2ft C14 to NEMA 5-15R PDU Power Cord, 14 AWG SJT Heavy Duty, 15A/125V, UL Listed, Black

2ft C14 to NEMA 5-15R PDU Power Cord, 14 AWG SJT Heavy Duty, 15A/125V, UL Listed, Black

The CableLeader PW191-12XX is a heavy-duty IEC 60320 C14 male to NEMA 5-15R female power cord that converts a standard C14 outlet — the kind found on rack power distribution units (PDUs), uninterruptible power supplies (UPSes), and IT-grade power strips — into a familiar US three-prong wall socket. One end carries a three-pin C14 plug (L/N/E configuration), and the opposite end exposes a NEMA 5-15R receptacle (27 × 36 mm face) that accepts any device fitted with a standard 5-15P plug. Between the two connectors runs 14 AWG SJT heavy-duty flexible cord at 2.08 mm² stranded copper, wired L-to-L, N-to-N, and E-to-E for a direct one-to-one passthrough — built for sustained high-load applications where standard 18 AWG SVT cordage runs too hot or drops too much voltage.

The C14 inlet end follows IEC 60320 specification — the same connector found on every brand of rack PDU and UPS: APC, Tripp Lite (now part of Eaton), Eaton, CyberPower, Vertiv, Raritan, and Schneider Electric all use the C14 outlet on their power distribution gear. The IEC 60320 C14 interface is rated 10 A at the connector itself, and that 10 A figure represents the engineering ceiling of the C14 contact system, not a property of the cable. The plug face marking on this product (15 A 125 V) reflects the cable's UL-listed rating in the NEMA 5-15R direction, which exceeds the C14 limit — meaning at the C14 interface end, the 14 AWG cable carries ample thermal headroom and voltage drop margin under any continuous load up to the 10 A C14 ceiling. This headroom is the practical differentiator versus the 18 AWG SVT family: same C14 ampacity ceiling, but lower temperature rise, smaller voltage drop, and longer service life under sustained heavy use.

The NEMA 5-15R end is a standard US three-prong female receptacle (27 × 36 mm face dimensions; two parallel vertical blades plus a round ground hole), accepting any device fitted with a 5-15P plug — workstations, laser printers, lab measurement instruments, broadcast monitors, network switches with wall-style power supplies, and most plug-style consumer electronics. The receptacle itself is rated 15 A 125 V; downstream loads should stay within the lower of the C14 10 A interface ceiling and the 15 A NEMA limit when this cord is used as a single-outlet adapter from PDU to plug-style equipment.

Safety certifications cover both the cordage and the molded ends. UL Listing file E204978 applies to the SJT conductor, UL file E210037 covers the molded connectors, and CSA certification applies to the assembly for Canadian installation codes. The cable is rated VW-1 / FT2 flame retardant at 105°C — a 30°C improvement over SVT cordage in the standard family — which translates to substantially longer service life under continuous heat exposure inside enclosed racks and high-density cabinets. RoHS 3 compliance ensures the assembly contains no restricted levels of lead, mercury, cadmium, hexavalent chromium, PBB, PBDE, or the four added phthalates (DEHP, BBP, DBP, DIBP). Each ground path is continuous from the C14 ground pin through the green conductor to the NEMA ground socket, preserving protective earth for downstream equipment.

Typical deployments center on rack-based IT environments where the device draw approaches or sustains the C14 10 A ceiling. Data center technicians install this heavy-duty cord when a server cabinet's PDU provides C14 outlets and the load — a laser printer (continuous 600 to 1,200 W with 12 to 15 A surge), a multi-monitor workstation (continuous 800 to 1,500 W), a lab measurement instrument (continuous 600 to 1,200 W), or a high-output AV power amplifier — exceeds what 18 AWG SVT cordage can sustain comfortably. It also solves the heavy-load UPS mismatch in SMB and home-office environments, where a battery backup exposes C13 / C14 outlets but the user wants to run a high-draw printer, UPS-powered workstation, or networking gear with sustained power demand. AV integrators, broadcast engineers, lab IT staff, and enterprise MSP installers all reach for the 14 AWG SJT version when the 18 AWG family would run too hot or sag too far in voltage drop. Construction details favor durability: the molded PVC overmold at each termination locks the terminal crimps and cable jacket into a single strain-relief body, withstanding repeated plug/unplug cycles in frequently reconfigured rack environments without loosening terminal connections.

