Data Center Power Cords
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Data Center Power Cords: Reliable Connectors for Mission-Critical Environments
Introduction
In the heart of every data center, a network of power cords plays a crucial role in ensuring uninterrupted operation and seamless connectivity. Data center power cords, also known as C19 to C20 power cords, server power cords, or IEC320 C19 to C20 cables, are specialized cables designed to provide a secure and reliable power connection between servers, network equipment, and power distribution units (PDUs).
These heavy-duty power cords are engineered to meet the demanding requirements of data centers, where uptime and reliability are paramount. Available in various lengths and gauges, such as 12 AWG power cords and 14 AWG power cords, they ensure efficient power delivery and optimal performance for mission-critical applications.
Connectors and Specifications
Data center power cords feature two distinct connectors at each end: the IEC-60320-C19 and the IEC-60320-C20. These connectors are designed to provide a secure and robust connection, ensuring that power is delivered safely and efficiently to the connected devices.
- IEC-60320-C19: This connector is commonly found on servers, network switches, and other data center equipment. It is designed to receive power from a PDU or UPS system.
- IEC-60320-C20: This connector is typically found on the power input side of PDUs or UPS systems, allowing it to be plugged into a wall outlet or power source.
In addition to the connectors, data center power cords are characterized by their conductor specifications, amperage/voltage ratings, and cable colors. 12 AWG power cords are rated for 20A/250V and feature a thicker gauge for higher power delivery, while 14 AWG power cords are rated for 15A/250V and offer a slightly thinner gauge. The cables are typically available in a black color for easy identification and visibility in data center environments.
Applications and Benefits
Data center power cords are essential components in ensuring reliable and efficient power distribution within data centers and server rooms. They are designed to connect servers, network switches, routers, storage devices, and other critical equipment to PDUs or UPS systems, enabling seamless power delivery and extending the reach of existing power sources.
One of the key benefits of these power cords is their durability and safety. Featuring a fully molded construction and heavy-duty conductors, they are built to withstand the rigors of data center environments. Additionally, they are UL and cUL listed, ensuring compliance with safety standards, and are RoHS and REACH compliant, making them an environmentally responsible choice.
By incorporating high-quality data center power cords into your infrastructure, you can ensure reliable power delivery, minimize downtime, and safeguard your mission-critical equipment from potential power-related issues.
Conclusion
In the world of data centers, where uptime and reliability are paramount, data center power cords play a vital role in ensuring seamless power distribution and connectivity. With their robust construction, secure connectors, and compliance with industry standards, these cables are engineered to meet the demanding requirements of mission-critical environments.
Whether you need 1ft 12 AWG 20A 250V Heavy Duty Power Cord, 2ft 14 AWG 15A 250V Power Cord, or any other length or gauge, CableLeader offers a comprehensive selection of high-quality data center power cords to meet your specific needs. Ensure reliable power delivery and optimal performance for your data center infrastructure by choosing the right power cord solution from CableLeader.
What type of power cord is used in data centers?
The most common IEC outlet types in data centers are C13 and C19 connectors as defined by IEC 60320. The most common NEMA power connectors or plugs are NEMA 5-15P. Choosing the right type of data center power cord is essential to ensure compatibility and optimal performance.
Is data center power AC or DC?
Most data centers use alternate current (AC) power distribution systems. Recently, however, there has been a growing interest in the industry to explore and utilize direct current (DC) power distribution systems as another option.
Do data centers have backup power?
Yes, the generator is one of the most critical components in data center operations. If the data center fails in a power outage, it should immediately be powered by the backup generator.
What is the power supply of a data center?
Data centers receive power from the utility grid through a main electrical service entrance. The incoming power is typically high voltage (e.g., 13.8 kV or 33 kV) and is stepped down by transformers to a lower voltage.
What is the power standard for a data center?
Most modern information technology equipment is designed to operate at 100V to 250V to accommodate North American 120/208V, Japanese 100/200V, and 230V used in the rest of the world to allow for worldwide power compatibility.
What is the difference between C13 and C19?
For example, the most common cable is the C13, which is used to power standard PCs and monitors. With today's high-power applications, the C19 connector is becoming more common for use with servers and power distribution units (ePDU). Each connector has two part numbers.
Can I use C15 instead of C13?
The C15 cable connector is backwards compatible with a C13, although C13 connector will not physically fit in an inlet that is designed for a C15 due to the small notch.