ReadyTrace Self-Regulating Low Temperature Freeze Protection Heating Cable, Self-Installation, 24ft Length

READY—SET—HEAT—Introducing ReadyTrace, your trusted partner in protecting both residential & commercial buildings from damage caused by freezing temperatures. With hassle-free installation, superior quality, and versatile protection, ReadyTrace is engineered to deliver peace of mind season after season. Dependable, Cost-Effective Protection for Any Building At ReadyTrace, we know that safeguarding your assets from winter's worst isn't just a need—it's a necessity. That's why we've developed a simple, effective solution that homeowners, contractors, engineers, and facility managers can rely on. Proudly made in the United States, our self-regulating heat trace systems are crafted with top-quality materials to deliver superior performance at an affordable price. With lengths ranging from 6 to 150 feet, ReadyTrace provides the flexibility to protect any part of your building, from roofs and gutters to pipes and outdoor surfaces, against the damaging effects of ice and snow. Get peace of mind and ensure your building is prepared for the harsh challenges of winter. Browse our products to find the perfect ReadyTrace solution for your residential, commercial, and industrial needs. Why Choose ReadyTrace for Your Building? ReadyTrace is built on a foundation of quality, innovation, and trust. Designed and manufactured in the United States by our national award-winning lean manufacturing facility, our products provide unbeatable protection against freezing temperatures, giving you the peace of mind you deserve. We believe in making winter protection simple, effective, and accessible for all residential, commercial, and industrial applications. Applications - ReadyTrace™ is a self-regulating heater intended to protect small and medium-diameter pipes from rupture and leakage caused by freezing conditions in residential and commercial applications. ReadyTrace™ is also designed and approved for roof and gutter applications with direct exposure to harsh environmental conditions. Due to its self-regulating nature, ReadyTrace™ will increase power when exposed to ice and snow. When the area has been cleared the power output will decrease to reduce energy consumption. Easy to Install - ReadyTrace™ is available in a range of predetermined lengths and comes with a lighted mechanical plug ready to plug into a GFCI-protected circuit. Flexible materials and small cross-sections provide an excellent bending radius for wrapping around complex geometries. Safe - ReadyTrace™ self-regulates to prevent overheating, even when overlapped. Trace heaters are certified for ordinary (non-classified) areas. Reliable - Built with proven and proprietary compounding, extrusion, and cross-linking technology, ReadyTrace™ allows for continuous operation and extended life expectancy. ReadyTrace Basic Accessories - ReadyTrace™ offers accessories for rapid, trouble-free installation. All ReadyTrace™ heaters must be plugged into a GFCI-protected circuit. If your circuit is not GFCI protected, ReadyTrace™ offers an inline GFCI option. ReadyTrace™ also offers mechanical fasteners to secure the heater to a roof, tape to secure ReadyTrace™ to a pipe, and temperature controllers to help control ReadyTrace™ Temperature. Please see the Ready Trace Accessory Sheet for more details.

• Heating Cable Type: Self-Regulating Low Temperature Freeze Protection Heating Cable for Ice Dam Prevention, Pipe and Other Equipment Freeze Protection
• Heater Construction: Nickel-Plated Copper Bus Wires; E-Beam Cross-Linked Dielectric Insulation; E-Beam Cross-Linked Semiconductive Heating Matrix; Foil and Drain Wire for Grounding
• Power Cord Type: 1.8m (6 ft) long 14 AWG Lite Power Cord; Electrical Plug Type: Lighted 5-15 or 5-20 NEMA plug
• Max Maintain Temperature (140°F (60°C)
• Applications - ReadyTrace is also designed and approved for roof and gutter applications with direct exposure to harsh environmental conditions. Due to its self-regulating nature, ReadyTrace will increase power when exposed to ice and snow. When the area has been cleared the power output will decrease to reduce energy consumption.