4ft IEC C14 to IEC C13 Heavy Duty PDU Power Cord, 14 AWG SJT, 15A/250V, White

The Cable Leader PW152-8204 is a heavy-duty IEC 60320 C14 to IEC 60320 C13 power cord built around a 14 AWG SJT cable rated 15A / 250V at the plug face. The 4 ft jumper connects rack-mount PDU and UPS C14 outlets to servers, network switches, firewalls, KVM-over-IP units, rack-mount AV equipment, and lab benchtop instruments, supplying a one-to-one L/N/E passthrough from source to load. The SJT cable runs 2.08 mm² stranded pure copper conductors at 9.3 mm jacket OD, dimensioned for the abrasion resistance and dedicated grounding integrity that rack and equipment-room installs require.

The IEC 60320 C14 male plug on the source end inserts into the C14 outlets built into rack-mount PDUs from APC, Tripp Lite, Eaton, Vertiv, Geist, and Raritan, and into the C14 outlets on UPS units such as Eaton 5PX, APC Smart-UPS, and CyberPower PR series. The plug carries the cULus E210037 listing with a 15A 250V UL marking on the housing, giving facility electricians and IT staff a visible compliance indicator at the moment of connection. The molded PVC 35P overmold locks the conductor crimps and jacket into a single strain-relief body that survives repeated plug cycles in busy equipment rooms.

The IEC 60320 C13 female receptacle on the load end seats onto the C14 inlet built into rack-mount servers from Dell PowerEdge, HPE ProLiant, Lenovo ThinkSystem, and Cisco UCS, into network switches from Cisco Catalyst, Aruba CX, and Juniper EX series, into KVM-over-IP and console servers, and into rack-mount audio and video equipment. The C13 carries the same cULus E210037 listing and 15A 250V UL marking, and the keyed three-pin housing seats only one way to prevent miswiring across the line, neutral, and protective earth conductors.

The assembly is UL Listed (cULus file no. E210037 connectors, UL E204978 cable), CSA marked (file no. 204790, FT2 flame), and the SJT conductor carries VW-1 flame retardant at 105°C / 300V. RoHS 3 compliance restricts lead, mercury, cadmium, and hexavalent chromium. A continuous ground path runs from the C14 earth pin through the green conductor to the C13 ground terminal, preserving the dedicated grounding integrity required by data center bonding practice and equipment-room electrical infrastructure.

The 14 AWG SJT jacket at 9.3 mm outer diameter resists abrasion across rack rails, cable trays, and cabinet floors, and the molded overmolds at both ends survive repeated hot-swap insertion cycles. The 15A / 250V rating at the plug face yields a 3,750-watt voltage requirement ceiling — gauge headroom that 18 AWG SVT standard C13 cords (rated 10A, 1,250 W) cannot match for high-draw blade chassis, multi-PSU servers, or 1U PDU drops feeding several loads in series. Optional Red (PT201C) and Blue (PT286C) jacket colors support rack cable management coding that distinguishes UPS feed from grid feed at a glance.

The white jacket provides clean, high-contrast identification in multi-cord rack environments, commonly used to distinguish a secondary or redundant power feed from primary black cabling at a glance.

Compatibility & Ordering Information — PW152-8204 works with any IEC 60320 C14 outlet on rack-mount PDUs and UPS units, and any IEC 60320 C14 inlet on servers, switches, firewalls, KVM-over-IP units, and rack-mount AV processors. The 4 ft length suits in-rack jumper runs from PDU to adjacent equipment. The cord is supplied in Black as standard; Red and Blue jacket colors are available on request for cable management coding. Custom lengths, bulk packaging, and OEM kitting are available on request.

Power Cord Comparison: C14 to C13 Heavy Duty vs C14 to C15 Heavy Duty

Two IEC 60320 heavy-duty power cord configurations are commonly cross-shopped at the C14 source end — both use the same 14 AWG SJT cable, but the load-end coupler differs in pin geometry, temperature rating, and intended equipment family. Selecting the wrong load coupler results in a connector that simply will not seat into the target device, so confirming the inlet on the receiving equipment is the first step. The table below compares the two configurations side by side.

