TOPELER 20A Tamper-Resistant Duplex Outlet – 2-Pole 3-Wire, Self-Grounding, UL Listed

Overview

Meet the TOPELER 20A tamper resistant duplex outlet, a durable and safety‑minded solution for homes, offices, and commercial spaces. It blends rugged construction with practical features that support everyday power access without compromising safety.

Built for frequent use in busy environments, this outlet uses a high impact resistant polycarbonate face and back body. The result is a resilient component designed to withstand daily wear while maintaining a clean, professional look in any room.

Key construction and safety features

• Impact resistant polycarbonate housing for lasting value
• UL listed for residential and commercial use, ensuring compliance and reliability
• 2 pole 3 wire configuration with self grounding capability for streamlined setup

Grounding and safety are built in to simplify installation and help reduce risk. A green grounding screw paired with a self grounding clip enables automatic grounding in most standard junction boxes.

Tamper resistance and code compatibility

• Tamper resistant shutters help prevent the insertion of small objects
• Complies with 2017 NEC tamper resistance requirements
• Duplex design provides two outlets from a single device

The outlet’s shallow profile makes wiring in constrained spaces easier, while maintaining dependable performance for everyday use. It supports flexible wiring configurations to adapt to existing or new cables in a tidy installation.

Wiring options and installation flexibility

• Push‑in terminals accept #14 AWG solid copper wire
• Side wiring terminal screws accept up to #12 AWG wire

In addition, TOPELER offers a 1 year replacement guarantee for non human damage and a responsive support team ready to assist with questions within 24 hours. Whether placed in kitchens, offices, classrooms, or retail spaces, this outlet aims to deliver reliable power access with a focus on safety, durability, and ease of installation. Consider it for areas where frequent use and straightforward maintenance matter, without promising results, but with the potential for safer, more organized power locations.