Heating cable R-ETL-A-CR, low profile self-regulating, 10 W/m at 5°C P000002043

Low-profile self-regulating heating cable – reliable frost protection

This R-ETL-A-CR self-regulating heating cable is an ideal solution for protecting pipelines from freezing. Thanks to its low profile, it is easy to install even in hard-to-reach places. The cable provides even heat distribution along its entire length, eliminating the risk of overheating and ensuring effective protection.

Construction and application

The cable is made of high-quality materials, and its braid provides additional protection against mechanical damage. Application in pipeline heating guarantees maintaining the appropriate water temperature and preventing it from freezing, which is especially important in outdoor installations or those exposed to low temperatures. A heating power of 10 W/m at a temperature of 5°C ensures effective heating even in difficult weather conditions.

Advantages and benefits

• Self-regulation: The cable automatically adjusts its heating power to the ambient temperature, which translates into energy savings and extended service life.
• Low profile: Allows easy installation in tight spaces and on pipes of various diameters. The dimensions are only 5.8 mm high and 8.5 mm wide.
• Durability: Shielding in the form of a braid protects the cable against electromagnetic interference and mechanical damage.
• Safety: Rated voltage of 230 V ensures compatibility with most electrical installations. The maximum operating temperature is 65°C.
• Long-term warranty: The manufacturer offers a 10-year warranty after registering the product on the website, provided that original Raychem accessories are used – this is a solid proof of the quality and reliability of this solution.
• Origin: Product manufactured in the USA, which demonstrates high production standards and quality control.

The R-ETL-A-CR cable is an investment in the comfort and safety of your installation – both for professional installers and end users. It provides reliable protection against the effects of low temperatures for years to come.