Καλώδιο τροφοδοσίας τύπου F ShiverPeaks C13 1,8 m γκρι

The ShiverPeaks Power cable Type F C13 1.8m Grey is a mains lead designed for stable power delivery to compatible electronic devices. Measuring 1.8 metres in length, it combines a Type F (Schuko) plug with an IEC C13 coupler, and is intended for use with equipment rated for 230 V. The cable is finished in a neutral grey and built to provide reliable everyday connectivity between wall sockets and computers, monitors, printers, power supplies and similar appliances.

Advantages

This ShiverPeaks power cable offers a standardized connection suitable for many desktop computers, monitors and peripherals. Its 1.8 m length balances reach and cable management for use in office and home environments. The molded connectors and insulated outer sheath are designed to resist wear from regular handling and to maintain secure contact under normal operating conditions.

Suitable for

• Desktop PCs and workstations with IEC C14 inlets
• Monitors, printers and external power supplies
• Network equipment and small servers compatible with C13 connectors
• Home and office setups requiring a 1.8 m mains lead

Key specifications

• Connector A: Type F (Schuko) mains plug
• Connector B: IEC C13 coupler
• Cable length: 1.8 metres
• Rated voltage: 230 V
• Colour: Grey

How to use

Insert the Type F plug into a compatible 230 V wall socket and connect the IEC C13 coupler to the appliance’s C14 inlet. Ensure both ends are fully seated to achieve a secure electrical connection. Route the cable to avoid sharp bends, heat sources and areas with heavy foot traffic. Disconnect power at the mains before plugging or unplugging the cable if the connected device is powered.

Recommendations

Use the cable only with equipment rated for 230 V and with compatible C14 inlets. Regularly inspect the cable and connectors for damage; replace the cable if the sheath, insulation or connector housing shows signs of wear, cracking or exposed conductors. Avoid overloading the circuit by ensuring the total current draw of connected devices does not exceed the supply circuit capacity.