Kenmore 79578093900 refrigerator Parts

To find the “size” of your Kenmore refrigerator model 79578093900, decide whether you mean outside dimensions (fit in your kitchen) or storage capacity (cubic feet). Use a tape measure for dimensions; use interior measurements to estimate cubic feet, then confirm specs in the 79578093900 owner's manual.

Measure the outside dimensions (fit)

Measure with doors closed and the refrigerator in its normal position.

• Width: left to right across the cabinet
• Height: floor to top of cabinet (include hinge cover if it’s the highest point)
• Depth: front of cabinet to back (note if you are including handles)
• Clearance: leave about 2 inches on the sides and back for airflow

Quick checklist

• Measure in inches for easiest comparison to cutout space
• Record two depths: cabinet-only and with handles
• Confirm the unit is level; a tilt can change door swing and “fit” feel

Estimate storage capacity (cubic feet)

Cubic feet is an interior volume estimate. For a simple approximation:

• Measure usable interior width, height, and depth (in inches)
• Multiply: W × H × D = cubic inches
• Divide by 1,728 to convert to cubic feet

What you want	What to measure	Best for
Outside size	Width, height, depth of cabinet	Kitchen fit, moving through doorways
Capacity	Interior usable space	Comparing storage volume

Doorway and moving tip (common “size” issue)

If you’re measuring because the refrigerator must pass through a doorway, the manual notes that if the entrance is less than 35 inches wide, the doors may need to be removed. See the 79578093900 owner's manual for the door removal steps and tool sizes.

Why it matters

Getting the right “size” prevents installation problems (tight clearances, poor airflow) and helps you compare refrigerators accurately by capacity instead of just exterior dimensions.

Last updated: January 2026

A bottom-mount refrigerator (like Kenmore 79578093900) has the freezer compartment on the bottom and the fresh-food section on top, so everyday refrigerated items sit closer to eye level. This layout reduces bending for frequently used foods while keeping frozen storage below.

How a bottom-mount layout works

In a bottom-mount design, cold air is managed between the freezer and refrigerator sections. For best performance, keep airflow paths clear and follow the setup and use guidance in the 79578093900 owner's manual.

• Fresh foods are stored in the upper compartment for easier access.
• Frozen foods are stored in a pull-out bottom freezer drawer.
• Air circulates between sections; blocking vents can cause temperature and moisture issues.
• Odors can transfer between compartments if foods are not wrapped.
• Door alignment and closing are important for consistent temperatures.

Bottom mount vs. top freezer: quick comparison

Feature	Bottom-mount refrigerator	Top-freezer refrigerator
Most-used items	Easier access to fresh foods	Easier access to frozen foods
Bending/reaching	Less bending for fresh foods	More bending for fresh foods
Freezer access	Drawer-style storage	Swing-door storage
Organization	Often better freezer organization	Often simpler freezer layout

Why it matters for daily use and troubleshooting

Because air moves between the freezer and refrigerator sections, a bottom-mount unit can show symptoms (warm fridge, frost, odors) when vents are blocked or doors do not seal well. Keeping vents clear and doors aligned helps maintain stable temperatures and reduces moisture problems.

Helpful tips for owners

• Do not block freezer or refrigerator vents with food packages.
• Keep foods covered to reduce odor transfer between compartments.
• If doors look uneven, use the door alignment steps in the manual.
• Maintain good airflow around the refrigerator for efficient cooling.

Last updated: January 2026

The average lifespan of the Kenmore 79578093900 bottom-mount refrigerator is 13 years with normal household use and routine maintenance (clean condenser area, good door sealing, and stable temperatures). Use the owner's manual for model-specific care and operating guidance.

What affects lifespan the most

A refrigerator usually reaches its full service life when these basics stay in good shape:

• Condenser airflow: dust buildup makes the compressor run longer and hotter
• Door sealing and alignment: warm air leaks increase run time and frost
• Temperature settings: steady settings reduce cycling stress
• Usage habits: frequent door openings and overloading raise run time
• Defrost drainage: clogs can cause ice buildup and water leaks

Quick maintenance checklist (best return for the effort)

We recommend these routine steps to help your 79578093900 reach its expected life:

• Vacuum and brush the condenser area regularly (unplug first)
• Keep doors closing fully; avoid overpacking shelves and bins
• Set and verify temps: refrigerator about 37°F, freezer about 0°F
• Clear food packages away from air vents for proper circulation
• If you see puddles or ice buildup, inspect the drain path and consider the refrigerator drain tube 5251JA3003D

What “normal” operation looks like

The manual notes that modern refrigerators can run a significant portion of the time, especially in warm rooms or after loading groceries.

Symptom	Often normal	Often needs attention
Compressor runs a lot	After restocking, hot kitchen	Constantly with warm fridge temps
Some fan noise	Light airflow sound	Grinding, squealing, or no airflow
Water under unit	After defrost in humid weather	Repeated puddles or ice blockage

Why it matters

A refrigerator that runs longer than necessary uses more energy and puts extra wear on the sealed system (compressor, fans, controls). Simple airflow and sealing maintenance is the most effective way to protect long-term reliability.

Last updated: March 2026