CMI 2' x 100' Copper Equipotential Bonding Grid Kit (EB2100) - NEC® Compliant
The CMI EB2100 2' x 100' Copper Equipotential Bonding Grid Kit ensures safe equipotential bonding to meet utility and NEC® Section 680.26(C) standards. Designed for use under paved surfaces, it extends 3 feet from the pool's edge, protecting against dangerous stray voltage.
Key Features:
- 2' x 100' roll made from durable, exothermically welded #8 solid copper with 12-inch grid spacing.
- Includes UL-listed JRD rebar clamps, 17 #8 split bolts for secure corner connections, and 16 metal stakes for easy installation.
- Ideal for pools with a 12" beam; provides the required 3' coverage for beams less than 12".
This kit is easy to install and ensures safety for your pool and loved ones. Protect your pool area with this high-quality, NEC-compliant bonding solution.
Available in two sizes:
- 2' x 100' Roll (EB2100) – Suitable for pools with a 12" beam
- 3' x 100' Roll (EB3100) – Required for beams less than 12"
Protect your pool deck and loved ones with this reliable bonding solution, designed to prevent electrical hazards and ensure peace of mind.
A Copper Equipotential Bonding Grid is a safety system that prevents electrical shock around pools by equalizing electrical potential. Made of #8 solid copper in a mesh pattern, it’s installed beneath the pool deck, extending 3 feet from the inside edge, and connects all conductive elements. This ensures stray electrical currents are safely dissipated, protecting swimmers and complying with NEC® Section 680.26(C). It’s essential for residential and commercial pools to eliminate voltage differences and enhance safety.
Important Note: This item is currently on backorder. Please allow 4–6 weeks for delivery.
Free Shipping: In-stock items ship within 1–2 business days. Please refer to our shipping policy for full details.
Warranty Information & Support: Visit our warranty page or refer to the specific product user manual.
Disclaimer: Professional installation (not included) is required for warranty validation.
Please Note: Images are for representation.