Εσωτερικό καλώδιο τροφοδοσίας Nanoxia NX3PV60NG 0,6 m

The Nanoxia NX3PV60NG 0.6m internal power cable provides a reliable connection between components with two 3-pin Molex connectors. Designed for use inside PC cases, this green cable delivers stable power for legacy drives, fans, or adapters where Molex connections are required. At 0.6 m length the cable offers a balance between reach and cable management convenience in most desktop chassis.

Advantages

The cable features two Molex (3-pin) connectors on each end for straightforward compatibility with a range of devices. Its 0.6 m length reduces excess cabling while providing sufficient reach for typical internal routing. The green sleeving or insulation improves visual identification and matches color-themed builds. Constructed to industry-standard connector pinouts, the Nanoxia NX3PV60NG maintains stable power delivery and secure mating to prevent intermittent contact.

Suitable for

• Powering legacy IDE hard drives or optical drives with Molex connectors
• Supplying power to Molex-powered case fans or fan hubs
• Connecting adapters or converters that require a 3-pin Molex power input
• Custom PC builds where specific cable color or length is desired

Key specifications

• Brand: Nanoxia
• Model / MPN: NX3PV60NG
• EAN: 4260285298011
• Cable length: 0.6 m
• Connector 1: Molex (3-pin)
• Connector 2: Molex (3-pin)
• Product colour: Green
• Category: PC Internal Cables

How to use

Identify the Molex power ports on your power supply unit, drive, fan, or adapter. Align the 3-pin Molex connector orientation so the pins match the receiving socket and push firmly until the connector seats. Route the 0.6 m cable inside the case to avoid obstructing airflow and secure with cable ties if necessary. Ensure the system is powered off and unplugged from mains before connecting or disconnecting internal power cables.

Recommendations

Use this cable for internal, low-voltage DC power connections only. Avoid bending the cable sharply near the connectors and do not force connectors into incompatible sockets. Check device power requirements and connector pinout before use to prevent damage to components.