

roofing solutions in alpine regions, continuing educationIn response to requests from architects and other construction specifiers, TRA Snow and Sun has decided to continue with the popular continuing education course, “Roofing Solutions for Alpine Regions”.  

Learning how to protect people and property from dangerous falling snow and ice just got much easier with the online course created by TRA Snow and Sun and approved by the American Institute of Architects (AIA). When an architect designs a building there are hundreds of decisions to make besides the obvious, visual components that make up an attractive and functional building: what type of window to specify, what color carpet, or what type of roof are obvious ones. There are some specifications that are vital to the safety of those who will use the building and create liability for the architect and contractors.

If the building is located in a snowy, cold climate, special consideration should be given to the proper design and engineering of devices to retain snow and ice on the roof. Most construction professionals don’t realize the importance of snow retention devices and how critical they are in alpine regions.

Terry Anderson, nationally respected roofing consultant and owner of TRA Snow and Sun and Anderson Associates Consulting, has established himself and his companies as experts in the roof snow retention industry over 35 years and is co-author of the Concrete and Clay Tile Design Criteria for Cold and Snow Regions. The AIA online course, Roofing Solutions for Alpine Regions provides one credit hour of continuing education credit for architects wishing to maintain their license. It is also available for anyone wishing to understand the best way to design a roof in a cold or snowy climate. It incorporates Anderson’s extensive experience and deals specifically with:

  • The common roofing challenges that are unique to cold climates.
  • The advantages and disadvantages of the most common solutions to snow and ice on roofs.
  • The accepted roof design practices in Europe as compared to those in the United States and Canada.
  • The concepts and effectiveness of roof ventilation and snow retention in reducing snow and ice problems.
  • Several factors to be considered in the proper engineering of roof snow retention devices.

The course is available online (Ron Blank) or online (AEC Daily) 24 hours a day, 7 days a week. Credits are automatically submitted to AIA, CSI and other organizations by AEC Daily, one of the largest providers of free continuing education for architects, engineers, contractors, specifiers, and other construction professionals.

AIA Continuing Education, Roofing Solutions in Alpine Regionsroofing solutions for alpine regions

TRA Snow and Sun, Inc., located in American Fork, Utah, offers Roof Snow Guard Retention Devices, Solar Racking Systems and Roof Ventilation and Flashing Solutions. They provide all customers, from the individual homeowner to the big developer, free engineered designs for all their systems. For more information call us at 801-756-8666.

 

Snow Retention The Invisible Code

Snow retention codes do not seem to be a priority in the United States’ roofing industry. But it is very common to see snow and ice sliding off of a metal roof’s slippery surface. Snow and ice crush cars, and damages the roof, gutters, and landscape.  In some cases, snow and ice cascading off roofs have killed people. Codes for snow retention systems are essential to protect people and property from sliding ice and snow.

There are many reasons snow retention systems fail and why we need codes in place.  Some examples are:

PRODUCT FAILURE

snow retention system

This snow retention system was not engineered for some variable of the project that caused it to fail.

The snow guard was not strong enough to hold the load it was carrying.

Anyone can cast a wax snow guard, spread some adhesive on the bottom, and tell the consumer how to install it without any testing of the product or the system. Codes would provide a standard to ensure adequately designed products are utilized.

SHEATHING/ROOFING MATERIAL FAILURE

Roofing material is inadequately secured for the shear created by sliding snow.

If the roofing material is not securely fastened to the deck (specifically on standing seam metal roofs), added weight can cause the standing seam metal roof to slide right off, along with the rest of the roofing material and snow retention system. There is a code requirement in place for wind uplift on standing seam metal roofs, but not for shear strength.

Screws or fasteners pull out.

sliding snow and ice

Sliding snow can be incredibly dangerous.

When installing snow retention on roof sheathing, the thickness and type of the sheathing determines the fastener pull-out strength.  If one is installing a snow retention system on 7/16-in. OSB board, the fastener will fail more quickly than when using ¾-in. plywood.  (See chart below.) When designing a layout for a project, many snow retention manufacturers do not test for these variations.  If the snow retention system was designed for ¾-in. plywood and the project is using 7/16-in. OSB board, the whole system needs to be redesigned.

The fastener does not penetrate the sheathing.

If the fastener/screw is not penetrating the sheathing, the snow guard will not have the holding strength for which it was designed.

 

 

ADHESIVE FAILURE

plastic snow guards

These plastic snow guards fell to the ground because the adhesive did not bond properly

When using an adhesive, if the surface is not free of dust, dirt, oil, or waterproofing; or it is not clean and dry, the adhesive will not adhere properly.
If the temperature is not above 50 degrees F, the sealant will not cure. If a load is placed on the snow guard before the 28-day cure time, the snow guard is more likely to fail. (This is according to the Technical Data Sheet  for SB-190)

SYSTEM FAILURE

The system is not designed for the roof slope and snow load.

