Adaptador de cable de alimentación MicroConnect MC-DUALC14C15-2M — dual C14 a C15, 2 m

MicroConnect MC-DUALC14C15-2M is a 2-meter power cable adapter with two IEC C14 male connectors that feed two IEC C15 female outputs. It is designed to split or adapt AC mains connections for server racks, networking equipment and IT appliances that require a C15 inlet, providing a short, durable connection for temporary or semi-permanent installations in data centers, laboratories and maintenance environments.

Advantages

The adapter provides a compact solution for adapting or splitting a single mains source into two C15-compatible outlets while maintaining compatibility with PDUs and common rack equipment. The C15 female connectors are heat-resistant up to 120°C, suitable for higher-temperature inlet applications. The cable is rated for 10A at 250V~, comes in black and is built to reduce the risk of accidental disconnection and associated downtime.

Suitable for

• Splitting an AC feed to power two devices from a single C14 source
• Connecting equipment with IEC C15 inlets in server racks and PDUs
• Temporary power distribution in data centers, labs and test benches
• Maintenance tasks where inlet compatibility and short cable runs are required

Key specifications

• Connector configuration: dual IEC C14 (male) to dual IEC C15 (female)
• Cable length: 2 m
• Electrical rating: 10 A / 250 V~
• Connector temperature rating: C15 rated to 120°C (heat-resistant)
• Color: black

How to use

Attach the two IEC C14 male connectors to compatible mains outlets or PDU ports, then connect devices with IEC C15 inlets to the two female outputs. Ensure that the total current draw of connected devices does not exceed the adapter rating of 10 A at 250 V~. Use short, tidy cable routing to avoid strain on connectors and to maintain airflow around equipment in racks.

Recommendations

Verify PDU and device inlet compatibility before use, and avoid exceeding the electrical rating. Inspect connectors and cable for damage prior to installation and replace the adapter if any wear or overheating signs are present. For permanent or high-current installations consider using appropriately rated cabling and distribution hardware.