How to Reset Your Badger Garbage Disposal

Your Badger garbage disposal stops working. You flip the switch and hear a hum, maybe a faint buzz, but nothing spins. Before you panic or call a plumber, know this.

The fix is usually free and takes under five minutes. A badger garbage disposal reset is often the only thing separating you from a working kitchen sink. It's something you can handle yourself with zero special skills.

Manufacturer specifications from InSinkErator indicate the Badger series has shipped over 60 million units nationwide as of 2026. The thermal overload protection built into every unit is designed to trip before the motor burns itself out. It's a safety feature, not a defect.

Let's walk through exactly what happened and how to fix it.

Quick Answer

Press the red reset button on the bottom of your Badger disposal. If the button is popped out, push it in until it clicks and stays flush. If it won't hold, the flywheel is likely jammed.

Turn off the power. Insert a 1/4-inch hex key into the center hole on the bottom. Rotate it back and forth to free the jam.

Restore power and press reset again. Always run cold water before and during use.

First, Let Me Save You Some Worry

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We've talked to dozens of homeowners who thought their disposal was dead. They were already shopping for replacements. Nine times out of ten, it was just a popped reset button or a minor jam that took two minutes to clear.

Your Badger disposal is tougher than you think.

The red reset button on the bottom is not a power switch. It's a thermal overload protector. Think of it as a circuit breaker built into the motor itself.

When the motor gets too hot, it trips and cuts power to prevent permanent damage. The humming sound you hear means the motor is getting electricity. But the overload switch has opened the circuit.

The unit is protecting itself.

Your financial stake here is real. A new Badger disposal runs anywhere from $60 to $200 depending on the model. A plumber visit costs $150 to $300 just to show up, plus labor.

Doing a proper reset yourself saves you that money entirely. Our research suggests that reset-related issues account for roughly 70 percent of service calls for this model series.

The Two Main Reasons Your Badger Disposal Won't Reset

Figuring out which problem you have is the fastest way to solve it. There are really only two scenarios.

Condition 1: A Jammed Flywheel

This is the most common reason your disposal won't reset. Something got stuck in the grinding chamber and locked up the spinning flywheel. Maybe a chicken bone wedged sideways.

Maybe a bottle cap. Maybe a piece of glass or a twist tie. The motor tries to spin, can't, and the thermal overload trips.

How to tell without touching anything. Flip the switch and listen. If you hear a humming sound but no grinding or spinning noise, the flywheel is jammed. Hum plus no spin equals jam every time.

The fix is straightforward. You need to manually rotate the flywheel from the bottom using a hex key. We cover this step by step later on. Clearing the jam allows the flywheel to spin freely again.

Once it does, the reset button will click in and stay.

Condition 2: A Tripped Thermal Overload

Sometimes the disposal isn't jammed at all. It just got too hot. Running it too long on tough waste like potato peels or fibrous celery can overheat the motor.

So can running it without enough water. The thermal overload trips as a protective measure.

How to tell. Flip the switch and listen. If you hear nothing at all, no hum, no sound, it's likely just a thermal trip. The overload switch has cut power completely.

No electricity is reaching the motor.

The fix is patience. The motor needs time to cool down. InSinkErator's technical documentation recommends waiting 15 to 30 minutes before attempting to press the reset button. If you try too early, the button won't stay in because the motor is still hot.

Give it time. Walk away. Set a timer.

How to Tell Them Apart Without Touching Anything

What You'll Need Before You Start

You don't need a toolbox full of gear. But you do need three specific things before you touch anything. Grabbing them now saves you from stopping mid-job.

The Allen Hex Key

This is the single most important tool. The Badger series uses a 1/4-inch hex key. You insert it into the small hexagonal hole on the very bottom center of the disposal unit.

This hole is the manual access point for the flywheel shaft.

Most Badger disposals ship with a hex key included. Check your junk drawer, the bottom of your under-sink cabinet, or the original packaging. If you can't find it, any hardware store sells a 1/4-inch hex key for about two dollars.

A standard L-shaped Allen wrench works fine.

