Καλώδιο τροφοδοσίας ACT C14 C15 0,6 m 250 V 10 A

The ACT Power Cord C14–C15 0.6 m is a short mains cable designed for reliable power connections between devices with IEC C14 and C15 inlets. Rated for up to 250 V and 10 A, this cable provides a compact, standardized connection suitable for network equipment and other electronic devices that accept IEC C15 or C14 connectors. The 0.6 m length helps reduce excess cabling in rack or desktop installations.

Advantages

This power cord uses standardized IEC C14 and C15 connectors to ensure secure and compatible mating with industry-standard inlets. Its 250 V, 10 A rating supports typical server, switch and networking loads within those limits. The short 0.6 m length minimizes cable clutter and improves airflow in confined spaces while maintaining a durable electrical connection for stable power delivery.

Suitable for

• Powering network switches and routers with IEC C15 or C14 inlets
• Short-distance connections in equipment racks and server rooms
• Desktop and lab equipment requiring a compact IEC C14–C15 lead

Key specifications

• Connector type: IEC C14 to IEC C15
• Cable length: 0.6 m
• Voltage rating: 250 V
• Current rating: 10 A
• Color: black (typical for ACT power cords)

How to use

Connect the IEC C14 end to the power outlet or power distribution unit (PDU) and the IEC C15 end to the device inlet, ensuring that both connectors are fully seated. Verify that the device's required voltage and current do not exceed the cable's 250 V and 10 A ratings. Route the cable to avoid sharp bends and prevent mechanical strain on connector ends. For installations in racks, use appropriate cable management to keep the short lead tidy and accessible.

Recommendations

Use this cable only for equipment compatible with IEC C14 and C15 connectors and within the specified electrical ratings. Inspect the cord before use for visible damage and replace it if the insulation or connectors are compromised. For permanent or high-current applications, choose a cable and connector type that match the required safety and electrical standards.