Your Kenmore refrigerator hums along quietly in the kitchen, day after day, keeping your groceries fresh and your ice cream frozen solid. It’s easy to take it for granted — until something goes wrong. A strange noise, a puddle on the floor, a freezer that won’t stay cold. Suddenly, you’re staring at this big metal box wondering what’s actually happening inside it.
Here’s the thing: a refrigerator is really a collection of parts working together like a well-rehearsed team. Each piece has a specific job, and if one part drops the ball, you’ll notice pretty quickly. Kenmore refrigerators, especially their popular side-by-side models, are built with components that are widely available and relatively straightforward to understand once you know what you’re looking at.
Whether you’re troubleshooting a problem, ordering a replacement part, or just genuinely curious about what keeps your food cold, understanding these parts gives you a real advantage. You’ll be able to talk to a repair technician without feeling lost — or even handle a few fixes yourself. So let’s break down exactly what’s under the hood (and behind the panels) of your Kenmore fridge.
Kenmore Refrigerator Parts Diagram & Details
The diagram above is what’s called an exploded view of a Kenmore side-by-side refrigerator. Every major component has been pulled apart and spread out so you can see each piece individually, with numbered callouts pointing to specific parts. On the left side, you’ll notice the main refrigerator cabinet standing upright with its shelving visible inside. Surrounding it — to the top, right, and bottom — are all the individual components that make the unit work. The upper portion of the diagram highlights parts like the top hinge assembly, control panels, and lighting components. Moving to the right side, you’ll spot the electrical and cooling system parts: the control board, water inlet valve, condenser components, and compressor. Along the bottom, the base-level parts are laid out, including the drip pan, base grille, and leveling legs.
What makes this kind of diagram so useful is that it shows you exactly how each part relates to the whole unit. Instead of guessing where a component sits inside your fridge, you can trace it visually. Below, we’ll walk through 15 key parts you can identify in this diagram, explaining what each one does and why it matters to your refrigerator’s daily performance.
1. Top Hinge Assembly
Right at the very top of the diagram, you’ll see the hinge assembly that secures the upper portion of the refrigerator doors. This part bears the weight of the doors and allows them to swing open and closed smoothly every time you reach for the milk or grab a snack.
Over time, these hinges can wear down, especially if the doors are heavy or get pulled open frequently. When that happens, you might notice a door that doesn’t close flush anymore or seems to sag on one side. Replacing a worn hinge is actually one of the simpler repairs you can do — it usually involves removing a few bolts and swapping the old assembly for a new one.
The hinge assembly also plays a role in maintaining the door seal. If the hinge shifts even slightly, the door may not press evenly against the gasket, which lets warm air sneak in and forces your compressor to work harder than it should.
2. Shelves and Racks
The interior shelving is one of the most visible parts in the diagram, shown inside the main cabinet on the left side. Kenmore refrigerators typically use a combination of glass shelves with plastic trim and wire racks that slide in and out on built-in tracks.
These shelves do more than hold your food. They’re designed to direct airflow throughout the refrigerator compartment, and their positioning affects how evenly your food stays cold. Spill-proof glass shelves, which are common in Kenmore models, also contain messes — so a leaky container doesn’t become a five-shelf cleanup job.
3. Control Panel and Display
Near the top-right section of the diagram, you’ll find the user-facing control panel. This is the interface where you set your desired temperatures for both the fridge and freezer compartments, and on some models, it also controls features like ice production or a quick-cool mode.
Behind the visible buttons or digital display sits a small circuit board that sends your settings to the main electronic control. If your display goes blank or your temperature settings don’t seem to respond, the issue could be as simple as a loose wire connection at the control panel — or it could mean the board itself needs replacing.
4. Electronic Control Board
Slightly separated from the user panel in the diagram, the electronic control board is essentially the brain of your refrigerator. It receives inputs from the thermostat, sensors, and your temperature settings, then tells the compressor, fans, and defrost system when to kick on and shut off.
A failing control board can cause all sorts of confusing symptoms: the fridge running too cold, not cold enough, or cycling on and off erratically. Because this part governs so many functions, it’s often one of the last things a technician checks — after ruling out simpler causes first.
5. Water Inlet Valve
Visible on the right side of the diagram, the water inlet valve is a small electrically controlled valve that connects to your home’s water supply line. Its job is to open and allow water to flow into the ice maker and water dispenser when needed, then close again once the demand is met.
If your ice maker stops producing ice or your water dispenser slows to a trickle, a faulty inlet valve is a common culprit. Mineral deposits from hard water can clog the valve over time, restricting flow. Testing it with a multimeter for electrical continuity is a quick way to determine if it needs replacement.
6. Condenser Coils and Cover
Toward the back-right area of the diagram, you’ll spot the condenser coils along with their protective cover panel. These coils are where the hot refrigerant gas releases its heat into the surrounding air, turning back into a liquid so the cooling cycle can continue.
Dirty condenser coils are one of the most common — and most preventable — causes of a refrigerator that isn’t cooling well. Dust, pet hair, and kitchen grease build up on the coils over time, acting like an insulating blanket that traps heat. Cleaning them every six to twelve months with a coil brush or vacuum attachment can make a noticeable difference in performance and energy efficiency.