Selection guidance: If the target equipment carries a flat-top C14 inlet (the vast majority of IT and AV equipment), the C14 to C13 Heavy Duty configuration is the correct choice. If the equipment carries a notched-top C16 inlet (catering, heating, kitchen, and high-temperature lab gear), the C14 to C15 Heavy Duty configuration is required. Visually inspect the inlet housing on the receiving device before ordering, since the two inlets are physically incompatible despite sharing the C14 source plug.

FAQ

Q1. What is the difference between a 14 AWG and an 18 AWG C14 to C13 power cord?

A 14 AWG C14 to C13 power cord carries up to 15 amps at 250V (3,750 watts) through 2.08 mm² stranded conductors and uses an SJT jacket built for sustained loads and floor-traversing runs, while a standard 18 AWG SVT C14 to C13 cord is limited to 10 amps (1,250 watts) and is built for short desktop runs at typical PC and monitor loads. Choose 14 AWG SJT when feeding rack-mount servers, multi-PSU blade chassis, network switches with high port counts, or any device that pulls sustained current near the C13 ceiling. Choose 18 AWG SVT only for short in-cabinet jumpers feeding low-draw monitors or single PCs.

Q2. Is this C14 to C13 cord compatible with my rack-mount PDU, UPS, server, or network switch?

Yes, as long as the source end has a standard IEC 60320 C14 outlet and the load end has a standard IEC 60320 C14 inlet. The C14 plug seats into the C14 outlets on rack-mount PDUs from APC, Tripp Lite, Eaton, Vertiv, Geist, and Raritan, and on UPS units from Eaton 5PX, APC Smart-UPS, and CyberPower PR. The C13 receptacle mates with the C14 inlets on servers from Dell PowerEdge, HPE ProLiant, Lenovo ThinkSystem, and Cisco UCS, and on network switches from Cisco Catalyst, Aruba CX, and Juniper EX. Check the rear of both source and load devices for the keyed three-pin C14 connector to confirm the match.

Q3. What amperage and gauge do I need for a rack-mount server or PDU jumper?

For sustained server, switch, and PDU jumper loads, 14 AWG SJT at 15A / 250V is the correct middle-ground choice — handling up to 3,750 watts with electrical headroom for inrush current and continuous duty cycles. 18 AWG SVT at 10A is appropriate only for short in-cabinet jumpers feeding low-draw single PCs or monitors, and 12 AWG SJT at 20A is reserved for high-draw blade chassis or PDU feeders that exceed the C14/C13 15-amp interface ceiling. The plug-face UL marking on this cord reads 15A 250V, matching the maximum rating supported by the C14/C13 standard.

Q4. How do I install a C14 to C13 power cord in a rack-mount PDU and server setup?

Insert the C14 male plug into any C14 outlet on the source PDU or UPS, and seat the C13 female receptacle onto the C14 inlet on the load device — the keyed three-pin housings seat only one way, so there is no risk of miswiring line, neutral, or protective earth. Allow strain-relief slack at both ends to prevent stress on the molded overmolds during cable management or cabinet door movement. For high-density racks, choose Red or Blue jacket colors to visually distinguish UPS feed from grid feed at the cable run, a coding practice common in data center cable management.

Q5. Which C14 to C13 power cord is best for a data center, server room, lab, or AV rack?

Choose by load and run length. A 14 AWG SJT C14 to C13 cord at 15A / 250V handles rack-mount servers, network switches, firewalls, KVM-over-IP units, lab benchtop instruments behind PDU strips, and rack-mount audio and video equipment across most data center, server room, and AV installs, and gives the gauge headroom that 18 AWG SVT cords lack. For short low-draw jumpers feeding single PCs or monitors, 18 AWG SVT is sufficient. For loads above 15A or environments needing locking retention, step up to a 12 AWG or locking C13 variant. Add Red or Blue jacket coding for UPS feed vs grid feed identification in mixed-source racks.