3ft NEMA 5-15P to 2x C13 Computer Power Splitter, 16 AWG SJT Heavy Duty, 13A/125V, Black
The NEMA 5-15P to dual C13 Y-splitter power cord lets a single 125V wall outlet or power-strip socket supply two devices at once. One standard three-prong NEMA 5-15P plug feeds a molded Y-junction that splits into two IEC 320 C13 receptacles, so two computers, monitors, or other C14-inlet devices draw power through one cord instead of two. It is built for desktops, offices, and rack-adjacent setups where outlets or PDU sockets are limited.
The NEMA 5-15P plug is the standard US 2-pole, 3-wire grounding connector found on 125V household and office outlets. It carries line, neutral, and ground into the splitter through a single 16 AWG three-conductor cord. Because the input is a wall plug rather than a C14 inlet, this splitter draws directly from an outlet or surge protector, with no PDU or UPS C14 source required.
Each output is an IEC 320 C13 receptacle, the same connector that mates with the C14 inlet on most computers, monitors, printers, and similar equipment. The two C13 ends share the cord's single 13A/125V feed, so the combined load of both connected devices must stay within 13 amps. This suits low-draw equipment such as monitors and desktop computers rather than two high-wattage loads at the same time.
The cord uses UL-recognized SJT cordage (files E204978 and E210037) rated 300V, 75°C, and VW-1 flame retardant, with CSA-marked molded connectors (file 204790) and full RoHS compliance. The three 16 AWG conductors are stranded copper, giving a heavier cross-section than the 18 AWG cordage used in most comparable splitters.
Common deployments include running two monitors from one outlet on a dual-display workstation, powering a desktop and its monitor through one socket, or feeding a printer next to a desktop or scanner. In server rooms and AV racks, the splitter frees up PDU and power-strip sockets and reduces cable clutter behind the rack. The 16 AWG copper construction keeps voltage drop low across a continuous 13-amp shared load.
The black jacket provides a professional appearance and suits standard data center and enterprise rack deployments.
Compatibility & Ordering Information: This splitter connects any standard 125V NEMA 5-15R outlet, power strip, or surge protector to two devices that use a C14 power inlet. It does not draw from a C14 PDU or UPS outlet; that application requires a C14 to dual C13 splitter instead. Keep the total draw of both devices within 13A/125V. The cord is available in 3 ft, 6 ft, and 10 ft lengths to match your outlet-to-device distance.
Product Comparison: NEMA 5-15P Splitter vs. Single Cord vs. C14 SplitterFeatureNEMA 5-15P to 2x C13 Splitter (This Cord)NEMA 5-15P to C13 (Standard Single Cord)C14 to 2x C13 SplitterInput ConnectorNEMA 5-15P (wall plug)NEMA 5-15P (wall plug)IEC 320 C14 (PDU/UPS inlet)Output Connectors2x IEC 320 C131x IEC 320 C132x IEC 320 C13Devices PoweredTwo (shared feed)OneTwo (shared feed)Power SourceStandard 125V wall outlet or power stripStandard 125V wall outlet or power stripPDU or UPS C14 outlet (not a wall plug)Voltage125V125V125V / 250V (by build)Typical Load HandlingTwo low-draw devices within a shared 13A budgetOne device up to the cord's full ratingTwo devices fed from a rack PDU/UPSBest ForDual monitors, a desktop and monitor, printer + scanner at a wall outletA single computer, monitor, or printerSharing one rack PDU outlet between two devices
FAQ
What is the difference between a NEMA 5-15P to 2x C13 splitter and a standard NEMA 5-15P to C13 power cord?
A splitter has one NEMA 5-15P wall plug and two C13 outputs, so it powers two devices from one outlet; a standard cord has one plug and one C13 output. The splitter shares a single 13A/125V feed between both outputs, while a standard single cord carries the full rating to one device. A C14-input splitter is different again, drawing from a PDU or UPS rather than a wall outlet.
Is this splitter compatible with my computer and monitor?
Yes, if each device has a C14 power inlet, which is standard on most desktop computers, monitors, printers, and similar equipment. Both C13 outputs plug into those C14 inlets, and the NEMA 5-15P end goes into any standard 125V outlet or power strip. Confirm the combined power draw of both devices stays within 13A/125V.
What gauge is this cord, and how does 16 AWG compare to 18 AWG for running two devices?
This cord uses 16 AWG (16/3) stranded copper rated for 13A at 125V, up to 1,625 watts total shared across both C13 outputs. The 16 AWG conductors are a heavier gauge than the 18 AWG used in most splitters, so they carry more current with lower voltage drop. Run two low-draw devices such as monitors or desktop computers, and add the wattage of both before connecting so the combined load stays under 13 amps.
How do I connect this power cord splitter?
Plug the single NEMA 5-15P end into a standard 125V wall outlet, power strip, or surge protector. Connect each C13 receptacle to the C14 inlet on a device until it seats fully. Confirm both connections are firm and that the total draw of both devices stays within 13A/125V before powering them on.
Which power cord splitter is best for a dual-monitor or two-computer setup?
A NEMA 5-15P to 2x C13 splitter is the right choice when both devices use C14 inlets and plug into a standard 125V wall outlet. Choose 16 AWG over 18 AWG for a heavier-gauge cord and lower voltage drop. If your devices draw power from a PDU or UPS C14 outlet instead of a wall plug, choose a C14 to 2x C13 splitter.
