Image Credit: GettyImages

Do you have a lot of high-amp equipment in your house? When utilizing many gadgets at once, does your circuit breaker trip? Does the capacity of your circuit breaker match your present needs? If not, are you interested in learning how to boost circuit breaker amps?

A circuit with more amps indicates a greater electrical demand. Upgrades are required if you intend to add appliances that need more amps to prevent overloads and tripping.

To assist you with upgrading your circuit breakers here is a step-by-step guide if you want to enhance the capacity of your home.

## The Tools You Need

• A flathead screwdriver for exposing the breaker panel and severing wires
• Gloves with insulation and additional safety gear
• Lightning-proof flashlight (optional)
• A multimeter to test the amp capacity
• The circuit breaker you select has a higher amp capacity.
• The right sizes of copper wire for your circuit breaker
• Using an electrical guidance table, determine the correct circuit breaker type and wire gauge.
• A calculator for the formula the on-site tutorial provides

To raise the amperage in a circuit, you must consider the wire’s length and thickness. Naturally, the size will depend on the distance to be traveled, and the thickness will depend on the capacity of your desired circuit breaker.

Before beginning, make sure a guide is present. It is the finest resource for calculating the necessary breaker amp for licensed electricians and do-it-yourselfers. Additionally, it specifies the size of wire you want for your circuit breaker.

Additionally, always keep your safety in mind when working on systems like this. For protection against electric shock, make sure you’re always wearing insulated gloves and rubber-soled shoes. Also, remember to wear eye protection!

## An Instructional Guide for Increasing Circuit Breaker Amps

### Get your Needed Circuit Breaker

Calculate the designed current you would need to install using a calculator. To figure this out, multiply the voltage of your power source by the total wattage of all the connected devices.

To acquire the correct watt rating for your appliances, multiply the kW current rating by 1000.

To determine your minimum breaker amp capacity after completion, see a guide table.

### Make the appropriate wire size selection for your circuit breaker

Once you know the required circuit breaker, you can use the reference table to determine the correct wire size. Look for the cable size column in the same row as the circuit breaker capacity. In addition, check the longest wire you may place alongside your circuit breaker

### Take off the Circuit Breaker Panel’s Cover

Turn off the main breaker or disconnect your main power supply before attempting anything with your breaker panel for safety. Then, gently remove the lid of the circuit breaker panel using your flathead screwdriver.

It is advised that you start by unscrewing the cover’s four corners. Once finished, remove the two sides. The remaining screws should then be removed with your bare hands while holding the body. You can stop the lid from collapsing in this manner.

### Disassemble the Circuit Breaker and Wire

Choose which breaker you wish to upgrade first. Once you’re sure of it, start taking the connection apart. Disconnect the cables from the neutral wire and the circuit breaker by unscrewing them. After that, cut the wire connected to your outlets at the other end.

Note: You don’t need to replace the installed wire if it satisfies the minimum specifications in the guide.

### Install the line wire and new circuit breakers

Install the new circuit breaker in addition to the new wire. Add tags to both for easier line tracing and more organized electrical wiring during troubleshooting.

For simple installation of your new line, temporarily tie the replacement to the end of your old wire before withdrawing the other end of the cable.

### Check and test the connections to your lines

You should swap out your panel’s cover before testing to ensure safety. Recover power and activate all breakers after being covered once more. Next, verify your supply with your multimeter. Remember to wear your safety gear because you are now handling a live power source.

Because our systems and appliances consume large amounts of current, the majority of us need to upgrade our circuit breakers. For instance, you might need to replace your system’s wiring and breakers if you wish to plug in an electric heater or build a robust water system in your home.

This is because your current breaker may trip due to overloading from these high current rating appliances if it is insufficient. Thought should be given to monitoring your current wiring if your breaker trips even when there is no significant load. If you have broken or exposed wires, they might touch and cause a short circuit.

The capacities of your wire and breakers must line up. Additionally, remember that most breakers can only consistently handle 80% of their total current rating. A breaker might occasionally be able to handle currents more significant than 80%, but only for a brief time.

Read the top-rated article about circuit breakers to learn more about the significance of a circuit breaker. These are some of the top breakers currently available on the market. Additionally, it will help you choose the qualities a circuit breaker should have. When you know what is most effective for you, you can make an informed choice.

Safety First

Each component needs to be able to handle the amperes you’re working with for the system to be safe. Because of this, you must be sure that your connections and outlets can support the greater loads you anticipate if you upgrade your circuit breaker. Otherwise, those can be your system’s single point of failure.

One other thing: make sure you understand every aspect of the project you’re working on when working with electricity. Research the topic if you’re unsure. Look for facts from reliable sources. The best course of action is to speak with a licensed electrician if you’re still perplexed. These certified experts have the training to guarantee the security of your system.

## Conclusion

If you want to use or install high-powered appliances, increasing the amperage of your circuit breaker is advised. However, you should also consider how much additional load your wiring and outlets will be subjected to.

To minimize the headache of replacing your system in the future, it would be prudent to double the amperes now necessary in your breaker system. This will prevent your electrical circuit from tripping even if you add extra machinery, tools, and equipment.

Why then do you plan to upgrade your system? Are larger appliances something you intend to install? Or are you adding on to your home? Tell me how you improved your system in the comments section below! Please share your suggestions for boosting circuit breaker amps!

If you want to find more Electronic Components Distributors, please check out the following articles:

Electronic Components Distributors In the USA

Electronic Components Distributors In UK

Electronic Components Distributors In China

Electronic Components Distributors In India

Electronic Components Distributors In Singapore

Electronic Components Distributors In Malaysia

Electronic Components Distributors In Vietnam

Electronic Components Distributors In South Korea

Electronic Components Distributors In Taiwan

Electronic Components Distributors In Hong Kong