When designing a snow retention system, factors change from project to project: the slope, roof type, sheathing type, and roof snow load.  If the snow retention system is not engineered for the variables of the project, it can fail.
Most snow guards are not tested to the fail point of the system.

Many snow guard manufacturers claim theirs are tested, and many of them are, but they are not tested to the fail point of the entire system.  The product may be tested to maintain its shape, but was it tested to stay on the roof?  It’s great if the product stays in one piece, but not if the fastener fails, the adhesive fails, and the sheathing fails.

snow retention code

A snow retention code needs to be put in place to help prevent injury to people and damage to property.

INSTALLATION FAILURE

The product was not installed to manufacturer’s specifications.

The manufacturer’s instructions need to be followed meticulously in order to ensure safety and to keep warranties in effect.  Many manufacturers have specific torque requirements, placement, and maintenance instructions.  If these instructions are not followed, the system can fail and the manufacturer is not at fault.

Obviously, there are valid reasons why the United States should establish codes for snow retention on roofs.  Why hasn’t this happened?  A few reasons could be:

  1. Snowfall occurs in certain areas of the country but not nationwide; therefore, the demand for codes is minimal.
  2. Not many deaths occur due to ice and snow sliding.
  3. Property damage is localized.
  4. The insurance industry is not pushing for this type of code.

There are many other codes in place to protect people and property; so why not for snow retention?  We have codes for wind uplift and ICC test standards for product failures due to wind and moisture penetrations, to name a few.  How many life threatening events need to occur before we do the right thing when it comes to a code for snow retention on roofs?

It’s time to make the invisible snow retention code visible.

References

  1. Surebond Technical Data Sheet SB-190.

About the author

Terry E. Anderson has been in the roofing industry for over 35 years. He is the owner of Anderson Associates Consulting and president of T.R.A.-MAGE, Inc., a manufacturer of roof snow and sun accessories. Anderson was sought after to solve tile roof problems, eventually researching solutions to the frequent structural damage caused by sliding snow and ice. Traveling to Europe, Terry studied how the roofing industry there successfully dealt with snow and ice issues. Using his years of experience and research, he coauthored Concrete and Clay Tile Roof Design Criteria for Cold and Snow Regions. Anderson founded T.R.A. Snow and Sun, now in partnership with MAGE and known as T.R.A.-MAGE, and is recognized as a leader in snow retention systems. He is a member of RCI, WSRCA, and on the technical committee for the Tile Roofing Institute (TRI).

Published: Interface Dec 2011

Download (PDF, 407KB)

New Improved Solar Tile Hook

What Makes Our Solar Tile Hook Unique?

No hassle is bigger for an installer than finding out you have to re-cut tile because it won’t line up. With TRA Snow and Sun Solar Tile Hook, there’s no cutting required, saving you time on your project. Our Solar Tile Hooks are available for low, medium, and high profile tile roofs, and are adjustable up to six inches for easy installation for secure attachment to the structural member of the roof. With our unlimited FREE engineered layout on all your projects, we guarantee our Solar Tile Hooks are made of the highest quality for superior strength.

Our high-quality Solar Tile Hooks divert the mount around the tile instead of going directly through the tile, which decreases install time and doesn’t compromise the strength or coverage of the customer’s tile. The wide base of the hook makes the mount very easy to adjust.

 

How Will The Solar Tile Hook Benefit Me As An Installer?

 

TRA’s cutting-edge Solar Tile Hooks are:

  –  made of corrosion-resistant extruded aluminum

  –  quick and easy to install

  –  require no cutting

Solar Tile Hooks must be fastened to structural members of the roof, such as rafters, purlins or trusses, and in order for tile pans to line up in the correct locations, are adjustable up to six inches to the left or right.

 

Solar Tile Hook

  • Available for flat, mid and high profile
  • Adjustable for secure attachment to the structural member of the roof
  • Corrosion-resistant materials
  • Quick and easy to mount
  • Decrease Labor– No cutting of the tile required

Materials/Finishes

  • Hook – Stainless Steel
  • Base – 6005A-T6 Aluminum
  • Spacer Block – 6005A-T6 Aluminum

Testing

Solar Tile Hook has been tested from the fail point of the system.

A Stronger Foundation

Your solar energy system is only as strong as the mounting structure on which it’s built. We guarantee top-of-the-line products, accessories, and fastening systems. Every component is reliable and built to last. Click here to contact us for an estimate and to begin your Solar Tile Hook plan today!

WE DO CUSTOM SOLAR MOUNTING

At TRA Snow and Sun, we engineer and give detailed layouts of each project for free of charge using many factors specific to your project. We then provide you with; rail spans, max loads on components, wind parameters, solar panel geometry, force per foot on rail and panels, a schematic of the module field, the wind speed, shipping weight, and project details. TRA Snow and Sun representatives will work with you to design the most efficient solar mounting system.

Just give us your project details & we will design your Mounting Solution to fit your project.