Compatibility & Ordering Information — PW191-12XX is compatible with every standards-compliant IEC 60320 C14 outlet, including those on APC Smart-UPS / Symmetra / NetShelter, Tripp Lite (now part of Eaton) SmartRack / SmartPro, Eaton 9PX / 5PX, CyberPower PR / OR / CP series, Vertiv Liebert GXT / ITA / PSI, Raritan PX2 / PX3, and Schneider Electric rack PDUs. The cord ships in four standard lengths — 1 ft (305 mm; this variant), 2 ft (610 mm), 3 ft (915 mm), and 6 ft (1,830 mm) — designed to fit in-rack drops (1ft to 2ft), rack-to-rack jumpers (3ft), and short cross-bench runs (6ft). For everyday loads at or below 10 A occasional duty and 1,250 W continuous, see the standard PW105-12XX (18 AWG SVT) family; for heavy continuous loads up to the C14 10 A ceiling with full thermal and voltage-drop headroom, this PW191 (14 AWG SJT) is the recommended choice. Custom lengths, bulk packaging, and OEM assembly kitting are available on request — contact CableLeader for quotations, imprinted labels, or rack-kitting programs.

Buyers shopping for a C14-to-NEMA-5-15R adapter most often have to decide between the heavy duty 14 AWG SJT version and the standard 18 AWG SVT version. Both share the same connector pair and the same rack-PDU use case; both share the same 10 A C14 interface ceiling. The choice comes down to thermal headroom, voltage drop margin under sustained load, and jacket service life. The table below summarizes the trade-off:

Select PW191-12XX (this product) when the downstream device draws sustained current near the 10 A C14 ceiling, when the cord will be flexed and reseated frequently in maintenance windows, or when SJT-grade jacket and 105°C rating are required by the deployment environment.
Select PW105-12XX when the downstream device draws 8 A or less continuous, when longer length options (10 ft, 15 ft) are needed, or when thinner SVT cable is preferred for tight cable management.

FAQ

Q1. What's the difference between this 14 AWG SJT heavy-duty cord and an 18 AWG SVT C14 to NEMA 5-15R cord?

Both cords share the same C14 male / NEMA 5-15R female configuration, but the 14 AWG SJT version (this PW191) uses heavier 2.08 mm² conductors and a thicker 105°C SJT jacket, while the 18 AWG SVT version (PW105) uses 0.824 mm² conductors and a 75°C SVT jacket. At the shared C14 10 A connector ceiling, the 14 AWG cable runs cooler, drops less voltage, and lasts longer under sustained heavy loads — making it the right choice for laser printers, large workstations, and lab instruments. The 18 AWG SVT version is the standard pick for general-purpose loads under 8 A occasional duty.

Q2. Is this adapter compatible with APC, Tripp Lite, Eaton, CyberPower, and Schneider Electric PDUs and UPSes?

Yes. Any rack PDU, UPS, or power strip that provides a standards-compliant IEC 60320 C14 outlet accepts this cord's C14 plug. That includes every rack PDU and UPS family from APC (Smart-UPS, Symmetra, NetShelter), Tripp Lite — now part of Eaton (SmartRack, SmartPro, SU series), Eaton (9PX, 5PX, EBM), CyberPower (PR / OR / CP series), Vertiv Liebert (GXT, ITA, PSI), Raritan (PX2 / PX3), and Schneider Electric branded equipment. The NEMA 5-15R end accepts any device with a standard US three-prong NEMA 5-15P plug.

Q3. When do I need 14 AWG heavy-duty (this) versus 18 AWG standard?

Choose 14 AWG SJT (this product) when your load draws sustained current near the 10 A C14 ceiling — typical examples include laser printers (12 to 15 A surge, 6 to 10 A continuous), large workstations and rendering rigs (800 to 1,500 W continuous), lab measurement instruments (600 to 1,200 W continuous), broadcast power amplifiers, and any equipment with a duty cycle that sits above 6 to 8 A for extended periods. Choose 18 AWG SVT (PW105 family) for occasional or low-duty loads — desk lamps, single monitors, network switches, small UPS-protected appliances, and devices specced under 8 A continuous. Both share the C14 10 A connector ceiling; the 14 AWG simply gives more thermal and voltage-drop headroom against that limit.

Q4. Which end plugs into the PDU? How is the cord polarized?

The C14 male plug (the rectangular end with three flat pins in a D-shaped housing) inserts into the PDU's or UPS's C14 outlet. The NEMA 5-15R receptacle (the end with two parallel vertical slots and a round ground hole in a trapezoidal face) receives the device's NEMA 5-15P plug. The cord is polarized and keyed — the C14 D-shape only fits the matching C14 socket in one orientation, and the NEMA 5-15R only accepts a 5-15P plug oriented with the wider neutral blade aligned. No tools or wire stripping are required for installation.

Q5. How do I choose between the 1 ft, 2 ft, 3 ft, and 6 ft lengths?

Match the cord length to the physical distance between the PDU outlet and the end device. The 1 ft (305 mm) variant suits in-rack drops where the device sits within the same 1U–2U as the PDU — minimal cable clutter, maximum airflow in dense racks. The 2 ft and 3 ft options handle rack-to-rack jumpers and rack-to-bench runs (e.g., PDU at the bottom rear, device on the middle front). The 6 ft option covers cross-cabinet drops and short equipment-cart runs. Always leave a small service loop to allow device relocation without unplugging, and keep the cord's bend radius generous — heavier 14 AWG SJT cordage needs a slightly larger bend than 18 AWG SVT.