Lead Wire Twin 120V, 14 AWG, 1′
Description
WarmlyYours cold lead allows you to extend the amount of space between your floor-heating system and your thermostat, when needed. This cold lead is compatible with our 120 V twin-conductor TempZone™ floor-heating systems rated over 9 amps with yellow, black and green cold leads. When the length of the factory-provided cold lead isn’t enough, purchasing our cold lead by the foot will give you the flexibility you need to complete your project.
*Compatible with 120 V TempZone™ Twin Flex Rolls and Cable.
Specifications
Cabling Specs
| Ideal Cable Spacing | 3″ |
Product Dimensions
| Length | 0.1″ |
| Weight | 0.0013 lbs |
| Width | 0.1″ |
Identifiers
| SKU | CL-TWIN-120-14 |
| UPC (GTIN-12) | 881308021269 |
Electrical
| Voltage | 120 V |
Frequently Asked Questions
Showing all 5 questions
While WarmlyYours electric radiant floor heating systems are typically installed by your floor covering contractor, a licensed electrician is recommended for the final thermostat hook-up. With every quote, we provide an Installation Plan layout, together with an electrical plan that has all the info required for the electrician.
Cork flooring can be used with floor heating if the r-value is under 1. You will need to find the r-value of the flooring you choose and let your account manager know during the design stage. Cork flooring should have a low r-value to minimize trapped heat.
Yes, many homeowners successfully install bathroom floor heating systems themselves. WarmlyYours provides detailed installation manuals, 24/7 technical support, and custom installation plans to guide you through the process. However, a licensed electrician is required to perform the final electrical connections and thermostat wiring to ensure safety and warranty compliance.
Yes, electric radiant floor heating can maintain a cozy 70°F even when outside temperatures drop well below zero. By heating the objects and people in a room directly, a properly sized and insulated system provides reliable, consistent warmth that outperforms traditional forced-air systems during extreme Midwestern winters.