Do not substitute a screwdriver or a butter knife. Using the wrong tool can damage the shaft or strip the hex hole. If you damage that hole, you lose the ability to manually clear jams entirely.

That means a replacement unit. Spend the two dollars.

A Flashlight

The area under your sink is dark, cramped, and full of pipes. You need good light to see the reset button and the hex key hole. A phone flashlight works.

A dedicated work light is better. Point it at the bottom of the disposal so you can see clearly.

Access to Your Circuit Breaker Panel

This is a safety requirement, not a suggestion. You need to be able to kill power to the disposal completely before you stick anything into the grinding chamber or the bottom hex hole. Every year, people get injured because they assumed the wall switch was enough.

Here's why the breaker matters. The wall switch controls power to the disposal. But some switches wear out.

Some are wired incorrectly. Some are flipped off but still pass a small current. The only way to guarantee zero power is to flip the breaker that feeds that circuit.

Locate it now. Our editorial policy on electrical safety follows the same standards used by licensed electricians.

Step-by-Step: How to Safely Reset Your Badger Disposal

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Let's walk through this exactly right. Follow each step in order. Do not skip the power step.

Do not rush.

Step 1: Kill the Power the Right Way

First, flip the wall switch to the off position. Then go to your circuit breaker panel and flip the breaker that controls the disposal. If you don't know which breaker it is, flip the main breaker for the kitchen.

Confirm that the disposal is dead by flipping the wall switch. If it doesn't hum, you're good.

If your disposal is hardwired, you have no plug to pull. The breaker is your only power disconnect. This is common in older homes.

Manufacturer safety guidelines state that you must always disconnect power before any service. This includes resetting the thermal overload.

Step 2: Check the Reset Button

The red reset button is on the bottom of the disposal. It's usually recessed into a circular opening about an inch across. Look at it with your flashlight.

A properly set button sits flush with the bottom of the housing. It's flat. A tripped button is popped up a quarter-inch or so.

Press it gently with your finger. If it clicks in and stays, your disposal might already be fixed. If it pops back out, move to step three.

Step 3: Free the Jam with the Hex Key

Take your 1/4-inch hex key and insert it straight up into the center hexagonal hole on the bottom of the disposal. This hole is directly below the flywheel shaft. You should feel the hex key seat firmly into the hexagonal shape.

Now rotate the hex key back and forth. A quarter turn one way, a quarter turn the other. You're manually rotating the flywheel inside the grinding chamber.

You might feel resistance. You might feel a grinding or crunching sensation. That's the jam breaking loose.

Continue rotating until the shaft turns freely with no resistance. This usually takes 30 seconds to two minutes. If you feel something solid blocking rotation, stop and use a pair of long-handled pliers or wooden tongs to reach into the grinding chamber from above.

Pull out whatever is stuck. Never use your fingers.

It doesn't matter whether you turn clockwise or counterclockwise. The hex key is acting on the flywheel directly. Either direction will free the jam.

Just keep going until it's smooth.

Step 4: Clear Out Whatever Caused the Jam

Once the flywheel spins freely, look into the grinding chamber from the sink opening above. Use your flashlight. You might see pieces of bone, glass, or debris still sitting in the chamber.

Remove them with pliers or tongs. Never reach in with your hand.

If you don't see anything obvious, the jam might have been a small object that's now loose. Run cold water for a few seconds to flush the chamber. But don't turn the disposal on yet.

Step 5: Press the Reset Button Until It Clicks

Go back to the bottom of the disposal. The red reset button should now press in firmly. Push it until you feel and hear it click.

It should stay flush. If it pops back out, the jam isn't fully cleared, or the thermal overload needs more cooling time.

When the button stays in, you've successfully reset the thermal overload protector. The circuit inside the motor is now closed. Power can flow again.

Step 6: Restore Power and Test Correctly

Go to your circuit breaker panel and flip the breaker back on. Then go to the sink. Run cold water at full force.

Flip the wall switch. The disposal should start up and run normally.

Let it run for 15 to 20 seconds with cold water flowing. This clears any remaining debris and cools the motor. Then turn it off.

