Internal power cable DeLOCK 85453 0.3m 8-pin EPS12V Male

This internal power cable by DELOCK is 0.3 m long and features an 8-pin EPS12V male connector. It is designed to connect a motherboard with an 8-pin EPS (12 V) input to a power supply unit that provides power via 4-pin Molex female ports. The cable supports configurations where two Molex plugs are used to supply higher current when the motherboard demands increased power.

Advantages

The cable provides a compact 0.3 m connection suitable for internal PC builds, with standard 8-pin EPS12V wiring for compatibility with motherboards requiring EPS 12V power. Using two Molex inputs allows for better current distribution from the PSU when necessary. The product is supplied in a polybag and comes in black, white and yellow conductor colors for clear identification.

Suitable for

• Connecting a PC motherboard with an 8-pin EPS12V power input to a PSU via Molex connectors
• Small or compact builds where a short 0.3 m internal cable is preferred
• Systems that may require dual Molex connections to increase available current

Key specifications

• Brand: DELOCK
• Model / MPN: 85453
• EAN: 4043619854530
• Cable length: 0.3 m
• Connector: 8-pin EPS12V (male)
• Input connectors: two 4-pin Molex (female) for PSU connection
• Product colour: Black, White, Yellow

How to use

Install the cable inside the PC case by connecting the 8-pin EPS12V male plug to the motherboard's 8-pin EPS (12 V) socket. Connect one or both 4-pin Molex female plugs to free Molex outputs on the power supply unit. If the motherboard draws higher current, connect both Molex plugs to separate Molex outputs on the PSU to distribute the load. Ensure the PC is powered off and unplugged before making any connections.

Recommendations

Verify compatibility with your motherboard and power supply before installation. If possible, connect the two Molex plugs to different rails or separate Molex connectors on the PSU to reduce stress on a single output. Do not force connectors; align pins correctly to avoid damage.