Quick summaryThis is a standard 3-pin power cable (IEC C13 to country-specific plug, like NEMA 5-15P) used to connect desktop PCs, monitors, printers, and other compatible devices to an electrical outlet. It is a universal replacement for a lost or damaged power cord. Features at a glance

Universal fit: Compatible with most devices that use a standard 3-pin power connector, including desktop computers, monitors, printers, scanners, and some TVs.
Safe and reliable: Features a durable, heat-resistant PVC jacket and molded strain relief connectors to ensure a stable and secure connection.
Heavy-duty construction: Made with high-quality copper wire for efficient power transmission and reliable performance.
Multiple lengths available: Choose the right length for your specific setup to maximize reach and improve cable management.

Universal Compatibility and Construction

The IEC 60320 C13 power cable's universal design ensures it fits a wide range of devices, from computers to printers and UPS systems. Crafted from high-quality PVC insulation and copper conductors, it promises durability, minimal contact resistance, and excellent safety with RoHS compliance. The cable is suitable for both Indian 3-pin sockets and international plug types, providing flexible usage across various environments.

Certified Safety and Environmental Compliance

This power cable is rigorously tested to meet CE, RoHS, and ISI standards where applicable, ensuring user safety and adherence to international regulations. It holds a UL94V-2 flame retardant rating for added fire protection, and features a dielectric strength of 2000V AC per minute. With RoHS-compliant materials, the cable reduces hazardous substances, supporting eco-friendly usage.

Customizable to Suit Your Needs

While the standard cable length is 1.5 meters, customization is available to meet specific requirements. The product is packaged in polybags or in bulk as per order volume, catering to individual and corporate needs. The cable's flexible strain relief allows for easy installation and ensures longevity, even during frequent use or when bent at the recommended radius.

FAQ's of Computer Power Plugs:

Q: How is the IEC 60320 C13 female power plug used to connect devices?

A: The IEC 60320 C13 female power plug is plugged into the power input of compatible devices such as desktop computers, monitors, printers, or UPS systems, with the other end connected to a power source using an Indian 3-pin or international plug. The plug-and-use installation requires no special tools or expertise.

Q: What certifications and safety features does this power cable provide?

A: This cable is certified according to CE, RoHS, and ISI standards (as applicable). It boasts a flame retardant rating of UL94V-2 and a dielectric strength of 2000V AC/minute, ensuring high safety for indoor use. The use of RoHS-compliant materials limits hazardous substances, and the product is suitable for sensitive environments.

Q: When should I opt for a customizable cable length?

A: Customizable cable lengths are useful when the standard 1.5-meter cord does not suit your equipment setup or if your environment requires specific cable management solutions. Custom lengths can be requested at the time of order to better match your installation needs.

Q: Where can this power cable be used safely?

A: This power cable is designed for indoor environments and performs reliably in offices, homes, data centers, and labs. It should not be used outdoors, as its UV resistance meets standard requirements for indoor settings only.

Q: What is the recommended process for installing this cable?

A: Installation is straightforward: align and insert the C13 connector into the device's power port, and plug the opposite end (Indian 3-pin or international version) into the wall outlet or power strip. Avoid sharp bends-maintain a minimum bend radius of 15 times the cable diameter for longevity.

Q: What are the main benefits of using this power plug cable?

A: Key benefits include its universal compatibility, secure and flexible design, high durability due to robust copper and PVC materials, and compliance with international electrical and safety standards. It ensures a stable power connection, reduces the risk of overheating, and is easy to install and maintain.