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S3150AMTS - IEC320 C14 Plug to C13 Connector 1.1 meters / 3.5 feet 13A/250V 16/3 SJT Black - Power Cord

USD4.29

SKU:
S3150AMTS
Weight:
0.35 LBS

Key Features

  • Standard IEC 60320 C14 plug to C13 connector
  • Rated for 13 Amps, 250 Volts AC
  • 16 AWG conductor
  • North America SJT cable jacket
  • 1.1 Meter / 3.5 Feet cord length

Documentation

Specifications

Male Plug IEC320 C14
Female Connector IEC320 C13
Voltage 250 Volts
Amperage 13 Amps
Length 1.1 Meter / 3.5 Feet
Tolerance ± 35 mm / ± 1.4 inches for molded cords± 50 mm / ± 2 inches for mechanical cords
Conductor Gauge 16 AWG
Conductor Count 3 wires
Conductor Color Code Black, White, Green | North American Color Code (NACC)
Outside Diameter 8.2-8.6mm
Cable Jacket North America SJT
Jacket Material PVC
Jacket Temperature Rating 105° C
Color Black
Testing Each cord is tested for dielectric voltage-withstand (Hi-Pot), polarization and continuity.
Certification(s) US & Canada - cULus
Packaging Loose & Bundled

Application Notes

IEC 60320 C14 to C13 power cords are the most widely used interconnect cords in IT infrastructure, providing the standard power connection between rack-mounted PDUs and virtually any server, network switch, storage array, KVM unit, or other equipment with a C13 inlet. The C14 plug connects to the PDU outlet while the C13 connector interfaces directly with the equipment.

Conductor gauge affects both the current-carrying capacity and the flexibility of the cord. A heavier gauge supports higher amperage loads and is appropriate for demanding applications, while a lighter gauge offers greater flexibility and is well-suited for lower-load devices and tight routing environments. Selecting the correct gauge ensures the cord's amperage rating is properly matched to the connected load.

C14 to C13 cords are a universal staple in data centers, colocation facilities, enterprise server rooms, and network closets.

Product FAQs

What equipment uses a C13 connector?

The C13 connector is one of the most widely used power connectors in IT equipment. It is compatible with any device that has a C14 inlet, including servers, network switches, storage arrays, KVM switches, and many other rack-mounted devices.

How do I choose the right conductor gauge?

Conductor gauge determines the current-carrying capacity of the cord. A heavier gauge (lower AWG number) supports higher amperage loads, while a lighter gauge (higher AWG number) is more flexible and suited for lower-load devices. Always select a gauge that meets or exceeds the amperage requirements of your circuit and connected equipment.

What amperage rating should I select?

The cord's amperage rating is determined by its lowest-rated component — typically the connector or the wire gauge. Select the rating that matches the load requirements of your equipment, and ensure it does not exceed the capacity of your PDU outlet or circuit breaker.

What does the cable jacket affect?

The cable jacket affects flexibility, durability, and suitability for specific environments. SJT is more durable and rigid than SVT cordage.

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