CCCEI 3-Outlet Heavy Duty Surge Protector Power Strip - 20A, 25ft 12-Gauge Cord, Wall Mount, Silver

Overview

In busy spaces like garages and workshops, reliable power distribution matters. The CCCEI 3-Outlet Heavy Duty Surge Protector Power Strip combines three outlets with independent protection to manage devices without constant unplugging. A robust 25 ft 12-gauge cord provides reach, while a wall-mount option keeps floors clear and cords accessible, ready for project after project.

This unit is designed with safety and durability in mind. Its three outlets are each safeguarded by a 20A circuit breaker, helping prevent overloads in high-demand setups. The sturdy construction features an aluminum housing and fire-resistant materials, offering a practical power extension that can adapt to your workspace needs.

Key features and benefits

• Three outlets with independent protection: each switch is guarded by a 20A circuit breaker for controlled power delivery.
• Long, heavy-duty cord: 25 ft of 12-gauge cord supports higher power demands and flexible placement.
• Wall-mount design: keeps cables organized and accessible, reducing clutter and crawl space effort.
• Grounding and surge protection: built-in grounding and a 4800J surge rating help safeguard connected devices.
• Safety-first construction: thicker copper conductors and a durable aluminum/ABS shell contribute to reliability and reduced fire risk in workshop environments.
• ETL listed: meets safety standards (5019543) for workplace and home use, with recyclable components for responsible design.

Practical use and space optimization

• Ideal for workshop tasks, charging stations, and tool setups where multiple devices require controlled power without frequent unplugging.
• Wall mounting helps keep benches and floors clear, supporting safer, more efficient work areas.

For best results, turn off and unplug electronics during severe weather and follow local safety guidelines. The CCCEI power strip offers a practical, real-world solution for organized power distribution in demanding spaces.