15A 125V NEMA 5-15P Power Cords

The NEMA 5-15R is a 3 Wire grounded connector with forced polarity rated up to 125VAC and 15A. The connector can pair with either the 1-15P or the NEMA 5-15P. 5-15P is your standard household plug used for to connect small appliances such as TV's, Microwaves, hairdryers, etc to a wall outlet. The NEMA 5-15P is compatible with a Nema 5-20R T-Slot outlet, which is commonly found in new home installations. This is commonly found on our NEMA 5-15 Extension cords, which are commonly used to extend a 125V 15A power source to a location off of a standard 5-15R wall receptacle.

• The IEC 60320 C19 is a grounded 3 Wire connector rated up to 250V and 20 Amps. The C19 mates with a C20 inlet, and is commonly used in a jumper cable scenario in IT Installations providing power from a PDU to a server, router, switch or other computing device. The C19 is typically used in high powered blade server chassis, large network routers, and other IT equipment that draws more power than a standard C13 can accommodate.

The IEC 60320 C15 is a grounded 3 Wire connector rated up to  250V & 10 Amps Internationally and 125V/250V & 15 Amps in North America. The C15 mates with a C16 inlet as well as a C14 Inlet and is commonly used in IT Installations providing power from a PDU to a server, router, switch or other computing device. The C15 is a HIGH TEMPERATURE connector rated up to 120°C, unlike the 70°C rating of the C13. The C15 is commonly used in in electric kettles and other household appliances that involve higher temperatures than a normal C13 is made to withstand. The C15 connector is commonly used with 18awg SJT(OW), 16awg SJT(OW), and 14awg SJT(OW).

• The IEC 60320 C13 is a grounded 3 Wire connector rated up to 250V and 15 Amps. The C13 mates with a C14 inlet, and is commonly used in a jumper cable scenario in IT Installations providing power from a PDU to a server, router, switch or other computing device. Most people know the C13 as 'the thing that plugs into my computer' because it is the standard connector used to power most desktop computers. In a desktop computer application, the most common cable is the NEMA 5-15P to C13, which connects your standard North American wall outlet to a desktop computer.

The C13 Splitter (x2) is for connecting 2 devices via 1 plug not to exceed 15A.

• The IEC 60320 C13 is a grounded 3 Wire connector rated up to 250V and 15 Amps. The C13 mates with a C14 inlet, and is commonly used in a jumper cable scenario in IT Installations providing power from a PDU to a server, router, switch or other computing device. Most people know the C13 as 'the thing that plugs into my computer' because it is the standard connector used to power most desktop computers. In a desktop computer application, the most common cable is the NEMA 5-15P to C13, which connects your standard North American wall outlet to a desktop computer.

• The IEC 60320 C5 is a grounded 3 Wire connector rated up to 250V and 2.5 Amps Internationally or 125V and 10 Amps in North America. The C5 mates with a C6 inlet, and is commonly used for laptop power supplies, projectors, and some televisions. Being slightly smaller in size than the C13, the C5 can be a good choice for smaller appliances. This connector is sometimes referred to as a "Mickey Mouse" connector due to the shape of the connector looking similar to the kids television show character.

• The NEMA 5-15P is a 3 Wire grounded plug featuring two blades (can be equal or unequal widths due to the ground pin forcing polarity) and one ground pin rated up to 125V AC and 15 Amps. The NEMA 5-15P is your standard household plug used for to connect small appliances such as TV's, Microwaves, hairdryers, etc to a wall outlet. The NEMA 5-15P is compatible with a Nema 5-20R T-Slot outlet, which is commonly found in new home installations.

The open end of a power supply cord is hard wired to another device, providing power either to our from that device. Unless otherwise noted, our power supply cords come standard with a 2" ROJ (Remove Outer Jacket) and a 1/4" Strip. The ROJ length determines the length of the individual conductors, and the Strip length determines the amount of copper exposed on the end of each conductor. If you require a custom ROJ or Strip length, please don't hesitate to reach out to us.