Frigidaire d1 sp

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If your Frigidaire refrigerator is displaying an error code, we can help. New style Frigidaire refrigerators have built in diagnostic systems. If your refrigerator finds, sees, or detects a fault or error in the system, it will show an error or fault code. The error code will display where the usual numbers are on the display screen. When an error code is displayed, your Frigidaire refrigerator is telling you a specific fault. If the error or fault is not fixable by you, it will require a repair technician.

Frigidaire Refrigerator Error CodesFrigidaire Refrigerator Error Codes

There are many different model numbers of Frigidaire refrigerators (side-by-side and french doors) with digital displays so when you see an error code write down what is flashing or displaying. Don’t pull the power from the fridge if it shows an error code. If you pull the power plug it will erase the fault code.

Frigidaire Refrigerator Error Code = SY CE
Condition = Communications error at power up
Repair or Check = Check wiring between control board and user interface
Parts Needed = Control board or User interface

Frigidaire Refrigerator Error Code = 4
Condition = Fridge and the control board goes through cycles but does not detect a damper connection
Repair or Check = Check air damper
Parts Needed = Air damper

Frigidaire Refrigerator Error Code = 5Y EF
Condition = Evaporator fan circuit failure
Repair or Check = Check wiring between evaporator fan and control board
Parts Needed = Evaporator fan or control board

Frigidaire Refrigerator Error Code = EF
Condition = Evaporator fan circuit failure
Repair or Check = Check wiring between evaporator fan and control board
Parts Needed = Evaporator fan or control board

Frigidaire Refrigerator Error Code = dF
Condition = No defrost circuit
Repair or Check = Check wiring between defrost circuit and control board
Parts Needed = Main control board or Wiring harness

Frigidaire Refrigerator Error Code = SH
Condition = Freezer sensor shorted in freezer display
Repair or Check = Check wiring between thermistor and board. If correct, replace thermistor
Parts Needed = Thermistor (temp sensor)

Frigidaire Refrigerator Error Code = 5y CF
Condition = Communications failure at power up
Repair or Check = Check wiring between control board and user interface
Parts Needed = Control board or user interface

error code 5y CF frigidaire refrigeratorWhen the error code tells you which part on your Frigidaire Refrigerator
has failed, here are Frigidaire Refrigerator Replacement Parts for less

Frigidaire Refrigerator Error Code = OP
Condition = Fresh food sensor open in fresh food (refrigerator) display
Repair or Check = Check wiring between thermistor and board. If correct, replace thermistor
Parts Needed = Thermistor (temp sensor)

Frigidaire Refrigerator Error Code = SH
Condition = Fresh food sensor shorted in fresh food (refrigerator) display
Repair or Check = Check wiring between thermistor and board. If correct, replace thermistor
Parts Needed = Thermistor (temp sensor)

Frigidaire Refrigerator Error Code = SY EF
Condition = Evaporator fan circuit failure
Repair or Check = Check wiring between evaporator fan and control board
Parts Needed = Evaporator fan or control board

Frigidaire Refrigerator Error Code = SY CF
Condition = Communications failure at power up
Repair or Check = Check wiring between control board and user interface
Parts Needed = Control board or user interface

error code sb 5bError code sb 5b = Sabbath Mode

The display shows “Sb” or “5b” while in Sabbath mode.
SB Sabbath Mode
The Sabbath Mode is a feature that disables portions of the fridge and its controls in accordance with observance of the Sabbath and religious holidays within the Orthodox Jewish community. Sabbath Mode is turned ON and OFF by pressing and holding “∨” on freezer temp and “∧” on refrigerator temp for five seconds.

In the Sabbath Mode, the High Temp alarm is active for health reasons. If a high temperature alarm is activated during this time, due to a door left ajar, the alarm will sound for about 10 minutes. The alarm will then silence on its own and a red high temperature icon will display. The high temp icon will continue to display, even if the door is closed, until the Sabbath mode is exited and the icon reset. The refrigerator will function normally once the door is closed, without any violation of the Sabbath/Holidays.

When troubleshooting error codes, unplug the refrigerator and use caution.

Do you have an error code on your Frigidaire Refrigerator that is not listed here? Please leave a comment below and we will assist you in troubleshooting the issue.

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Error CodesInterpretation
Display: FZ / FF
-- / OPOpen FF Cavity Thermistor
OP / --Open FZ Cavity Thermistor
-- / SHShorted FF Cavity Thermistor
SH / --Shorted FZ Cavity Thermistor
SY / CFUI to Main Board communication failure; on start up
SY / CEUI to Main Board communication error; after a period in operation
SY / EFFreezer Evaporator Fan Failure
dl / SPIce Chute Door is open; check for obstruction
d / FManual Defrost
77 / 77Demo / Showroom
Sb / SbSabbath
FZ Temp / FF TempCurrent Air Temps
Numerical display of
first test
FFIM Diagnostic
No FF or FZ display,
all UI LEDs on
System Diagnostic
52CIce Maker Thermistor
55CWater Valve
57CEvaporator Fan (FFIM)
58CIce Level Sensor
63CTwist Tray
ICMax Fill Time
Frigidaire Refrigerator Parts

Troubleshooting

Problem: Ice maker is not making any ice.

