ENET C13 to C14 3ft Black Power Extension Cord – 250V, 18 AWG, 10A for Reliable Power Delivery

ENET C13 to C14 3ft Black Power Extension Cord / Cable 250V 18 AWG 10A NEMA IEC-320 C13 to IEC-320 C14 3'

The ENET C13 to C14 3ft Black Power Extension Cord by NSI Industries is designed to extend your electrical connectivity with durability and safety. Crafted with a black, high-quality insulation, this cord provides a reliable link between your equipment and power sources, especially when outlets are positioned farther away. Its compact 3-foot length offers convenience without excess slack, making it ideal for a variety of professional and home applications. Constructed with 18 AWG gauge wire rated for 10 amps, it ensures efficient and continuous power delivery to compatible devices. The cord's 250-volt AC capacity makes it suitable for powering computers, networking equipment, and other electronic devices that require a stable power source. The IEC 60320 C13 connector at one end and IEC 60320 C14 connector at the other facilitate secure and consistent connections, supporting routine use and reducing connection issues. Designed for versatility, this extension cord is perfect for data centers, office setups, or home entertainment systems where reliable power extension is necessary. Manufactured by NSI Industries under the ENET brand, the cord meets industry standards for safety and performance. Its durable construction ensures long-term operation, making it a dependable addition to your power management solutions. Whether you need to reach a distant outlet or extend the life of your power strip, this extension cord provides a practical and safe solution for your power needs.

Features:

• Helps connect equipment to a power source when the electrical outlet is located farther away

• IEC 60320 C13 first end connector type supports consistent connection during routine use

• IEC 60320 C14 second end connector type supports convenient attachment to compatible power sources

• With 250 V AC cord, expect continuous power delivery to compatible devices when connected to an appropriate electrical source