IEC320 C14 to Dual C13 Power Adapter, Universal IEC Socket YType Power Splitter for Computer, Monitor, TV, Server, PDU, UPS, RackMount Gear, 10A 250V IEC 320 Converter for Standard C13 Peripherals

This highperformance IEC320 C14 to dual C13 Yshape power splitter adapter is engineered to expand your available IEC power ports efficiently. It converts a single C14 male power input into two fully independent C13 female output ports, enabling you to operate two IECcompatible devices simultaneously from just one power source, eliminating the need for extra PDUs or wall outlets. Rated for 10A maximum current and 250V AC operating voltage, this adapter uses thick highconductivity oxygenfree copper inner conductors to deliver consistent power, reduce heat generation and avoid unwanted voltage drop during continuous heavyload work.

The outer jacket is constructed from premium flexible PVC material, offering excellent resistance against abrasion, bending, high temperature and aging for longterm service life. Enhanced strainrelief structure at every joint effectively protects internal wires from fracture caused by frequent plugging, unplugging and cable pulling, preventing intermittent or loose connections. Rigorous manufacturing standards guarantee stable electrical contact for daily continuous operation.

Fully compatible with most mainstream hardware fitted with standard IEC 320 C13 interface, including desktop computers, LCD monitors, televisions, network switches, rackmount servers, storage chassis, PDU power distribution units, UPS backup power supplies and other industrial or household electronics. Its compact Yform factor fits neatly inside server cabinets, workstation desks and home entertainment systems, helping optimize limited rack space and organize disorganized cable layouts. Suitable for data centers, server rooms, office workspaces, home laboratories and multimedia setups. Please strictly ensure the total power load of connected devices does not exceed 10A rated current to maintain safe and reliable working condition.