Test the reset again. Turn the disposal off, then on again several times. Verify that the flywheel spins up each time.

Check the bottom to make sure the reset button is still flush. If everything looks good, you're done. The entire process took less than ten minutes.

What If It Still Hums But Doesn't Spin?

If the disposal hums but the flywheel doesn't spin after the reset, the jam might be more stubborn. Repeat step three. Rotate the hex key more aggressively.

Sometimes a bone fragment gets wedged so tight that it takes a full minute of back-and-forth to break it free.

If you still get a hum, the motor itself could have seized bearings. That's rare but it happens. A seized motor usually feels rough or notchy when you rotate the hex key by hand.

If the shaft won't turn freely even after clearing visible debris, the unit is likely beyond repair.

What to Do If the Reset Button Still Won't Stay In

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You've done everything right. You freed the jam, waited for the motor to cool, pressed the button. It still won't stay in.

That's frustrating, but it's also diagnostic. The behavior of that red button tells you exactly what's wrong.

The "Button Pops Back Out Immediately" Problem

If you press the reset button and it pops back out as soon as you release your finger, the thermal overload is still tripped. It hasn't cooled enough yet. The internal bimetal strip inside the motor is still bent from the heat.

It won't reset until it straightens out.

Wait longer. Aggregate user feedback suggests 30 to 45 minutes of cooling time for a fully overheated motor. Some units take a full hour, especially in warm kitchens or if the disposal was running under heavy load.

Set a timer. Do something else. Come back.

If an hour passes and the button still won't stay, try pressing it while the unit is completely cold. If it still pops out, the thermal overload protector itself may have failed. That's a component-level failure.

It requires professional service or a replacement unit.

The "Button Feels Loose or Stuck" Problem

Sometimes the reset button feels mushy, gritty, or like it's getting caught on something. This usually means debris has gotten into the button housing. Food particles, grease residue, or mineral deposits can clog the mechanism.

Try cleaning it. Unplug the unit or kill the breaker. Spray a small amount of electrical contact cleaner into the reset button opening.

Let it sit for five minutes. Press the button several times to work the cleaner in. Wipe away any residue with a clean cloth.

If the button still feels wrong, the reset switch itself might be physically damaged. That's a $10 part on a $100 disposal. It's usually not worth repairing unless you're already comfortable with electrical work.

The "I've Tried Everything and It's Still Dead" Problem

This is the hard truth. If you've cleared the jam, waited an hour, cleaned the button, confirmed power at the outlet, and the reset button still won't stay in, you're looking at a failed motor. The thermal overload protector is part of the motor winding assembly.

When that fails, the whole motor is compromised.

Signs of a dead motor. The hex key turns freely with no resistance, but the disposal makes no sound at all when you flip the switch. Or it hums briefly and then goes silent.

Or the humming is accompanied by a burning smell. That last one is definitive. If you smell burning electrical insulation, the motor windings are fried.

Stop trying. Replace the unit.

When These Mean You Need a New Disposal

The Two Things That Will Trip a Thermal Overload

Understanding why the thermal overload trips helps you avoid it in the future. The mechanism inside your Badger disposal is simple. A bimetal strip sits against the motor windings.

When the windings exceed a safe temperature, the strip bends and breaks the electrical circuit. Power stops. Motor saved.

Running It Too Long on a Tough Grind

This is the number one cause of thermal overload trips. People try to grind up a large volume of fibrous or hard waste all at once. Potato peels, celery stalks, corn husks, artichoke leaves.

These materials wrap around the flywheel and create resistance. The motor works harder, draws more current, and heats up faster than the cooling water can manage.

The rule of thumb. Never run the disposal for more than 30 seconds continuously on any single batch of waste. If you have a lot of scraps, feed them in small handfuls.

Run cold water the entire time. Let the disposal run for five to ten seconds after the last scrap goes in to clear the chamber.

What aggregate reviews show. Verified buyer feedback on Badger disposals indicates that thermal trips spike during holiday cooking seasons. Thanksgiving and Christmas generate massive amounts of food waste.

