| Customization: | Available |
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| Type: | Insulated |
| Conductor Type: | Stranded |
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PDU C13 to C14 Black Data Center Cords Heavy Duty Extension Cord
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Conductor
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Copper
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Cable
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3*0.75mm, 3* 1.0mm2. 3* 1.5mm2
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Type
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AC power cord
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Male end plug
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IEC C14
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Female end plug
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IEC C13
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Material
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PVC
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Length
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Customized
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Color
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Black
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HEAVY DUTY EXTENSION CORD: This 3ft (0.9m) 14AWG universal power cord with IEC 60320 C14 to IEC 60320 C13 connectors is suitable for workstations/home office | Indoor use | Rated to carry 125V at 15A
C13 to C14 power cords are in great demand across different sectors and for various uses because of the dependable connection and generic design. Most commonly, it is used in the data center where the power couplers are used to join servers, switches, and other networking devices to a power socket or PDU (power distribution unit) for effective management and distribution of power. Such cables are also utilized in consumer force linkage between desktop computers, monitors, and printers for their proper use as well as ensuring safety. They also come in C13 to C14 power cords that are used for laboratory and medical equipment, which require electrical connections to be very accurate and reliable. Their flexibility and compliance with IEC standards make it possible for them to be used for many functions in business and at home.
The C13 to C14 power cords are rated at 250 volts. This specification is particularly important for a device that needs to work with many different electrical devices and appliances. Such cords can also work in many settings where there are practical power needs because they can cope with such a voltage limit.
This 250V rating is common in some areas, consistent with the IEC standard, which includes the C13 connectors for that voltage and below applications. It is also important to make sure the devices to be hooked onto the power cord do not surpass this voltage level, which, if done carelessly, could result in overheating or damage and failure of the electric parts intended for that application area.
This voltage rating in practical sense supports wide applications including personal computing devices and machine tools including heavy industrial machinery. For example, the average voltage required for most desktop towers which are powered on is approximately 100-300watts; hence, there is sufficient justification to buy a 250V power cord since multiple devices may be in operation at the same time without endangering performance and safety.
C13 to C14 power cords are available with current ratings of 10 amperes (A) and 15 amperes (A). For the intended use, the selection of the current rating is important in terms of the performance and safety of the electrical apparatus. 10a rated cord is appropriate for lower power-consuming devices, hence personal computers and their peripherals. The 15 option is, however, utilized in more demanding power consumption apparatuses such as servers and heavier electricals that require more power. In connecting the devices to the power cords, the total load of the device connected should be in line with the power rating of the power cord in order to prevent heating up or failing, which can put the safety of the devices and the user at risk.
A wire gauge is critical when picking out a power cord since it affects how well the power cord performs and the safety level it provides. The American Wire Gauge, which is a system of measuring the gauge of wires, clearly indicates that the larger the number, the smaller the wire diameter. In cases where a stronger connection is required, 14AWG wire is preferred because the wire accommodates large current ratings very well with very little volt drop, making it favorable for heavy-duty machines and appliances. However, 18AWG wire will only be sufficient for devices with less current flow, such as personal computers or small peripherals. It becomes evident that the wire gauge must have a relation with the application so as to minimize chances of overwiring as well as maximize performance. In addition, this choice of wire gauge aids in the rest of the concept, such as preferences that help in preventing electrical accidents as per the electrical codes.
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