Error Codes
How do you find the cubic feet of a Kenmore freezer?
To find cubic feet for a Kenmore freezer (including the freezer compartment in a compact refrigerator like model 46198475), we measure the inside space in inches, multiply height × width × depth, then divide by 1,728 to convert cubic inches to cubic feet.
Step-by-step: measure and calculate
- Empty the compartment enough to measure accurately.
- Measure the interior (not the outside cabinet):
- Height (top to bottom)
- Width (left to right)
- Depth (front to back)
- Multiply the three measurements to get cubic inches.
- Divide by 1,728 to get cubic feet.
What to measure (quick checklist)
- Measure inside wall to inside wall
- Measure to the back wall, not to shelves or bins
- If there is a step-in area (like a compressor hump), measure sections separately and add them
- Use inches for all measurements
- Round to the nearest 1/8 inch for best accuracy
Formula and example
Formula:
| Item | Calculation |
|---|---|
| Cubic inches | Height (in) × Width (in) × Depth (in) |
| Cubic feet | Cubic inches ÷ 1,728 |
Example: If the interior measures 20 in (H) × 18 in (W) × 16 in (D):
- Cubic inches = 20 × 18 × 16 = 5,760
- Cubic feet = 5,760 ÷ 1,728 = 3.33 cu ft
Why it matters
Cubic feet helps you compare usable storage space, choose the right replacement unit, and confirm whether shelves, bins, and accessories will fit the way you expect.
Related parts that affect usable space
If you are restoring storage capacity or fixing fit issues, these model 46198475 parts can help:
- Refrigerator door 45252BL (door alignment and sealing)
- Refrigerator foot 1021206034 (leveling for proper door swing and seal)
- Refrigerator ice tray 43235 (freezer compartment organization)
Last updated: February 2026
What are the main 5 parts of a refrigerator?
The main five parts that make a refrigerator cool (including your Kenmore 46198475 compact refrigerator) are the compressor, condenser, metering device (capillary tube or expansion valve), evaporator, and thermostat/temperature control. Together, they move heat out of the cabinet so food stays cold.
The “cooling system” parts (the core 4)
These four components make up the sealed refrigeration cycle.
- Compressor: pumps refrigerant through the system and raises its pressure/temperature
- Condenser coil: releases heat to the room as refrigerant cools and condenses
- Metering device (capillary tube/expansion valve): drops refrigerant pressure so it can get cold
- Evaporator coil: absorbs heat from inside the fridge as refrigerant evaporates
The 5th key part: temperature control
Most refrigerators use a thermostat or electronic temperature control to cycle cooling on and off.
- Thermostat/temperature control: senses cabinet temperature and tells the compressor when to run
Other important refrigerator parts (not in the “main 5”)
These parts do not create cooling, but they strongly affect performance and usability.
- Door gasket: prevents warm air leaks that cause long run times and frost
- Start device/relay: helps the compressor start; a common no-cool culprit
- Interior light: visibility inside the cabinet (and a stuck-on light can add heat)
- Leveling foot: helps the door close and seal properly
Here are a few model-related examples you can shop by name:
| What it affects | Example part for Kenmore 46198475 | What you’ll notice when it fails |
|---|---|---|
| Compressor starting | Refrigerator relay | Clicking, humming, warm cabinet, compressor not staying on |
| Interior lighting | Refrigerator bulb 0508044 | No light when door opens |
| Door closing/sealing | Refrigerator foot 1021206034 | Door swings open, poor seal, temperature swings |
Why it matters
When you know which “main 5” parts do the cooling, troubleshooting gets faster. For example, a bad start relay can mimic a compressor problem, while a poor seal can look like weak cooling.
Last updated: February 2026
What is the ER if code on a Kenmore 46198475?
On the Kenmore 46198475 compact refrigerator, an “ER IF” display is not a standard, model-specific error code for this unit. When customers see “ER” plus letters, it is usually caused by a control/display glitch, a power interruption, or a wiring/connection issue affecting temperature sensing or the control.
What to do first (fast checks)
- Unplug the refrigerator for 5 minutes, then plug it back in to reset the control.
- Confirm the outlet is steady (no loose plug, no switched outlet turning off).
- Check that the door closes fully and the door gasket seals all the way around.
- Make sure air vents inside the cabinet are not blocked by food containers.
- If the display returns immediately after reset, inspect for pinched or damaged wires near the door hinge area and control housing.
If you also have cooling symptoms
If the refrigerator is warm, runs constantly, or clicks on and off, focus on the basic cooling-start circuit and cabinet airflow.
| What you notice | Most likely cause | What we recommend |
|---|---|---|
| Clicking and not cooling | Start/relay issue | Test or replace the refrigerator relay 120 |
| Light is out but cooling is OK | Bulb failed | Replace the refrigerator bulb 0508044 |
| Warm temps with normal running sound | Airflow blocked or dirty condenser area | Clear vents, clean dust from accessible coils/grilles |
Why it matters
Misread or non-standard codes often show up when voltage dips or connections are loose. Resetting power and correcting airflow or electrical issues prevents nuisance errors and helps the compressor and thermostat control maintain stable temperatures.
Last updated: February 2026
What number is my mini fridge supposed to be on?
For your Kenmore 46198475 compact refrigerator, we recommend starting the temperature dial in the middle (usually 3 to 4 on a 1 to 7 scale) and adjusting after 24 hours. Higher numbers run colder; lower numbers run warmer.
Recommended setting and what to expect
Most mini fridges use a simple thermostat dial, not an exact temperature scale. Use this as a practical guide:
| Dial setting | What it usually means | Best for |
|---|---|---|
| 1 to 2 | Warmest | Light cooling, cool room, low food load |
| 3 to 4 | Normal | Everyday use (target about 37 to 40°F in the fresh-food area) |
| 5 to 7 | Coldest | Hot room, frequent door opening, fast chill (watch for freezing) |
How to dial it in (simple steps)
- Put a fridge thermometer in a cup of water on the middle shelf.
- Set the dial to 3 or 4.
- Wait 24 hours before changing anything.
- Adjust by one number at a time.
- If items freeze in the fridge section, turn the dial down 1 step.
- If drinks are not cold enough, turn the dial up 1 step.
Common reasons the “right number” changes
- Room temperature: Garages and warm kitchens often need a colder setting.
- How full it is: A fuller fridge holds temperature better than an empty one.
- Door use: Frequent opening usually needs a slightly colder setting.
- Airflow: Blocked vents can cause warm spots or freezing near the cold air outlet.
Why it matters
A mid-range setting helps your Kenmore 46198475 cool safely without freezing food, overworking the compressor, or causing temperature swings that can spoil perishables.
When a setting change does not help
If the dial is on a colder number but the fridge is still warm (or it is clicking and not starting), a start device issue is common on compact refrigerators. In that case, checking or replacing the refrigerator relay is a practical next step.
Last updated: February 2026