7. Compressor
Sitting prominently in the lower-right area of the diagram, the compressor is the heart of the refrigeration system. This motorized pump compresses refrigerant gas, raising its pressure and temperature before sending it to the condenser coils to release that heat.
Without a working compressor, your refrigerator simply cannot cool. It’s also the most expensive single component in the unit, which is why a failed compressor often leads to a difficult decision: repair or replace the whole fridge. You’ll typically hear the compressor as a low humming sound — and if that sound suddenly stops or is replaced by clicking noises, it’s a sign something is off.
The good news is that compressors in modern Kenmore refrigerators are built to last, and many come with extended manufacturer warranties. Still, keeping your condenser coils clean and ensuring good airflow around the unit helps the compressor run under less strain.
8. Condenser Fan Motor
Right next to the compressor in the diagram sits the condenser fan motor. This small but critical fan pulls air across the condenser coils and compressor, helping them dissipate heat efficiently.
If this fan stops working, heat builds up around the compressor, which can cause it to overheat and shut down. A telltale sign of a failing condenser fan is a refrigerator that runs warm while the compressor feels unusually hot to the touch. Fortunately, the fan motor is a relatively affordable part and is not too difficult to swap out.
9. Evaporator Fan Motor
Located inside the freezer compartment — shown in the middle-right portion of the diagram — the evaporator fan motor circulates cold air from the evaporator coils throughout both the freezer and refrigerator sections.
This is why you feel a breeze of cold air when you open the freezer door. If your freezer stays cold but the fridge side warms up, a faulty evaporator fan is often to blame, since it’s no longer pushing cold air into the refrigerator compartment. You might also notice a louder-than-usual buzzing or squealing sound when this fan starts to fail.
10. Evaporator Coils
Tucked behind a panel inside the freezer — and represented in the diagram near the evaporator fan — the evaporator coils are where the actual cooling happens. Liquid refrigerant flows through these coils, absorbs heat from the air inside the unit, and evaporates back into a gas.
Frost buildup on the evaporator coils is a common issue, which is exactly why your refrigerator has a defrost system. If that defrost system malfunctions, ice accumulates on the coils and blocks airflow, leading to poor cooling in both compartments. A thick layer of frost on these coils when you pull off the back panel of the freezer is a clear indicator that the defrost cycle isn’t doing its job.
11. Defrost Heater and Timer
Working hand-in-hand with the evaporator coils, the defrost heater (often a long, thin heating element) periodically warms the coils just enough to melt any accumulated frost. The defrost timer — or in newer models, an adaptive defrost control — determines how often this cycle runs.
When the defrost heater burns out, frost piles up fast. You might notice water pooling at the bottom of the freezer, ice forming on the back wall, or the refrigerator gradually losing its ability to cool. Testing the defrost heater for continuity with a multimeter is a standard diagnostic step, and the part is usually straightforward to replace once you remove the freezer’s rear panel.
12. Thermostat (Temperature Control)
The thermostat, shown in the upper interior section of the diagram, monitors the internal temperature and signals the compressor and fans to turn on or off accordingly. In older Kenmore models, this is a mechanical dial-type control. In newer ones, it’s a thermistor — a small sensor that feeds data to the electronic control board.
A malfunctioning thermostat can make your refrigerator run continuously without ever shutting off, or it can prevent it from running at all. Either way, your food suffers. Testing the thermostat usually involves checking it with a multimeter at different temperatures to see if it’s reading correctly.
13. Drip Pan
Down at the very bottom of the diagram, beneath the compressor area, sits the drip pan. This shallow tray catches condensation and defrost water that drains from inside the unit through a small drain tube.
Under normal conditions, the water in the drip pan evaporates on its own — helped along by the heat generated by the compressor and condenser fan. But if the pan cracks, overflows, or the drain tube gets clogged, you’ll end up with water on your kitchen floor. Cleaning the drip pan periodically also prevents unpleasant odors caused by stagnant water and mold growth.
14. Base Grille
The base grille runs along the very front bottom of the refrigerator and is clearly shown at the bottom of the diagram. It’s a snap-on or screw-mounted panel that covers the underside of the fridge, protecting the compressor, condenser coils, and drip pan from dust and debris.
Removing the base grille is usually the first step in accessing the condenser coils for cleaning, the drip pan for inspection, or the leveling legs for adjustment. It pops off easily on most Kenmore models — typically with a firm pull or by releasing a couple of clips.
15. Leveling Legs and Rollers
At the very base of the cabinet, visible in the lower-left portion of the diagram, are the leveling legs and roller wheels. The leveling legs are threaded bolts that screw in or out to raise or lower each corner of the refrigerator, while the rear rollers allow you to pull the unit away from the wall for cleaning or maintenance.
Getting your refrigerator level isn’t just about aesthetics. A fridge that tilts forward may not close its doors properly — the doors should gently swing shut on their own when released from a 45-degree angle. If they don’t, a quick adjustment of the leveling legs can fix that. Most Kenmore models require the front to sit very slightly higher than the back, which uses gravity to help the doors close securely every time.
