Power cord MicroConnect C13–C14 1.8 m 6 A

MicroConnect power cord with IEC C13 to C14 connectors, 1.8 m length and 6 A current rating designed for connecting compatible IT equipment in rack or desktop environments. The cable delivers a secure connection between servers, UPS units and power distribution units where a 6 A capacity is sufficient. Flexible insulated conductors and standard IEC connectors enable straightforward installation for short to medium cable runs.

Advantages

The cable uses standard IEC C13 and C14 connectors to ensure compatibility with a wide range of IT devices and power distribution hardware. Its 1.8 m length balances reach and cable management in racks or behind equipment, while the 6 A rating is suitable for lower-power servers, network switches, and peripheral devices. Flexible insulation supports easy routing through cable channels and tight spaces without compromising electrical safety.

Suitable for

• Connecting servers and rack-mounted equipment to UPS or PDU in data closets
• Powering network switches, small UPS units and desktop power supplies
• Short to medium-length power runs in office and home server setups
• Temporary or permanent connections in IT maintenance and service tasks

Key specifications

• Connector type: IEC C13 to IEC C14
• Cable length: 1.8 m
• Current rating: 6 A
• Conductor: flexible insulated cable suitable for indoor use
• Typical use: indoor IT, server racks, UPS and PDU connections

How to use

Insert the IEC C14 end into the power outlet on the host device such as a UPS or power distribution unit, and connect the IEC C13 end to the equipment inlet on the server, switch or peripheral. Ensure both ends are fully seated and that the cable is not pinched or sharply bent. Route the cable to avoid contact with heat sources and secure it with cable ties or routing clips where appropriate to maintain tidy installation and reduce strain on connectors.

Recommendations

Verify device power requirements before use and confirm that a 6 A rated cable meets the connected equipment's current draw. Avoid using the cable in damp or outdoor environments. For higher power equipment or longer runs, choose a cable with a higher current rating and appropriate length to maintain safety and performance.