IronBox Electric NEMA 6-15 Plug to C13 Connector Power Cords - 15A/250V - 14/3 AWG - Power Supply Replacement Cable - UL Listed Heavy Duty Cord for Monitor, Computer, TV & More (15 ft, Molded)

ROBUST AND RELIABLE DESIGN - The NEMA 6-15P to C13 Power Cord exemplifies durability. Engineered for heavy-duty performance, it's built to withstand intense usage. With a robust 14/3 AWG wire, it's ideal for powering high-demand devices, be it in data centers or for your latest technology project. This cable ensures your devices get the consistent power supply they need. EASY AND FLEXIBLE FOR EVERYDAY NEEDS - This power cord is simple to use and comes in a variety of lengths, making it suitable for any space. Its flexible SJT jacket is tough and easy to handle, perfect for use in places like tech offices, hospitals, government buildings, or even at home.

This cord is a convenient and adaptable choice for all your daily power needs. EXCEPTIONAL QUALITY - Each NEMA 6-15P to C13 power cord undergoes rigorous testing for Voltage Hi-Potential, Continuity, and Polarity to ensure optimal performance. UL Listed for safety and reliability, it's a product you can depend on for all your power needs, from powering servers and computers to essential medical equipment. WIDE-RANGING COMPATIBILITY - Designed for versatility, this power cord seamlessly connects with a variety of devices. Its NEMA 6-15P plug and IEC C13 connector make it an ideal choice for connecting computers, monitors, printers, speakers, and other electronics.

Whether at home, in the office, or in a commercial setting, this cable is your go-to solution for a reliable power connection. HIGH POWER CAPACITY - Engineered for efficiency, this power cord handles up to 15 Amps and 250V, making it suitable for high-powered applications. From powering servers in data centers to supporting your home office setup or even cryptocurrency mining, this cord delivers the energy needed for optimal performance. Its high power capacity ensures that even the most demanding electronic devices operate smoothly and efficiently