Self Regulating 5W 120V, Pipe Heat Cable for Pipe Freeze Protection

$29.99 Buy It Now or Best Offer
free,30-Day Returns

Seller Store maxkosko-heater
(160) 97.6%,

Location: Hebron, Kentucky
Ships to: US,
Item: 285430681065

All returns accepted:ReturnsNotAccepted
MAXKOSKO:MAXKOSKO
Unit Type:ft
Country/Region of Manufacture:China

1.PIPE FREEZE PROTECTION: Pipe Heating Cable ,5 W/ft, heats up rapidly.This heating cable can keep water flowing at ambient temperatures down to -40°F (-40°C). It consists of a 3 Ft power cord Plus a heating cable varies from 3 Ft to 160Ft long.2.HIGH TECH SELF-REGULATING HEATING TECHNOLOGY: The pipe heating cable smartly adjust its power output and never overheat or Burn. Water pipe heat tape can be installed with Straight-traced, Spiraled, or Overlapped.3.ENERGY SAVING: Easy heat heating cable has a built-in thermostat that automatically turns on at 38°F, heat trace cable heats only when necessary.4.EASY INSTALLATION: This water pipe heat cable is pre-assembled and ready to Install. You can easily DIY this heat tape for pipes by yourself by following the 5-steps instruction.(If you want to test before installation, please test at a temperature under 0°C (32°F)).5.FOR BOTH PLASTIC AND METAL PIPES: The heat tape for water pipes protects commercial and residential plastic or metal water supply pipes from freezing in cold winter (Including RV, inlet pipe, drain pipe, sewer, palm tree frost protection, etc). And this pipe heating tape can freeze-protect pipes of up to 2in diameter. FOUR STEPS EASY INSTALLTION1.FIX THERMOSTTATPlace the thermostat on the coldest end of the pipe,en-suring the thermostat is in di-rectly contacted to the pipe.2.APPLY CABLEApply the heating cable to the pipe in a straight line,spiral or overlap on the pipe.3.FIX CABLESecure the cable to the pipe with high-quality electrical tape at 6″intervals.4.APPLY INSULATIONWrap the entire pipe and cable,incluing the thermostat,with fiberglass pipe wrap,foam pipe insulation,or other equivalents. TIPSTESTING THE CABLE BEFORE THE INSTALLATION: If you want to test, please test at low temperature. Uncoil the cable, and plug in the heating cable. Normally you can feel the slight warmth on the heating cable in a few minutes. THE ADVANTAGES OF PIPE HEAT CABLEPipe heat cable is a crucial solution for preserving plumbing integrity, ensuring a consistent water supply, and preventing costly pipe ruptures. Here’s why it’s indispensable: Maintain Water Supply: In cold climates, freezing can lead to pipe blockages and bursts. Heat tapes delivers consistent low-level heat, preventing freezing and ensuring a continuous water flow, guaranteeing year-round water availability. Prevent Pipe Bursts: Pipe bursts are a homeowner’s nightmare. Freezing and thawing can weaken pipes, making them susceptible to bursting. Heat cables for pipes maintain a stable pipe temperature, avoiding freezing, costly repairs, and the inconvenience of water damage. Save Dollars: While initially an investment, pipe heaters save money in the long term. They shield pipes from freezing and bursting, averting emergency repair costs and reducing water bills by conserving water lost through burst pipes. Moreover, insurers often reward proactive measures like pipe insulation and heating with lower home insurance premiums. In sum, heat pipe wraps is a cost-effective safeguard for plumbing, guaranteeing a reliable water supply, preventing expensive bursts, and providing substantial savings over time. THE DIFFERENCES BETWEEN SELF-REGULATING HEAT CABLE AND NON-SELF-REGULATING HEAT CABLESelf-regulating heat cables and non-self-regulating heat cables are two distinct heating solutions, each with its own set of characteristics and applications. Here’s a breakdown of their key differences: Self-Regulating Heat Cable: Wide Temperature Range: Self-regulating heat tapes are designed to operate in extreme cold, functioning reliably in temperatures as low as -40°F. They automatically adjust their heat output based on the ambient temperature, producing more heat when it’s colder and less when it’s warmer. Energy Efficiency: These cables are energy-efficient because they only generate as much heat as needed, reducing power consumption when the temperature rises. This adaptability contributes to their cost-effectiveness. Longevity: Self-regulating pipe heaters are built to last, commonly exceeding 5 years of service life. They are engineered to run at lower power levels when temperatures are not extreme, further extending their durability. Safe Installation: They offer safe installation options, as they can be overlapped and spiraled without the risk of overheating. Their ability to produce heat in segments tailored to specific environmental conditions enhances safety and performance. Non-Self-Regulating Heat Cable: Limited Temperature Range: Non-self-regulating heat tapes are less versatile, typically not functioning effectively in temperatures below 20°F. They lack the adaptability of self-regulating cables. Shorter Lifespan: Non-self-regulating pipe heaters have a shorter lifespan, with an expected usage of around 3 years. This shorter operational duration may result in more frequent replacements. Constant Power: Unlike self-regulating cables, they run at 100% power whenever they are active, which can lead to higher energy consumption and costs. Installation Risks: Overlapping or spiraling non-self-regulating cables can lead to overheating and pose safety hazards, potentially causing burns or even fire. In summary, the choice between self-regulating and non-self-regulating heat cables depends on temperature requirements, energy efficiency considerations, and safety concerns. Self-regulating cables excel in extreme cold, adapt to temperature changes, offer long service life, and allow flexible installation. Non-self-regulating cables are suitable for milder environments but demand careful installation to prevent overheating. FOUR STEPS EASY INSTALLTION1. FIX THERMOSTATPlace the thermostat on the coldest end of the pipe, ensuring the thermostat is in directly contacted to the pipe.2. APPLY CABLEApply the heating cable to the pipe in a straight line, spiral or overlap on the pipe.3. FIX CABLESecure the cable to the pipe with high-quality electrical tape at 6″ intervals.4. APPLY INSULATIONWrap the entire pipe and cable, including the thermostat, with fiberglass pipe wrap, foam pipe insulation, or other equivalents.