DeLOCK sieťový adaptér IEC 60320 C14 na C13 konektor samica 10 A 90° čierny 80472

The DeLOCK Netzadapter IEC 60320 C14 to C13 Plug Socket 10 A 90° Black 80472 adapts a C14 inlet to accept a C13 connector, enabling connection of devices with a C13 plug to a C14 power source. The adapter supports up to 10 A and features a 90° angled form factor in a black finish, designed for installations where space is limited or where a low-profile cable exit is required.

Advantages

The angled 90° design reduces cable stress and improves routing in confined spaces, while the compact black housing offers a discreet appearance in server rooms, office racks, or behind equipment. Support for up to 10 A ensures compatibility with a wide range of IT and consumer devices that use the IEC 60320 C13/C14 power standard. The adapter provides a straightforward, tool-free connection between C14 power outlets and C13 power cords.

Suitable for

• Connecting equipment with a C13 plug to a C14 power source
• Space-limited installations behind racks, monitors, or cabinets
• Temporary or permanent rewiring where a low-profile exit is needed
• Server rooms, workstations, and home office setups

Key specifications

• Connector type: IEC 60320 C14 (inlet) to C13 (socket)
• Maximum current: 10 A
• Orientation: 90° angled
• Color: black
• Application: power connection adapter for IEC 60320 devices

How to use

Insert the adapter's C14 plug into the C14 power outlet and connect the device's C13 power cord to the adapter's C13 socket. Ensure the connection is fully seated and that the adapter is oriented so the 90° angle provides the desired cable routing. Verify that the connected device's current draw does not exceed 10 A before regular use.

Recommendations

For safe operation, use the adapter only with compatible IEC 60320 C13/C14 equipment and avoid subjecting it to excessive mechanical strain. Keep the adapter dry and avoid exposure to high temperatures or chemicals. If used in rack or cabinet environments, route cables to prevent repeated bending at the angled interface.