Cause:

  1. Ice maker is turned off.
  2. Refrigerator is not connected to water line or water valve is not open.
  3. The water supply line is kinked.
  4. The water filter is not seated properly.
  5. The water filter may be clogged with foreign material.
  6. Freezer ice maker wire signal arm is being held up by an item not allowing it to go in the on or down position.

Solution:

  1. Turn on ice maker. For the fresh food ice maker, press and hold the “Ice Off” button for three seconds until the indicator light is off. For the freezer ice maker, lower the wire signal arm.
  2. Connect the unit to the household water supply and ensure the water valve is open.
  3. Ensure that the supply line does not kink when the refrigerator is pushed into place against the wall.
  4. Remove and re-install the water filter. Be sure to push the filter firmly so that you hear it lock solidly into position.
  5. If water dispenses slowly or not at all, or if the filter is six months old or older, it should be replaced.
  6. Move any item or frozen ice cubes that may block the signal arm from being in the on or down position.

Problem: Ice maker is not making enough ice.

Cause:

  1. Ice maker is producing less ice than you expect.
  2. The water filter may be clogged with foreign material.
  3. The water supply line is kinked.
  4. Saddle valve on cold water pipe is clogged or restricted by foreign material.
  5. Heavy traffic, opening or closing of the doors excessively.
  6. Freezer control is set too warm (freezer ice maker).
  7. Water pressure is extremely low. Cut-off and cut-on pressures are too low (well systems only).
  8. Reverse osmosis system is in regenerative phase.

Solution:

  1. The fresh food and freezer ice makers will each produce approximately 2.5 pounds of ice every 24 hours depending on usage conditions.
  2. If water dispenses slower than normal, or if the filter is six months old or older, it should be replaced.
  3. Ensure that the supply line does not kink when the refrigerator is pushed into place against the wall.
  4. Turn off household water line valve. Remove valve. Ensure that valve is not a self-piercing saddle valve. Clean valve. Replace valve if necessary.
  5. Press Fast Freeze to temporarily increase ice production rate. (Freezer ice maker only.)
  6. Set freezer control to colder setting to improve performance of the ice maker (freezer ice maker). Allow 24 hours for temperature to stabilize.
  7. Have someone turn up the cut-off and cuton pressure on the water pump system (well systems only).
  8. It is normal for a reverse osmosis system to be below 20 psi during the regenerative phase.

Problem: Freezer ice maker will not stop making ice

Cause: Ice maker wire signal arm is being held down by a package in the freezer that has fallen against ice maker.

Solution: Move any item or frozen ice cubes that may block the signal arm from being in the off or upward position.

Problem: Ice cubes are freezing together.

Cause:

  1. Ice cubes are not being used frequently enough or interruption of power for prolonged time.
  2. Ice cubes are hollow (shells of ice with water inside). The hollow cubes break open in the bin and leak their water onto existing ice, which causes it to freeze together.

Solution:

  1. Remove ice container and discard ice. The ice maker will produce fresh supply. Ice should be used at least twice weekly to keep the cubes separated.
  2. This generally occurs when the ice maker does not get enough water. This is usually the result of a clogged water filter or restricted water supply. Replace the water filter and if the condition still occurs check for a Saddle Valve, water valve not turned on all the way or kinked water supply line.

Problem: Dispenser will not dispense ice.

Cause:

  1. Dispenser lock out is engaged.
  2. There is no ice in the bin to be dispensed.
  3. The refrigerator doors are not completely closed.
  4. Dispenser paddle has been pressed too long and the dispenser motor has overheated.

Solution:

  1. Press and hold control lock for three seconds.
  2. See the “Ice maker is not making any ice” section above.
  3. Be sure the refrigerator doors are completely closed.
  4. The motor overload protector will reset in about three minutes and then ice can be dispensed.

Problem: Ice dispenser is jammed.

Cause:

  1. Ice has melted and frozen around auger due to infrequent use, temperature fluctuations, and/or power outages.
  2. Ice cubes are jammed between ice maker and back of ice container

Solution:

  1. Remove ice container, thaw, and empty the contents. Clean container, wipe dry, and replace in proper position. When new ice is made, dispenser should operate.
  2. Remove ice cubes that are jamming the dispenser.

Problem: Dispenser will not dispense water.

Cause:

  1. Dispenser lock out is engaged.
  2. Water filter not seated properly.
  3. Water filter is clogged.
  4. Household water line valve is not open.

Solution:

  1. Press and hold control lock for three seconds.
  2. Remove and reinstall the water filter. Be sure to push the filter firmly so that you hear it lock solidly into position.
  3. Replace filter cartridge. Be sure to remove protective caps and push the filter firmly so that you hear it lock solidly into position.
  4. Open household water line valve.

