You are in the office working on a vital document. You decide to print it but realize the printer’s cord is too short to reach the power outlet. Suddenly, a trip to the hardware store becomes inevitable. Then you have a new task: choosing right 12-gauge extension cords. You have many options to consider, and various factors dictate your choices. 

This blog is an ultimate guide aimed at making your selection easier. You will discover what makes a perfect power strip for your needs. Also, it entails details concerning your safety when picking an extension cord for the office or home. Regardless, you decide what size and features suit your project. 

Below are vital considerations when choosing a power cord to connect your equipment and make your work more efficient. 

1. Power Wattage 

Wattage refers to the amount of power the extension cord can transmit. It is the product of the electric current (measured in amperes) and voltage (measured in volts). For instance, a 120v socket and a 12a plug mean the wattage is 1440w. You can always check the rating on the wire in watts or amps. 

Note that the amperage rating on your extension cord depends on the socket voltage. For instance, if you use the same power cord on a 120v and transfer it to a 240v socket, you must drop the amps by half. A 30 amp extension cord on a 240v outlet means the wattage is 7200w. However, any combination below 7200w is safe and will work seamlessly. 

2. Number of Outlets 

How many computers, kitchen appliances, or gaming devices do you intend to connect concurrently on your flat extension cord? You need at least three outlets if you have a laptop, a printer, and a wifi router. A higher number of outlets ensures that you can work uninterruptedly. But avoid going overboard, as that will tempt you to overload the plug. 

Consider the power requirements for every electronic device before connecting them to your 30 amp power strip. You may have four outlets, but the total amperage of your electronics could be more than 30. That will be disastrous.  

You may have to limit device usage to meet the power limit. Instead, choose a heavy duty extension cord that can support all your devices without risk. 

3. Safety Features 

Electric surges and power fluctuations are common. They are a significant risk to your electronics and the extension cord itself. Most lines have safety features that protects you and your devices from electric shocks. Other parameters of a safe power strip include fire-retardant materials, water-resistant insulation, and overload protection. 

Consider an extension cord with switch to cut the power off when not using it. Also, pick a bulk wire with LED indicators. It will help you determine when it is connected and working correctly. Such features can help protect your devices from overheating and potential electronic shocks. 

4. Intended Environment 

Are you working entirely indoors or do you want to use your equipment outside? An outdoor extension cord is a must-have for all activities you conduct in the backyard. It can withstand the sun’s ultraviolet rays, rainstorms, and cold temperatures. The insulation material should be weather-resistant to prevent electric shocks from water infiltration. 

Again, the plug must be watertight enough to withstand moist conditions. A flat plug extension cord is preferable for outdoor use since it does not accumulate snow and ice. Also, a gasket-sealed cover is a must. It will prevent water from infiltrating the plug when used outdoors. 

5. Product Certification

How do you ensure the safety of property and life? The answer is product certification. Nema 5-15r connectors and matching plugs from reputable manufacturers are UL-certified or ETL-listed. It means the cord meets or exceeds safety standards set by government organizations like OSHA. 

Also, only buy from manufacturers with a good reputation. Read online reviews to find out what people say about the brand. Avoid cheap marketing terms like “heavy-duty” or “industrial grade.” Unscrupulous sellers may use these to lure unsuspecting customers. 

6. Length of Wire 

Power cord length determines how far you can move your devices from the power source. Are you only connecting two kitchen appliances in the same room? A 3-foot cord should suffice. Consider a 12 gauge extension cord 50 ft with multiple outlets if you need to connect several gadgets in different spaces. 

The length can determine the efficiency of your power strip. A lengthy cord may have voltage drops and hinder your appliances from functioning optimally. But you can use thicker wires to counter this problem. Choose a 10 gauge extension cord designed for heavy-duty use. That ensures you can supply power to your neighborhood without experiencing voltage drops. 

Summing Up 

Power strips and extension cords are mandatory accessories in your working space. But it may be dangerous to work with any cable you come across. When shopping for an extension cord, focus on the wattage, safety features, intended environment, certification, and length of wire. 

Also, ensure you keep your cables in check by employing simple safety measures like unplugging them after use. Invest in UL-certified power strips and plugs to ensure your safety in the long run. Cable management is vital to a successful and safe working environment.