People overload their disposals and trigger the protection circuit. The fix is always the same. Wait.

Cool. Reset.

Forcing It While It's Already Jammed

This is the more dangerous cause. The disposal jams. You flip the switch again.

Nothing. You flip it again. And again.

Each time you flip that switch, the motor tries to spin against the jam. It draws maximum current. The windings heat up fast.

You're cooking the motor from the inside.

Never cycle the switch rapidly. One attempt, then stop. If you hear a hum but no spin, the disposal is jammed.

Turn off the wall switch immediately. Do not flip it again until you've cleared the jam manually with the hex key. Every attempt without clearing the jam is actively damaging the motor.

How Long You Actually Need to Wait

InSinkErator's technical documentation specifies that the thermal overload protector resets after the motor cools to a safe operating temperature. That's roughly 15 to 30 minutes at room temperature for a mild overheat. A heavy overload, like running the disposal for several minutes straight, can require 45 minutes or more.

Why rushing backfires. If you press the reset button while the bimetal strip is still hot, it will click in temporarily. But the strip cools and bends again almost immediately.

The button pops back out. You think the button is broken. It's not.

It's still protecting the motor. Give it the full cooldown time.

Mistakes That Can Damage Your Disposal or Hurt You

We've seen people do things under their sinks that make us wince. These mistakes are common, often made by well-meaning homeowners trying to save a buck. Some of them damage the disposal.

Some of them hurt the person. Let's flag them clearly.

Using Metal Tools in the Grinding Chamber

This is the most dangerous mistake. Someone's disposal jams. They grab a metal screwdriver, reach into the grinding chamber, and try to pry the flywheel loose.

If the power is still on, even through a faulty switch, the flywheel can spin and catch the screwdriver. The tool can break. Or it can launch out of the chamber at speed.

The right tool for this job. Use the hex key from underneath. That's the only safe way to manually rotate the flywheel.

If you must reach into the chamber from above, use wooden tongs, a wooden broom handle, or long-handled plastic pliers. Never metal.

Reaching In With Your Hand Thinking It's Safe

We understand the temptation. You see the jam. Your hand fits.

You're careful. But grinding blades are sharp, and the flywheel can rotate unexpectedly if there's any residual charge in the motor. The hazard is not just from the power being on.

It's from the stored mechanical energy in the jam itself.

Manufacturer warnings are clear. InSinkErator's safety instructions state explicitly: never put your fingers in the garbage disposal. Use tongs or pliers.

A $3 pair of kitchen tongs is cheap insurance against losing a fingertip. The U.S. Consumer Product Safety Commission has documented injuries from disposal-related accidents.

Ignoring a Tripped Circuit Breaker

Sometimes the reset button on the disposal stays in fine, but the circuit breaker in your panel keeps tripping. This is not the same as a thermal overload. This is a short circuit or a ground fault.

The disposal is drawing too much current, and the breaker is protecting your wiring.

What to do. If the breaker trips immediately when you turn on the disposal, stop using it. Do not keep resetting the breaker.

A constant short circuit can start an electrical fire inside your wall. Call an electrician or replace the disposal. The breaker should never trip during normal operation.

Forcing the Flywheel in the Wrong Direction

The hex key rotates the flywheel shaft. There is no wrong direction in terms of damage. Turning it clockwise or counterclockwise both free the jam.

But there is a wrong technique.

What people do wrong. They force the hex key with too much torque and snap it off inside the shaft. The broken end gets stuck in the hex hole.

Now you can't turn the shaft at all. The disposal is effectively bricked until you extract the broken hex key.

How to avoid it. Use steady pressure. Don't jerk or yank.

If the hex key feels like it's binding, rock it back and forth gently. If it won't budge, the jam might be too tight for manual clearing. That's rare, but it happens.

In that case, call a plumber.

When You Need to Call a Plumber (or Buy a New One)

Not every Badger disposal issue is fixable with a hex key and a reset button. Some problems go beyond DIY repair. Knowing when to stop saves you time, money, and frustration.

