![]() ![]() This feature makes it ideal for the freeze protection of pipes in the winter or for keeping gutters clear of ice formations. This core becomes more conductive during cold ambient conditions therefore the heating cable will increase its wattage per linear foot in response to the cold. Self-regulating heat cable has a special conductive core between the two bus wires. Another common term that is used interchangeably in the specific context of pipe freeze protection is “heat trace”. ![]() However, “heat tape” is simply a slang term that has gained wide usage in the industry, but is actually just another term for heat cable. Heating cable, specifically in the application of pipe freeze protection and roof and gutter deicing, is commonly referred to as heat tape with the assumption that they are two different types of systems. Are heat tape, heat cable, and heat trace different?īefore we dive deeper into the differences between self-regulating and constant wattage cable, there is an important clarification that should be made in regard to the heating cable - whether it is self-regulating or constant wattage cable. There are two different kinds of cables, self-regulating and constant wattage, and both can serve the same purpose, although the application will typically determine the best solution for the job. Heating cable can be used in a wide range of applications for the home, such as floor heating, heat loss replacement, pipe freeze protection, roof and gutter deicing, and snow melting. Let's start by asking the important questions about self-regulating and constant wattage cable - what is the difference between the two types of cable and is one more effective than the other?Īn electric heating cable is a wire cable that produces heat, also referred to as heat trace cable. ![]()
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