YeloDeer Bulk Heating Cable Roll, Cut to Length Self-Regulating Heat Tape for Roof de-icing and Pipe Heating

SKU: 120V-100ft
Regular price $265.99 USD Sale price $265.99 USD
Voltage 120V
Size 100ft
In stock

Enjoy free shipping on orders over $30.

We ship orders within 48 hours for quick delivery.

1. Our website accepts Visa, MasterCard, and American Express. If you are using a card issued by another bank, please ensure it is enabled for international transactions.

2. During payment, you may be required to complete 3D Secure (3DS) verification. Please ensure that the cardholder completes the verification to avoid payment failure.

3. If your usual spending amounts are relatively low and you are making a larger purchase, your bank may flag the transaction as a potential risk. If your payment fails, please contact your bank to approve the transaction.

Enjoy exclusive technology designed to enhance performance and reliability, protected by YeloDeer's unique patent.

In-Pipe Heating Cables

Common Questions

This FAQ section is compiled from real customer inquiries.

If you have any other questions about this product, whether related to its design, installation, or application, feel free to ask directly in the QA section at the bottom of the page to get your answers.

You can also contact us via email at yelodeer@yelodeer.com.

We’re here to help!

1_2_b904db55-9c43-45b5-b415-f110d7a20ef0.jpg

Yes. All self-regulating heating cables have a maximum circuit length, and it depends on the voltage, wattage per foot, and the ambient temperature at start‑up. Exceeding this limit may lead to inrush current, breaker tripping, or overheating.

Examples from the YeloDeer datasheet:
a. 8 W/ft – 240 V at –20 °F (–29 °C) → 175 ft maximum on a 15 A circuit.
b. 5 W/ft – 120 V at 32 °F (0 °C) → 230 ft maximum on a 15 A circuit.


Always refer to the length table in your installation manual to select the correct cable length.

If your installation requires more length than allowed, here are safe options:

a. Use multiple circuits – Split the run so each circuit stays within its limit.
b. Use a larger breaker (if permitted by code) – 20A, 30A, or 40A breakers allow longer runs than 15A.
c. Choose 240V instead of 120V – 240V systems support much longer cable lengths.
d. Select a lower wattage model – Lower W/ft cables can run significantly longer.

Always follow the datasheet and electrical code to prevent inrush current issues, breaker tripping, or overheating.

Questions & Answers

Have a Question?

Be the first to ask a question about this.

Ask a Question