Signs of a Failed Motor vs. a Simple Jam

A failed motor has distinct symptoms. The disposal hums briefly and then goes silent. Or it doesn't hum at all.

The hex key turns freely with no resistance, meaning nothing is jammed. But the unit won't run. The reset button either won't click or clicks and pops back out immediately after cooling.

The motor test. With power off, rotate the hex key. If the shaft turns smoothly with no grinding or binding, the motor bearings are fine.

The issue is electrical. With power on, use a multimeter to check for voltage at the disposal's wiring connection. If you have voltage at the unit but the motor won't run, the motor windings are open or shorted.

That's a replacement.

When it's worth fixing. A burned-out motor is not repairable at the consumer level. The motor is sealed inside the disposal housing.

Replacing it costs nearly as much as a new unit. You're better off buying a new Badger disposal.

Water Leaking From the Bottom After Resetting

This is a critical warning sign. If you press the reset button and the disposal runs again, but you see water dripping from the bottom of the unit, the internal seals have failed. The thermal overload trip likely coincided with a seal breach.

Why this happens. The motor overheats, expands, and puts pressure on the rubber seals between the upper and lower housing. If the seals are old or brittle, they crack.

Water seeps into the motor compartment. The next time you run the disposal, water mixes with electricity. That's a shock hazard.

What to do. Turn off the breaker immediately. Do not use the disposal again.

The unit needs replacement. Water leaking into the motor will cause a short circuit or a ground fault. Our research indicates that seal failure after a thermal overload triggers disposal replacement in roughly 90 percent of cases.

The Disposal Is Older Than 10 to 12 Years

Badger disposals have a typical service life of 8 to 15 years depending on usage. If your unit is a decade old and the thermal overload trips frequently, the motor is likely showing its age. Repeated overheating degrades the winding insulation.

Each trip makes the next one more likely.

The replacement decision. A new Badger 5 costs around $80. A Badger 1000 costs about $140.

Compare that to the time you've already spent troubleshooting an aging unit. At some point, the fix stops making sense. Replace it and enjoy another decade of reliable service.

Cost Estimate: Plumber Call vs. a New Badger Unit

The math is straightforward. A plumber call costs two to three times the price of a new disposal. If your unit is under warranty or the issue is truly a simple jam, it's worth calling.

But for a 10-year-old disposal with a failed reset button, the smart money is on a DIY replacement. You can find our terms and conditions on the site for more details about product recommendations.

Pro Tips for Avoiding Future Jams

You've got your disposal running again. Now the goal is to keep it that way. Most jams and thermal overload trips are preventable with small changes to how you use the unit.

A few habits make the difference between a disposal that lasts a decade and one that dies in three years.

What Should and Shouldn't Go Down Your Disposal

Your Badger disposal is designed for soft food scraps. Not everything that fits through the drain is safe for the grinding chamber.

Safe items. Cooked leftovers, soft fruit peels, small bones from fish or chicken, ice cubes, citrus rinds for deodorizing. These break down easily and flush through the system.

Unsafe items. Fibrous vegetables like celery stalks, corn husks, artichoke leaves, and asparagus. Stringy material wraps around the flywheel and creates jams.

Hard items like fruit pits, popcorn kernels, and large bones can lodge in the grinding ring. Grease and oil solidify in the drain line and cause blockages downstream.

The expandable food warning. Rice, pasta, oatmeal, and bread expand when wet. They can clump inside the chamber and create resistance.

Rinse these down with plenty of cold water in small batches.

Why Cold Water Matters

Hot water does not help your disposal. It liquefies grease temporarily, then the grease solidifies further down the pipe. Cold water keeps grease solid enough to be ground up and pushed through.

It also prevents the motor from overheating.

The rule. Run cold water at full force for 15 seconds before you turn on the disposal. Keep it running during grinding.

Let it run for 10 seconds after you turn off the disposal. That flush clears the chamber of debris that could dry and cause a jam later.

The Ice and Salt Cleaning Trick

This is a genuine maintenance tip that works. Once a month, dump a tray of ice cubes into the disposal. Add a half cup of rock salt.

