Adoreen 3ft Universal Power Cord 5-Pack | 3-Prong NEMA 5-15P to IEC 320 C13/C14 | SJT 18AWG 10A/125V

Meet Adoreen's 3 ft universal power cord set, a practical 5-pack built for reliable replacements across desks, workstations, and home offices. The 3-prong NEMA 5-15P plug connects to typical North American outlets, while the IEC 320 C13/C14 accepts common computer, monitor, and peripheral devices. These cords balance everyday performance with a compact, easy-to-route design, making them a simple upgrade for clutter-free power delivery.

Durable, flexible design

• Our SJT power cords use multi-stranded copper conductors that can enhance conductivity and support consistent energy flow.
• Designed for real-world use, they’re rated to withstand 5000+ bends for a longer service life while remaining soft and pliable.

Safety, standards, and performance

• ETL safety certified with a VW-1 FT-1 flame-rated insulation for everyday reliability in home and small-office environments.
• Thick insulation provides a temperature range of -40°C to 105°C, helping prevent heat-related issues during extended use.
• Nickel-plated prongs resist wear and tear, supporting smooth insertion and removal over time.

Versatility and convenience

• Rated 125V/10A/1250W, suitable for most common devices such as desktops, monitors, and printers.
• Five cords in one bundle allow you to outfit multiple devices and simplify setup in varied spaces.
• Includes 15 cable ties for organized cable routing and reduced desk clutter.

The 3-prong NEMA 5-15P to IEC 320 C13/C14 interface offers broad compatibility with laptops and home office gear, plus several TVs and peripheral equipment. While performance may vary by device, this set provides a consistent, plug-and-play option for frequent reconfiguration or multi-device setups.

With a 2-year warranty and responsive customer support, Adoreen aims to offer a dependable replacement option if you ever need a quick swap or extra cords for backup. This bundle is ideal if you value a uniform power-cord standard across devices and spaces without sacrificing flexibility or safety.