IEC C13 power cable

It depends on the connector type and the operating voltage. To power computers, monitors, printers, or servers, choose an IEC C13 cable with a connector compatible with your power supply unit and the local wall outlet. In this category, you’ll find cables from C13 to C14, commonly around 1.5 to 1.8 m long, plus variants with UK plugs (Type G) or European plug types to ensure reliable power in different environments.

The cables in this selection use either PVC or LSZH for improved safety and flexibility. They may also meet standards such as BSI, CE, RoHS, and REACH. LSZH reduces toxic fumes in case of combustion, which is especially important for kiosks, offices, or racks. Material choice should match the environment where the cable will be used and the safety requirements.

Any equipment compatible with IEC C13—such as computers, monitors, printers, and network devices—can use them. Their universal compatibility makes it easy to connect most devices to power sources at home, in an office, or in a small data center, without needing extra adapters.

Choose a length that fits your workspace, typically 1.5 to 1.8 m, depending on your desk setup. For current, choose cables rated 10A or 13A depending on the model and equipment. Also check the nominal voltage (typically 125V or 250V depending on your region) to ensure reliable performance and optimal safety.

IEC C13 and C14 cables make up a standard pair used for most computer equipment. C19 to BS1363 cables are intended for servers or more power-hungry equipment in professional environments, with the appropriate male British plug. In practice, choose C13/C14 for common computers and peripherals, and choose C19/BS1363 when you need more robust power for network installations or data centers.

Keep them dry and avoid excessive tension near the plugs and connectors. Regularly inspect the insulation rubber and replace any damaged cables. Use plugs and sockets rated for the correct voltage and current, and avoid overloading extension power strips. Following the standards and good practices prolongs service life and minimizes electrical risks.