Microconnect C14PLUG power plug adapter C14 Black

The MicroConnect Power Plug Adapter C14PLUG is a compact adapter with a C14 plug and socket connector type designed for use with 230 V AC mains. Its small form factor and 18 g weight make it suitable for situations where a reliable C14 connection is needed without adding bulk. The adapter is finished in black and intended to provide a straightforward interface between compatible equipment and power cords that use the C14 mating connector.

Advantages

This C14 adapter delivers a simple and space-saving solution for connecting devices that require a C14 inlet or plug. Its lightweight construction and compact dimensions allow for easy handling and storage. The adapter is made to fit standard C14 connections, ensuring compatibility with a wide range of IT and AV equipment that use IEC C14 power interfaces.

Suitable for

• Connecting desktop computers, servers, and power supplies with C14 inlets
• Temporary power reconfiguration in offices and data centers
• Use with UPS units and rack-mount equipment that accept C14 connections
• Field service and maintenance where a lightweight adapter is needed

Key specifications

• Connector type: C14 plug and socket
• Rated input voltage: 230 V AC
• Weight: 0.018 kg
• Colour: Black
• Compact dimensions for storage and transport

How to use

Insert the C14 plug of the adapter into the compatible inlet or mate the adapter's socket with a C14 power cord, ensuring a firm and secure connection. Confirm the connected devices are powered off before making or changing connections. After installation, restore power and verify the device receives mains power. Handle the adapter by its body to avoid stressing the connectors.

Recommendations

Use the adapter only with equipment and cables that conform to IEC C14 specifications and within the rated 230 V AC environment. Avoid exposing the adapter to moisture, excessive heat, or mechanical strain. Inspect connectors periodically for signs of wear or damage and replace the adapter if any degradation is observed.