Aluminum 3-prong roof clip (25 per pkg)
Ice Shield: Self-Regulating Roof and Gutter Deicing Systems Description
These aluminum 3-prong roof clips are ideal for attaching self-regulating deicing cable to typical roof and gutter surfaces, such as metal and asphalt shingles.
Specifications
Logistics
| Country of Origin (COO) | United States of America |
Product Dimensions
| Length | 3″ |
| Width | 2.5″ |
Identifiers
| SKU | ET-CL-AL-P25 |
| UPC (GTIN-12) | 881308056056 |
Accessories
Feel free to chat us if you have any questions about these items.
Documents & Manuals
Customer Questions & Answers
Ice Shield: Self-Regulating Roof and Gutter Deicing Systems has 18 Questions and Answers.
Can the heating element be cut to length or shortened?
Our self-regulating heating product is designed to be cut to length at the jobsite by an installer where it can then be end-capped with accessories (sold separately).
However, our constant wattage kits contain heating elements that cannot be shortened or altered in any way.
How do I estimate the roof and gutter deicing cable length needed?
Cable length needed depends on the sizes and areas of the roof that need to be deiced (roof with gutter, downspouts, valleys, and/or dormers). Our best recommendation is for you to give us a call (1-800-875-5285) and we can help you identify what measurements will need to be taken. Alternatively, you can
measure the dimensions of the aforementioned areas and refer to the installation manual to get an idea of how much cable you'll need.
Do radiant heating products have polarity?
Electric-resistance heating cables and systems have no polarity. This includes all current WarmlyYours heating elements.
Can the cable be installed to remove already formed ice dams or to clear existing ice or snow from a roof?
It is not recommended to install this product to remove ice dams that have already formed or for the purpose of clearing the roof of existing ice and snow.
Can the cable be left on in warm weather or all year long?
We do not recommend leaving the cable on all year long. It's an unnecessary use of energy to run the cable during warm weather and it could actually cause the heating cables to overheat if they're left on during very warm weather.
View all 18 Questions and Answers
Customer Reviews
Ice Shield: Self-Regulating Roof and Gutter Deicing Systems achieved an average rating of 5.0 stars with 1 reviews by our customers.
Roof heat cables, Yes!
Gigi D., La Grange, IL on 02/11/2022
Product works great. WarmlyYours terrific; prepared me with all the necessary information for the installation and back end support if we needed it at the time of installation. I’ll be back.
How Much Cable Will I Need?
For each area listed in the table below, measure the required dimensions using the diagram above and calculate the length of cable needed. Add each “area” calculation to determine the total cable length needed.
| Area | What to Measure | How to Calculate |
|---|---|---|
| Along Roof |
Overhang (A) Length along roof (B) |
Length of roof (B) X Overhang Multiplier |
| Dormer | Distance around dormer (C) | Number of dormers X Distance around dormer(s) (C) |
| Valley | Number of valleys (D) | Number of valleys (D) X 6 ft. or 1.8M |
| Downspouts |
Number of downspouts Length of downspouts (E) |
Number of downspout (E) X 2 |
If ice is building up in gutters only, calculate the length of cable needed for each area listed in the table below. Add each “area” calculation to determine the total cable length needed.
| Area | How to Calculate |
|---|---|
| Gutter | Length of gutter (B) X2 |
| Downspouts | Number of downspouts X Length of downspout (E) X2 |
For each area listed in table below, measure the required dimensions using the diagram above and calculate the length of cable needed. Add each “area” calculation to determine the total cable length needed.
| Area | What to Measure | How to Calculate |
|---|---|---|
| Along Roof |
Overhang (A) Along roof (B) |
Length of roof (B) X Overhang Multiplier |
| Dormer | Distance around dormer (C) | Number of dormers X Distance around dormer(s) (C) |
| Valley | Number of valleys (D) | Number of valleys (D) X 6 ft. or 1.8 m |
| Downspouts |
Number of downspouts Length of downspouts from roof to ground (E) |
Number of downspouts X Length of downspout (E) X 2 |
| Special roof areas (such as skylights) |
Distance from roof edge to bottom of special roof area (F) Width of ice dams that form along special roof area (G) |
Distance from roof edge to bottom of special roof area (F) X Width of ice dams to form along special roof area (G) X Special Roof Area Multiplier |