Can A Fridge And Freezer Be On The Same Circuit?

Can A Fridge And Freezer Be On The Same Circuit?

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Can A Fridge And Freezer Be On The Same Circuit?

The fridge and freezer should not be on the same circuit since they both use so much power.

You might want to examine if your circuit bandwidth and codes enable you to plug multiple appliances into one circuit.

Your refrigerators may run less efficiently as a result of this. Your breaker may trip if you use too much energy.

Because refrigerators need a lot of electricity to cool down, this can be a significant drain on both your power supply as well as your money.

No! Most freezers use 3 to 6 amps, but a fridge can use up to 15 amps at peak utilization. Examine if your circuit bandwidth and codes enable you to plug multiple appliances into one circuit. Dedicated circuits avoid the danger of current overloading and cutoff issues.  

On startup, a refrigerator, like any other motor load, can use up to six times its operating current.

Which can cause annoying circuit breaker tripping based on what is on the circuit. As a result, some makers may require a separate course to ensure safe functioning.

These appliances consume a lot of electricity regularly,

And overloading one circuit might result in recurrent cooling troubles, food waste, or perhaps even surges in your residence.

Freezers and refrigerators have become essential home appliances.

People utilize them to save food that might otherwise spoil if they didn’t have the cooling capabilities of these gadgets.

Can A Fridge And Freezer Be On The Same Circuit?

It’s also typical for households to give separate plugs to their freezers. Because freezers require a lot of electricity when they first startup, this practice is discouraged.

They can easily trigger the breaker when they’re at their height.

If you are not there to turn the power back on after the breaker has been tripped, you may lose all of the food in your freezer.

In older homes, there is a typical issue. If you use too many kitchens equipment at the same time, there will be short-circuited.

This implies that all appliances and lights linked to that circuit will turn off at the same time.

Circuit breakers are meant to protect you from overloading your electrical system by interrupting power flow to particular sections of your home.

Do Freezers Need A Dedicated Circuit?

Yes. You could consider purchasing a second refrigerator or freezer if you want additional storage space for your cold and frozen foods.

Make sure you’re not breaking any building code restrictions or causing a hazard by plugging the two pieces of equipment into the very same outlet.

The preferred best practice for homes is to have the refrigerator on its designated circuit.

Most refrigerators use 3 to 6 amps, but a fridge can use up to 15 amps at peak utilization. It’s wise to think about the worst-case possibilities.

If there is another appliance on the same circuit working simultaneously, dedicated circuits avoid the danger of current overloading and cutoff issues.

Therefore, a freezer should be connected to its circuit at all times.

According to the National Electrical Code, refrigerators, stoves, washers, dryers, space heaters, and other significant electrical appliances require dedicated circuits.

They make sure there’s enough electricity for devices to run safely without overworking the system.

Does A Fridge Need A 20-Amp Circuit?

Yes. A separate 20-amp, 120/125-volt circuit is required for a modern refrigerator. Refrigerators and freezers should be connected to a dedicated 120-volt circuit rated at 15-20 amps.

This will prevent electrical overloading if your current connection is unable to handle the extra power.

Bear in mind that although you don’t put your freezer or refrigerator in the garage, freezers must be connected to a separate 120-volt circuit.

The standard refrigerator(Amazon Link) consumes around 725 watts and 15 to 20 amps, accounting for 10% or above of a home’s overall energy use.

Wattage is a unit of measurement for the rate at which energy is converted to electricity, generally per hour.

Your refrigerator should have come with an energy consumption label, at the absolute least, indicating the watts.

This value may be used to calculate the amperage of your device.

You can calculate the precise amperage of your refrigerator after you know its wattage.

Amperage is calculated by dividing the unit’s wattage by the voltage, or Amperage = Watts/Voltage.

The voltage in all American houses is 120 volts.

When a freezer is connected to a dedicated circuit, its odds of tripping the breaker when it cycles on are pretty minimal.

There is space for error in a dedicated circuit.

Overall, a freezer does not need to be connected to a separate circuit. The appliance is compatible with other devices on the same circuit.

However, the overall amperage cannot exceed the circuit’s capacity. If it does, the breaker will trip, cutting off electricity to your freezer.

Can I Plug A Freezer Into A GFCI?

No. The freezer should not be plugged in a GFCI. GFCI protection is only required for kitchen receptacles that serve the countertop surfaces in a residential house.

Boxes that fit a refrigerator are not required to be GFCI protected unless the fridge is connected to a countertop outlet.

In places of the house where water is present, a GFCI (ground-fault circuit interrupter) outlet is used.

Bathrooms and basements, for example, are frequent places to find them.

This outlet is designed to protect individuals from electrical shock and should not be mistaken with a fuse or breaker in the house.

Always plug an upright or chest freezer into its separate electrical socket with a voltage rating that matches the rating plate.

The electrical supply must be 115 volts AC, 60 Hz, 15 or 20 amps, fused, and grounded.

Always plug an upright or chest freezer into its separate electrical socket with a voltage rating that matches the rating plate.

The electrical supply must be 115 volts AC, 60 Hz, 15 or 20 amps, fused, and grounded.

It might be an electrical problem caused by poor structural wiring if your GFCI outlet trips regularly.

An electrical outlet linked to the same circuit, specifically if it was not part of your main house’s original wiring, might potentially be the source of the problem.

Does A Five Cubic Foot Freezer Need A Dedicated Circuit?

