Our Remote Precipitation Sensor Extension Kit extends the DS8 and DS9 remote precipitation sensors up to an additional 50 feet from the controller enclosure and includes an IP67 watertight connector
$127.15
6 in stock
The EX-50 is manufactured from cable identical to that used in the remote precipitation sensor. Matching outside diameter means a solid, watertight seal when passed through the top-mount strain relief of the sensor enclosure. The cable comes pre-terminated with a watertight circular connector. The included mating connector can be installed on the end of the sensor cable using standard hand tools. No special crimp tools or soldering is required! And, once mated, the M12 circular connectors provide a rugged IP67-rated watertight connection. The special connector provided also allows extending the cable shield, improving noise immunity and preventing false triggering.
“Heat Tape Pro did exactly what I needed it to do. Now I don’t have to worry about water leaking into my house, because I can tell when it’s working by the little light on the end of the cable.”
-Michael P.
Amazon Customer
“This heat tape works as advertised. It was delivered to me fast, and although it’s a little complicated to install, the documentation is good..”
-Shaun D.
Radiant Solutions Customer
“I install thousands of feet of heat tape every year. This is the best stuff I’ve found to protect my customers homes and give them the piece of mind they need.”
-Patrick B.
Professional Installer
Radiant Solutions products, including Ice Dam Prevention products such as Heat Tape Pro and Pipe freeze Prevention products like Pipe Freeze Pro can be purchase here at this website or at Amazon.com.
We are a family-owned business with less than 10 employees that has been in business since 2016. Our experience with ice dams goes far beyond that: our founder Steve started a business diagnosing and solving Ice Dam problems on customer houses for almost 35 years.
Radiant Solutions has the most comprehensive installation system for Heat Tape that exists. We make accessories to install heat tape on almost any kind of roof.
Click here to learn about product specifically for Natural Cedar Roofs
Installing our heat tape on your standing seam roof can be very effective in combating ice dam formation. There’s two main products used to install heat tape on your standing seam metal roof: The S-5 SR Heat Tape Clip, and the standard ice dam heat tape clip.
Installing Heat Tape on a Standing Seam Roof with the S-5 SR Heat Tape Clip
The S-5 Heat Tape Roof Clip is a new, patented roof clip design specifically for standing seam applications with a focus on ease of install and effectiveness. It is used in conjunction with the S-5 Base, which needs to be purchased separately. The S-5 base is designed to clamp onto the seam of a metal roof as the S-5 Clip holds your ice dam heat tape into position. Can be set up in a single or dual-clip configuration. (See product page for more info)
Installing Heat Tape on a Standing Seam Roof with Standard Roof Clips
There are specific ways/configurations used when installing heat tape on a standing seam / metal roof using standard heat tape clips. The following (2.6 – figure 16.0 & 17.0) shows a snippet of the HeatTape Pro installation manual showing two different clip configurations, more info can be found in the manual itself: Heat Tape Pro installation Manual
The short answer is NO. Self-regulating heat cable does not turn itself on and off automatically. To do that you need to put the cable on a switched circuit or outlet or on a controller. Of course, you can also be old-school about it and simply plug and unplug as needed.
“Self-Regulating” refers to the fact that these cables are temperature sensitive. Due to their construction, these cables sense changes in temperature along their entire length, demanding more power as temps fall and less when they rise.
PipeFreeeze Pro™, Pipe Freeze Protection Solution has a built in thermostatic switch, meaning it will turn on and off on it’s own.
Heat Tape Pro™, does not contain a built-in thermostatic controller. We recommend adding the ThermaCord™ Thermostatic controller to turn your Heat Tape PRO to turn the cable on and off with changes in temperature.
If you are in need of a specific product that is currently out of stock, you can request to be notified when new inventory of product is in stock.
Click Here to complete the Re-stock Notification Form
We generally do not reserve stock for miscellaneous reasons outside our stated inventory on this website. Besides selling on this website, we also Sell our products on Amazon.com – in doing so, we send separate inventories to their warehouse for fulfillment, so you could check inventory of the product you are looking for there.
Including a thermostatic heat tape switch or controller in your installation will cut power to your heat tape in times it is not needed. This will lessen your environmental footprint and save you money.
Savings will always depend on the weather and how often you have temperatures above the threshold that the switch turns on your heat cable. In most situations where heat cable is needed, savings will offset the cost of the ThermaCord and then some.
Heat Tape Pro and Pipe Freeze Pro are offered in many lengths from 6-foot up to 150-foot. These products are not designed to be modified, so you should pick the length you need and work with that length. These cables should not be altered and doing so would void any warranty on the product.
We offer heat tape on spools from 250-foot to 1000-foot. These spools are designed to be cut to length, made into multiple cables, etc. Heat Tape on spools needs to be hard-wired into a junction box, or have a power connection plug-in manually added to it for use. It also requires ends to be properly sealed and terminated. When working with Heat Tape on spools, a Licensed Electrician should be utilized to assure proper wiring per regional codes and standards.
Check out our full list of Frequently Asked Questions on our FAQ Page.
Take a Look at Our Heat Tape Installation Case Studies
Learn a Bit about Ice Dams and How & Why they Form
