Virtakaapeli ROLINE vihreä 19.44.1017 3m IEC C14 IEC C13 250V 10A

The ROLINE GREEN power cable 3m with IEC C14 to IEC C13 connectors is designed for reliable mains connection of IT and electronic equipment. With a length of three meters and rated for 250V, 10A, it provides a standard, grounded connection between power distribution units, uninterruptible power supplies and devices such as desktop computers, monitors, servers and network equipment. The cable’s construction follows industry norms for safe power delivery in office, datacentre and workshop environments.

Advantages

This three-metre power lead offers extended reach while maintaining the typical safety parameters for IEC C14/C13 connections. Rated at 250V and 10A, it supports stable current flow for a wide range of electronic devices. The cable is built to fit standard IEC inlet and outlet profiles, ensuring broad compatibility and straightforward installation without adapters.

Suitable for

• Connecting servers and rack equipment to power distribution units
• Powering desktop PCs and workstations in offices
• Supplying monitors, printers and peripherals
• Linking uninterruptible power supplies (UPS) to devices
• Temporary power routing in workshops and training rooms

Key specifications

• Connector A: IEC C14 (male)
• Connector B: IEC C13 (female)
• Length: 3 meters
• Rated voltage: 250 V AC
• Rated current: 10 A
• Grounded three-conductor design

How to use

Inspect the cable for damage before first use. Insert the IEC C14 end into a compatible power source such as a PDU, UPS or mains inlet. Plug the IEC C13 end into the device’s power inlet until it seats securely. Ensure both ends are fully engaged and that the cable is routed to avoid sharp bends, pinch points and heat sources. Disconnect by pulling the connector body rather than the cable jacket.

Recommendations

For safe operation, use the cable within its rated 250V/10A limits, avoid running under carpets or across doorways, and replace the cable if insulation is damaged. For rack installations, secure excess length to prevent strain on connectors and maintain adequate ventilation around powered equipment.