If you have brought a refrigerator, you would not want it to face any electrical issues? Well, powering your equipment with the best power cord is essential so that your appliances do not encounter any damage. Isn't that right? A better quality power cord promises a safe and efficient operation for all types of appliances at home.
When choosing the best power cords within the IEC 320 standard, you may come across C14 and IEC C13 power cords. Even though they may seem similar, these power cords are unique in their way. So before you decide to purchase them, let's take a look at what sets these cords apart.
What is the IEC 320 Standard?
The IEC 320 standard defines the dimensions, properties and testing requirements for several cords and connectors. These cords have become a necessity since they are used for electrical power distribution. Moreover, they are known to ensure safety, reliability and performance demands are met. There are more than 10 types of IEC 320 standard power cords including IEC 320 C1, IEC 320 C5, IEC 320 C7, IEC 320 C9, IEC 320 C14 power cords and more.
What are IEC 320 c 14 and c13 Power Cord?
As mentioned earlier, there are several power cords and connector types under IEC 320. Among the ones to exist, the most popularly used ones are C14 and C13 power cords. They are often used together where C14 serves as an inlet and C14 as the outlet. These two together provide a secure and reliable connection. To find out what they are, take a look below.
IEC 320 C14:
The first type is the IEC 320 C14 which has a 3 pole and 250V inlet connector. These are commonly used for powering small to medium-sized equipment like computer peripherals, medical devices and more.
IEC 320 C13:
The IEC 320 C13 also comes with a 3-pole and 250V outlet connector. These are used for powering larger equipment or devices which need more power. They are used for a range of purposes including data centers, server room equipment and other high-power appliances.
What are the Features of C14 and C13 Power Cords?
IEC 320 C14 and C13 power cords are useful ensuring safety and dependability. They provide an uninterrupted power supply to the appliance while meeting international safety standards. To find out what features these hold include
High-quality materials
Robust construction
Durable design
Meeting International safety standards
Offers a range of applications
What is the Difference Between IEC C14 and C13 Power Cords?
Even though these two power cords come with similar features or can be used together, they still have certain differences that set them apart. Some of these differences are mentioned below.
Connector Type and Power Rating
The first difference they share is the connector type. If you take IEC C14, you will find it to have a 3-pole, 2.5A, 250V inlet connector (male). Whereas, IEC C13 comes with a 3-pole, 10A, 250V outlet connector (female).
Locking Mechanism
IEC C14 comes with a locking mechanism that helps to prevent accidental disconnection. On the other hand, IEC C13 does not come with a locking mechanism. However, this can be used with a locking adapter.
Cord Length and Gauge
Another difference that these cords come with is that IEC C14 is used with shorter cords which can be around 1 to 2 meters in length and a gauge wire between 18-20 AWG. Whereas, IEC C 13 is used with longer cords that may range up to 2-5 meters and larger gauge wires that may be between 14-16 AWG.
Certifications
Both the IEC C14 and C13 power cords meet the international safety standard. However, C13 power cords may come with several other certifications for higher power ratings like UL, ETL, CSA, etc.
Compatibility
IEC C14 and C13 power cords are designed to be used together. This is where the C14 connector serves as an inlet and the C13 connector serves as the outlet.
Application
The major difference that you will be able to identify between these two is their applications. When you take IEC C14, they are perfect to be used for small to medium-sized equipment like audio-visual equipment, medical devices, etc. On the other hand, IEC C13 is perfect for larger equipment which need more power like data centers, server room equipment, industrial machinery, and more.
Are IEC 20 C14 and C13 Cords Safe for Home Application?
If you are thinking of using IEC 320 C14 and C13 power cords at your home, then go ahead. These are ideal to be used for home applications and by safety guidelines. Some safety considerations to take into account are
Ensure the cords meet international safety standards and local certifications.
The cord's power rating should meet the device's requirements. This will help to prevent overheating problems.
Make sure to use surge protectors or circuit breakers to prevent overloads.
You can install the cords securely while avoiding overbending, stretching or twisting.
Closely inspect the cord for signs of damage, wear, overheating, etc.
Remember to follow the instructions and guidelines provided by the manufacturer.
Consult with a local electrician to know the electrical codes and regulations.
Hire a licensed electrician for installation or proper consultation when purchasing these power cords.
Is It Worth It to Use IEC 320 C14 and C13 Power Cords for Home Appliances?
Yes, it is worth it to use IEC 320 C14 and C13 power cords for home appliances. This is because these cords are designed for continuous operation, ensuring reliability.
They are built to withstand normal wear and tear, which promises their durability. In addition to this, they are ideal for a range of applications and devices because of the flexibility they come with. By using C14 and IEC C13 power cords, you will be able to enjoy safe power distribution for your home applications.
Environmental Factors to Consider When Using IEC320 C14 and C13 power cords
Several environmental factors impact your usage of IEC 320 C14 and C13 power cords. The first thing of all is to consider the extreme temperature as it can affect the cord's performance and lifespan. For instance, if the environmental condition around you has high humidity, then it can lead to moisture ingress, corrosion or electrical problems. Whereas, prolonged exposure to UV radiation can cause the cord's material to degrade. Additionally, make sure that the power cords are not exposed to dust, dirt, chemicals and water as it can cause the power cord to damage.
Get the Best Quality Power Cords Today
When wanting to keep your appliances secure and create a safe environment, choosing the best quality power cords becomes essential. In this case, you can come to us at SF Cables. Be it you need iec320 c14 power cords or any other, we have everything available under one roof.
We have been the top provider of technology accessories and equipment since 2002. Being in this industry for years, we have been delivering quality products that meet the consumer's expectations. Not only that, our products are available at reasonable prices.
