Bsc Preferred AHB013A Automatic Pipe Heating Cable 3 Ft

Product Description

The BSC PREFERRED AHB013A is a 3-foot automatic pipe heating cable designed to prevent pipe freeze in residential and light commercial applications. A surface-mounted snap-action thermostat controls the cable, activating heat only when ambient temperatures drop low enough to require it. The cable delivers 7 watts per foot for a total output of 21 watts. It is rated for use on both plastic and metal pipe, making it a versatile option for plumbers and HVAC technicians addressing freeze protection on exposed or vulnerable runs. UL and CSA listed for safe installation.

This heating cable is suited for freeze protection on water supply lines, drain lines, and similar pipe runs exposed to cold ambient conditions. Typical installations include unheated crawl spaces, attics, exterior wall cavities, and unconditioned utility areas. The self-regulating thermostat removes the need for manual operation, cycling the heat element on and off automatically based on temperature conditions at the pipe surface.

Key Features

• Snap-action surface-mounted thermostat activates heat only when needed, reducing energy use
• Outputs 7 watts per foot, 21 watts total over the 3-foot length
• Compatible with both plastic and metal pipe surfaces
• UL and CSA listed for code-compliant installation
• Self-contained design requires no separate thermostat controller

Compatibility

Designed for freeze protection use on plastic and metal pipe in residential and light commercial settings where exposed pipe runs are subject to freezing temperatures.

Installation Notes

Installation is typically performed by a licensed plumber or HVAC technician. De-energize any nearby electrical circuits before beginning work and follow applicable NEC requirements for electric heat trace installations. Secure the cable along the pipe surface per manufacturer routing guidelines and do not overlap cable sections, as overlapping can cause hot spots. Ensure the thermostat sensor maintains full contact with the pipe surface for accurate temperature response.