Yes. However small or big the freezer is, it’s recommended to have a separate or a dedicated circuit for each.

If you’re going to use an extension cable for your freezer, keep in mind that no safety agency or electrical organization recommends doing so on a long-term basis.

It’s expressly prohibited under the National Electrical Code and also the National Fire Protection Association.

Why Does My Freezer Keep Tripping The GFCI?

A refrigerator could trip breakers in a variety of ways, from overworked circuits to incorrect grounding.


This happens if a high current flows via electrical cables. The cables get heated up and get prone to melting, leading to a fire hazard.

How do we solve this? If you can, avoid plugging multiple devices that use a lot of power onto the same line.

Moving specific devices from the overloaded circuit to another general-purpose circuit is a simple short-term remedy to a circuit overload.

Ground Fault

This is an unexpected contact between an electrified conductor and the ground, or the equipment frame is a ground fault.

The fault current’s return path is via the grounding system, as well as any personnel or device that forms a part of it.

Insulation failure is typically the cause of ground faults.

Ground-faults can be caused by deteriorated insulation, water, conductive dust, or other “soft grounds.”

Over 80% of appliances’ short circuits are triggered by ground faults, with insulation breakdown on wires and cables accounting for 90% of those incidents.

Voltage regulators that trip when the power supply suddenly rises, as well as a system of grounding wires in the circuits that provide a straight path back to the ground.

Should currently wander outside its designated circuit wiring, offer defense over ground faults.

Ground-fault circuit interrupter outlets can also be utilized in places where ground faults are more common, such as outdoors, near bathroom fixtures, and below-grade.

Also, Ground fault leakage current can be caused by captive and inductive coupling when temporary wiring or extension cables are too lengthy.

The GFCI will trigger if the total leakage current exceeds five ma.

What Is Grounding?

To define, grounding is the process of connecting elements of an electrical circuit or device to the earth.

Any grounding wires, electrodes, and the interconnections that bind these pieces together are all considered dropping.

The connections to earth are as low resistance as feasible for our circuit protection gadgets to operate correctly.

Thus, grounding electrodes should have just as much surface area in touch with the ground at least.

Buried metal water pipes, ground rods, ground plates, and bare ground cable grids are all examples of grounding electrodes.

Short Circuit

This  is an electrical circuit that permits current to flow unintentionally through a path with no or shallow electromagnetic properties.

As a result, the circuit receives an excessive amount of current. An “open circuit,” an infinite resistance between pair of nodes, is the polar opposite of a short circuit.

Faulty appliance wiring, loose wire connections, and faulty circuit wire insulation are some reasons for short circuits.

Faulty Generator

When the GCFI detects a discrepancy in the electrical input and output, the breaker trips, avoiding fires or electrocution.

Electrical Leak

The passage of electronic power through a standard insulating boundary.

Such as “the magnetic coupling of a transformer with other components, spontaneous discharge of very well charged capacitor,

Or flow of current across a transistor in the “off” state or a negative-polarized diode,” is known as leakage in electronics.

When your power bill starts to hike for no apparent reason, this is the most typical indicator that you have a leakage problem.

It’s a good idea to evaluate what, if any, new appliances you’ve had before, assuming you have an electrical leakage problem.

Any item kept on standby consumes a tiny amount of energy; the more devices you have, the more likely you will find a change in your electricity bill.

Bond Or Ground Jumper Issue

A primary bonding jumper is indeed a conductor that connects the grounded service conductor to the device grounding conductor.

The direct bonding jumper’s job is to connect the EGC (equipment grounding conductors) to that same electrical service’s neutral line.

Circuit-breakers don’t trip correctly without this crucial connection between both the grounds and the neutral at the initial separation method without the primary bonding jumper.

How To Fix These Issues

A person with little technical knowledge may easily install a GFCI.

I would recommend contacting a professional to ensure that it is done appropriately with no additional electrical problems.

If the GFCI has water, turn off the power and dry off the receptacle box using a blow-drier. Reset the GFCI after the outlet is dry.

Remove all of the plugs from the outlet and check to see if the GFCI stops tripping. Replace each appliance one at a time to determine which one is tripping the breaker.

After you’ve taken out the old outlet, you may start installing the new GFCI outlet.

Ensure the wires are straight and plugged into the latest GFCI outlet using either needle-nosed pliers or wire cutters.

Turn the outlet over as you begin. Your GFCI outlet should only be rewired into the line screws.

Can A Fridge And Freezer Be On The Same Circuit?

If you are not able to fix it by yourself, you can hire an electrician.

Installation takes around one to three hours, and most electricians demand a one-hour minimum service fee.

Expect to pay between $135 and $150 for a single GFCI-protected outlet.

You may save money by following local construction standards to determine your specific GFCI protection requirements.

To bypass the GFCI; You have first to turn the power off and remove the GFCI.

Then you will find Black and white wires linked to the “LINE” terminals, while another pair should be attached to the “LOAD” terminals.

Inductive loads can trip GFCI outlets when motorized devices startup or shut down. Take some extra wire with you.


Hi! I' am Tom. I was a manager in one of the biggest stores for over 10 Years, am also an SEO by night. I don't like to call myself a blogger; they are very analytical, do email marketing, and know all SEO stuff. I faced many questions from customers about different products, and there was hardly any help on the internet. After learning all the things about these products as a manager the hard way, I decided to start a blog and help other people.

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