InLine power cable ext., hot condition conn. IEC-C15/IEC-C14 straight, 5m

The InLine® power cable extension provides a reliable and heat-resistant solution for extending mains power to electrical devices. Fitted with an IEC-C15 plug on one end and an IEC-C14 socket on the other, this 5 m black cable is designed for use in environments where elevated temperatures may occur, such as server rooms and industrial setups. The InLine 16811D model combines safety features and durable construction to maintain stable power connections in demanding conditions.

Advantages

This IEC-C15 to IEC-C14 extension cable is built for higher-temperature operation compared with standard power leads, offering improved thermal resilience and long-term durability. Its 5 m length increases installation flexibility, while the colour and connector types ensure compatibility with common server and industrial equipment. The product is designed to meet the needs of professional environments that require secure and reliable power extension.

Suitable for (tasks / use cases)

• Server rooms and data centres
• Industrial equipment and machinery
• Audio/video racks and broadcast installations
• Workshops and technical rooms with elevated ambient temperatures

Key specifications

• Brand: InLine
• Model / MPN: 16811D
• Connectors: IEC-C15 (plug) to IEC-C14 (socket)
• Cable length: 5 m
• Colour: Black
• EAN: 4043718265336

How to use

Connect the IEC-C15 end to the device or power inlet designed for a C15 connector and plug the IEC-C14 end into the power source or another compatible cable. Ensure connectors are fully seated and routed to avoid strain or sharp bends. Verify that connected equipment is powered off when making or breaking connections, and confirm that the ambient temperature and the device ratings are compatible with a C15-rated cable.

Recommendations

Inspect the cable regularly for signs of wear, damage or overheating. Use this InLine extension in applications that specifically require a C15-rated connector for higher-temperature tolerance, and avoid using it in circuits or devices that exceed the cable's rated specifications.