C14 to C15 Splitter Cords

C14 to C15 power splitter cables, also known as Y-cords, are specialized power solutions designed to connect two devices to a single power receptacle. These cables are particularly useful in data centers and server environments where efficient power distribution and rack space optimization are crucial.

Efficient Power Distribution for Dual Devices

These IEC 60320 C14 to C15 power splitter cables streamline power connectivity by allowing multiple devices to share a single power outlet on a Power Distribution Unit (PDU) or other power source. This configuration offers several key advantages:

• Space Optimization: By allowing two devices to draw power from one outlet, these splitter cables help to conserve valuable receptacle space on PDUs within crowded data racks and cabinets. This is vital in high-density server environments.
• Simplified Cabling: They reduce the number of individual power cords needed, leading to cleaner cable management and reduced clutter within racks, which can also improve airflow.
• Dual Device Connectivity: The Y-cord features a male C14 connector on one end, which plugs into the power source, and two female C15 receptacles on the other end, designed to power two separate devices that require a C15 input.
• Common Applications: These splitter cables are most commonly used to connect:
  Computers to PDUs
  Network equipment to PDUs
  Server equipment to PDUs
  Any two devices that utilize C15 power inlets to a C14 outlet.
• Reliable Power Delivery: Precisely molded connectors ensure secure and reliable connections, minimizing the risk of accidental disconnections.
• Voltage Compatibility: These cables are rated for operation up to 250 Volts, making them suitable for standard data center and IT equipment power requirements. It is important to always ensure the voltage of the application does not exceed the cable's rating.
• Flexible Lengths: Available in various lengths, typically ranging from 2 to 15 feet, with options for custom lengths to perfectly fit specific rack configurations and minimize excess cable.