
Monoprice 141094 IEC C14 to 2X C13 Power Cord Splitter
Maximize Your Power Outlets with a Convenient Splitter The Monoprice Power Cord Splitter allows you to connect two devices with IEC 60320 C14 connections to a single power outlet. This 1.17-foot black cable reduces clutter and frees up space on UPSs, surge protectors, and wall outlets, making it...
*Price sourced from Amazon.com. Last updated:Jul 16, 2026.Price and availability are subject to change.
Notice a mistake? Let Us Know
Overview
Maximize Your Power Outlets with a Convenient Splitter
The Monoprice Power Cord Splitter allows you to connect two devices with IEC 60320 C14 connections to a single power outlet. This 1.17-foot black cable reduces clutter and frees up space on UPSs, surge protectors, and wall outlets, making it ideal for data centers and other environments with high device density. It supports 100-250 VAC applications and is rated for 13A.
Specifications:
- Connector A: IEC 60320 C14
- Connector B: 2x IEC 60320 C13
- Length: 1.17 feet
- Wire Gauge: 16AWG
- Amperage: 13A
- Voltage: 100-250 VAC
Key Features
16AWG conductors.
Up to 13 amps maximum current.
Usable for 100-250 VAC applications.
Y-splitter, powers two devices from one outlet.
13 amps maximum current.
Specifications
Pros & Cons
👍 Pros
- Power two separate devices from a single IEC C14 power outlet, optimizing power distribution
- Support up to 13 amps maximum current, suitable for a range of compatible electronic equipment
- Function reliably in 100-250 VAC applications, making it versatile for various electrical standards
- Constructed with 16AWG conductors, ensuring efficient power delivery and durability for consistent use
- Utilize a Y-splitter design to simplify cable management by reducing the number of power cords needed
👎 Cons
- The single input limits the total power draw to 13 amps, which may be insufficient for high-power dual device setups
- Requires an IEC C14 input source, which is common in specific environments like data centers but not universally available
- The splitter design means both devices share the same power circuit, offering no independent circuit protection per device
- Specific length details are not provided, which could be a limitation if extended reach is required for device placement
- Its primary function is power splitting; it does not offer data transfer capabilities or surge protection