## Get FREE Electrical Training!

Want to be an apprentice electrician?
Sign-Up to Learn How to Become an Electrician!

# What is an Electrical Load in Circuitry? (for Electricians)

### Affiliate Disclaimer

Some links contain affiliate links which means I may receive commission if you click a link and purchase a product.  These are all my own opinions - money will not sway me!

When you’re going to school as an electrician you may come across the term “Electrical Load”. This was confusing for me, but it’s actually REALLY easy to understand.

First, you have a power source, which is where power initially starts!

Then we have electrical loads that consume power from this power source when they are connected into the circuit.

Examples of an electrical load are things like:

• Light Bulbs
• Motors
• TVs
• Air Conditioners
• Speakers

Devices like plugs and light switches ARE NOT electrical loads!

Electrical loads are what PLUG INTO the plug outlet, or the lightbulb that TURNS ON from the light switch.

An electrical load CONSUMES power from the power source.

Once you start understanding these basic electrical terms, you’ll be on your way, because the terms don’t change much within this electrical world!

## Types of Electrical Load Symbols:

I think it’s important for you to see many of the common electrical diagram symbols you’ll be seeing when you go to school as an apprentice electrician.

### The Resistor Symbol:

In super basic electrical circuits, we most often deal with 100% purely resistive loads. Here’s an example of what a resistor symbol looks like!:

### Lightbulb Symbol:

Along with the resistor symbol, the lightbulb symbol is one of your first electrical diagram symbols you’ll come across:

### Motor Symbol:

When I talked to you about Volts, Amps, Resistance, and Power, I told you that when we are dealing with motors, we can’t just apply Ohm’s Law directly, because a motor causes inductance, which means REACTANCE happens.

## Recap: What is an Electrical Load

An electrical load is something that USES power from its power source.

Examples (like listed above) are:

• Lightbulbs
• Computers
• Motors
• Fans
• TVs
• Baseboard Heaters

Some of these electrical loads are purely resistive, meaning that you can apply basic Ohm’s Law math because resistance stays the same!

However, something like a computer, tv, or motor in an AC system causes what’s called REACTANCE, so the calculation starts getting more technical, and Pythagorean Theorem must be used!

Be sure to keep following the Electrical Theory posts on the website here!

FREE Book for Apprentice Electricians

Download my FREE eBook for Apprentice Electricians preparing you for a career in the electrical field!

Understand what is expected of you on the jobsite, and stay updated with the website at the same time!

I respect your privacy.. unsubscribe any time!

### Related Posts:

Riley was a residential/commercial electrician for 10 years in Canada.. He also likes to make beats..

Free Book!

Written for Apprentice Electricians!

100% free eBook for apprentice electricians who want to prepare themself before entering the electrical trade!

Opt-out of emails ANY TIME!  The eBook will be sent to your email to download instantly on sign-up!

Unsubscribe ANY TIME!

Free Electrical Training!

Content for Apprentice Electricians