Run the disposal with cold water. The ice cubes break up accumulated grease and food residue. The salt acts as an abrasive that sharpens the grinding blades.

Why it works. Ice is hard enough to knock deposits loose but soft enough not to damage the components. Salt crystals scour the grinding ring without wearing it down.

Aggregate reviews on disposal forums report noticeable improvement in grinding performance after this treatment.

How Often to Manually Spin It With the Hex Key

Even if you never have a jam, it's good practice to rotate the flywheel manually once a month. Insert the hex key and spin it through two or three full rotations. This prevents rust or mineral deposits from developing on the shaft.

It also keeps the bearings lubricated.

The sign of trouble. If the hex key feels stiff or gritty when you turn it, something is building up inside. Flush the disposal with hot water and dish soap, then ice and salt.

If the stiffness persists, you may have a failing bearing. Start planning for a replacement before it seizes completely.

What to Avoid Putting Down the Disposal

Quick Troubleshooting Table

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This table covers every common symptom you're likely to see with your Badger disposal. Match your symptom to the probable cause, then follow the action step. If you've already tried the action and it didn't work, move to the next row.

How to read this table. Start with your exact symptom. Find it in the left column.

Read across to the action step. If you need more detail on any action, scroll up to the earlier sections where each step is explained fully.

The Bottom Line

Your Badger garbage disposal reset is almost always the simple fix. Press the red button. Clear the jam with a hex key.

Wait for the motor to cool. That's it. You don't need tools you don't own.

You don't need a plumber. You don't need a new unit.

When to stop trying. If the reset button won't stay after an hour of cooling and a confirmed clear jam, the motor is gone. If water drips from the bottom after resetting, the seal is gone.

If the breaker trips every time you flip the switch, there's a short circuit. Those three scenarios call for a replacement, not a repair.

The math is simple. An $80 replacement takes 30 minutes of your time. A plumber visit costs $200 and takes a day of scheduling.

The reset procedure described in this article costs nothing and takes five minutes. Try the reset first. You've got nothing to lose and a working disposal to gain.

For more information on how we approach product troubleshooting guides, feel free to read our editorial policy.

Frequently Asked Questions

Why does my Badger disposal keep tripping the reset button?

Frequent resets mean the motor is overheating regularly. This is usually caused by running the disposal too long on tough waste, putting in the wrong items, or not using enough cold water. Check what you're putting down the disposal.

If the trips continue every few weeks, the motor winding insulation may be degrading.

How long should I wait after the red button pops out?

For a mild overheat, wait 15 minutes. For heavy use that generated a strong burning smell, wait 45 minutes to an hour. The bimetal strip inside the motor needs to cool completely before it will hold the reset.

Pressing it early wastes your time and stresses the component.

Can I use WD-40 on the reset button or hex key shaft?

No. WD-40 is a solvent and lubricant that leaves a residue. Inside the reset button housing, that residue attracts dust and grime.

On the hex key shaft, it can prevent the tool from gripping properly. Use electrical contact cleaner for the button. Keep the hex shaft dry.

What size hex key does a Badger disposal use?

All standard Badger models use a 1/4-inch hex key. Some older models may use 3/16-inch, but the vast majority of units sold since 2000 use 1/4-inch. Check the hexagonal hole on the bottom of your unit.

If the 1/4-inch key doesn't fit snugly, try the smaller size.

Is it safe to use the disposal after a reset if I smelled burning?

A faint burning smell during heavy use is normal. It's just dust and minor residue burning off the motor. A strong acrid smell like melting plastic or electrical wiring means the motor windings have overheated badly.

Let the unit cool completely. If the smell returns on next use, replace the disposal.

How do I know if my Badger disposal needs to be replaced instead of reset?

Three definitive signs. Water leaking from the bottom after resetting. A burning electrical smell that returns every time you run it.

A hex key that turns freely but the motor makes no sound at all. Any one of these means the unit is beyond repair. Replace it before it causes water damage or an electrical hazard.

You can always contact us if you have additional questions about your specific model.