Cavo di distribuzione corrente C14 su 2 x C13 1,80 m ACT AK5052

The ACT Power Split Cable C14 to 2 x C13 1.80 m AK5052 is a black power cord designed to split a single IEC C14 inlet into two IEC C13 outlets. With a length of 1.8 m and a rated input current of 6 A, this cable facilitates powering two IEC C13 devices from one C14 source. It is intended for use where space and outlet availability are limited, such as network racks, server rooms, or with compact power distributors.

Advantages

This power split cable provides a simple and compact solution for powering two devices from a single C14 supply. Its 1.8 m length offers flexible routing and placement while keeping cable clutter under control. The black jacket and moulded connectors are built for regular installation environments and help maintain a tidy appearance. The cable is specified for 6 A input current to match typical small server and IT equipment power requirements, ensuring safe operation when used within rated limits.

Suitable for

• Connecting two IEC C13 devices to one IEC C14 power inlet in racks and cabinets
• Extending or splitting power for desktop UPS units and small PDUs
• Temporary setups or test benches where multiple devices share a single power feed

Key specifications

• Cable length: 1.8 m
• Connectors: 1 × IEC C14 (male) to 2 × IEC C13 (female)
• Rated input current: 6 A
• Colour: Black
• Cable type: Power split cable for IEC connections

How to use

Connect the IEC C14 plug to a compatible power inlet, such as a server chassis, PDU or UPS output, then connect up to two IEC C13 devices to the female C13 connectors. Ensure the combined current draw of the connected devices does not exceed the cable's 6 A rating. Route the cable to avoid sharp bends, high-temperature areas and contact with moving parts. Inspect connectors and cable jacket for damage before use.

Recommendations

Use this ACT power split cable for low-power IT equipment in racks, cabinet installations or temporary setups; avoid combining high-current devices or daisy-chaining multiple split cables to prevent exceeding the rated current and to maintain safe operation.