Cable de alimentación DELOCK CEE 7/7 (E+F) a IEC C13 en ángulo de 90°, 1 m, H05VV-F 3x1,00 mm², negro

DELOCK earthed power cord with CEE 7/7 (E+F) plug to IEC C13 female, 1 m length. The cable uses H05VV-F construction with three 1.00 mm² conductors and a PVC outer sheath, rated for 250 V and up to 10 A. The 90° angled mains plug reduces required clearance behind equipment and the standardized IEC C13 connector fits PCs, monitors, printers and other devices with a C13 inlet.

Advantages

This power cord provides a grounded connection with broad device compatibility thanks to the IEC C13 female connector. The H05VV-F cable and PVC insulation deliver mechanical robustness and flexibility for everyday use in office and home environments. The 90° angled plug design saves space behind racks or furniture and reduces stress on the connector, while the cable’s electrical ratings support typical IT and office equipment safely.

Suitable for

• Desktop PCs and workstations
• Monitors and display units
• Printers, scanners and multifunction devices
• Small servers, network switches and UPS devices with IEC C13 inlets
• Office and home office power connections where space behind equipment is limited

Key specifications

• Cable type: H05VV-F, 3 conductors
• Conductor cross-section: 1.00 mm²
• Rated voltage: 250 V
• Rated current: up to 10 A
• Length: 1 m
• Plug type: CEE 7/7 (E+F) angled 90°
• Device connector: IEC 60320 C13 (female), straight
• Sheath material: PVC
• Colour: Black

How to use

Insert the IEC C13 female end into the device’s IEC C14 inlet until it is seated firmly. Connect the CEE 7/7 (E+F) plug to a compatible earthed mains socket. Ensure the cable is routed to avoid sharp bends and that the angled plug orientation matches available clearance behind the equipment. Before use, verify the device’s rated voltage and current requirements to confirm compatibility with the cable’s ratings.

Recommendations

Use this cable for standard IT and office equipment where a grounded IEC C13 connection is required. Avoid exposing the cable to heat sources, chemicals or prolonged mechanical stress. Replace the cable if the insulation is damaged or if electrical performance is compromised.