Conjunto de extensão de cabos Kolink Core Pro COREPRO-EK-12VT1-WHT 12V 2x6-Pin branco

Kolink Core Pro COREPRO-EK-12VT1-WHT 12V 2x6-pin white is a cable extension kit created to extend and organize PC 12V power connections. The kit includes two sleeved 6-pin extension leads in white, providing additional length for routing power to graphics cards or PCIe adapters. It is designed for system builders who need neater cable management or extra reach between the power supply and components.

Advantages

The sleeved white cables offer improved aesthetics and protect the internal wires while allowing flexible routing through the case. The extension leads increase usable cable length, reducing strain on original connectors and simplifying installation in larger or custom enclosures. Connectors are compatible with standard 6-pin power sockets, enabling straightforward integration without modifying existing hardware.

Suitable for

• Extending 6-pin PCIe power to graphics cards
• Connecting PCIe power adapters and external power modules
• Custom PC builds and case modding where extra cable length is required
• Improving cable management and airflow inside desktop cases

Key specifications

• Cable type: 12V 6-pin power extension
• Number of extensions: 2
• Length: extended leads for increased reach (length as supplied by manufacturer)
• Colour: white sleeved exterior
• Connector compatibility: standard 6-pin PCIe power connectors
• Construction: sleeved outer braid for insulation and neat routing

How to use

Connect the female end of each extension to the PSU or existing cable harness, then attach the male end to the device requiring 6-pin power, such as a graphics card or PCIe adapter. Ensure connectors are fully seated and that the cable routing does not interfere with fans or other components. Verify correct orientation of the 6-pin connectors before powering on the system.

Recommendations

Use these extensions to relieve tension on original cables and to route power lines neatly behind trays or along cable channels. Avoid running cables across sharp edges, and keep them clear of high-temperature components. Check connections after the first power-up to confirm stable contact and monitor temperatures during initial operation.