Problem: Water has an odd taste and/or odor.

Cause:

  1. Water has not been dispensed for an extended period of time.
  2. Unit not properly connected to cold water line.

Solution:

  1. Draw and discard 10-12 glasses of water to freshen the supply.
  2. Connect unit to cold water line that supplies water to the kitchen faucet.

Problem: Water not cold enough.

Cause: As warmer tap water goes through the filter and enters the water tank, chilled water is pushed through to the dispenser. Once chilled water is used up, it will take several hours to bring the freshly replaced water to a cooler temperature.

Solution: Add ice to cup or container before dispensing water.

Problem: Door(s) will not close.

Cause:

  1. Door was closed too hard, causing other door to open slightly.
  2. Refrigerator is not level. It rocks on the floor when moved slightly.
  3. Refrigerator is touching a wall or cabinet.

Solution:

  1. Close both doors gently.
  2. Ensure floor is level and solid, and can adequately support the refrigerator. Contact a carpenter to correct a sagging or sloping floor.
  3. Ensure floor is level and solid, and can adequately support the refrigerator. Contact a carpenter to correct a sagging or sloping floor.

Problem: Drawers are difficult to move.

Cause:

  1. Food is touching shelf on top of drawer.
  2. Track that drawers slide on is dirty.

Solution:

  1. Remove top layer of items in drawer.
  2. Ensure drawer is properly installed on track.

Problem: Compressor does not run.

Cause:

  1. Freezer control is set to “OF” or “0”
  2. Refrigerator is in defrost cycle.
  3. Plug at electrical outlet is disconnected.
  4. House fuse blown or tripped circuit breaker.
  5. Power outage.

Solution:

  1. Set freezer control.
  2. This is normal for a fully automatic defrost refrigerator. The defrost cycle occurs periodically, lasting about 30 minutes.
  3. Ensure plug is tightly pushed into outlet.
  4. Check/replace fuse with a 15 amp time-delay fuse. Reset circuit breaker.
  5. Check house lights. Call local electric company.

Problem: Refrigerator runs too much or too long.

Cause:

  1. Room or outside weather is hot.
  2. Doors are opened too frequently or too long.
  3. Fresh Food/freezer door may be slightly open.
  4. Freezer control is set too cold.
  5. Fresh Food/freezer gasket is dirty, worn, cracked, or poorly fitted.
  6. Condenser is dirty.

Solution:

  1. It’s normal for the refrigerator to work longer under these conditions.
  2. Warm air entering the refrigerator causes it to run more. Open doors less often.
  3. Ensure refrigerator is level. Keep food and contains from blocking door.
  4. Set Fresh Food control to warmer setting until refrigerator temperature is satisfactory. Allow 24 hours for temperature to stabilize.
  5. Clean or change gasket. Leaks in door seal will cause refrigerator to run longer in order to maintain desired temperatures.
  6. Clean condenser.

Problem: Compressor goes off and on frequently.

Cause: Thermostat keeps the refrigerator at a constant temperature.

Solution: This is normal. Refrigerator goes on and off to keep temperature constant.

Problem: Digital temperature displays are flashing.

Cause: Electronic control system has detected a performance problem.

Solution: Call your Frigidaire service representative, who can interpret any messages or number codes flashing on the digital displays.

Problem: Moisture collects on inside of refrigerator walls.

Cause:

  1. Weather is hot and humid.
  2. Door is slightly open.

Solution:

  1. The rate of frost buildup and internal sweating increases.
  2. See CONCERN column OPENING/CLOSING OF DOORS/DRAWERS.

Problem: Water collects on bottom side of drawer cover.

Cause: Vegetables contain and give off moisture.

Solution: It is not unusual to have moisture on the bottom side of the cover. Move humidity control (some models) to lower setting.

Problem: Water collects in bottom of drawer.

Cause: Washed vegetables and fruit drain while in the drawer.

Solution: Dry items before putting them in the drawer. Water collecting in bottom of drawer is normal.

Problem: Moisture collects on outside of refrigerator or between doors.

Cause:

  1. Weather is humid.
  2. Door is slightly open, causing cold air from inside refrigerator to meet warm air from outside.

Solution:

  1. This is normal in humid weather. When humidity is lower, the moisture should disappear.
  2. See CONCERN column OPENING/CLOSING OF DOORS/DRAWERS.

System Diagnostic Mode

TestTo activate testPassing result
-- / First Screen--All LEDs on UI illuminated, except digit displays.
-- / Second Screen--All segments of UI digit displays illuminated.
-- / Third Screen--Blank UI display, no LEDs illuminated.
28 / Dispenser PaddlePress disp. paddle“On” on UI when depressed; “off” when released
46 / Humidity SensorActivates automatically“OP” if open, “SH” if short. AC Heater System: Displays %RH. DC Heater System: “HI” - heater should be on. “Lo” - heater should be off. %RH is displayed when humidity is between “Lo” and “HI” values; heater could be on or off.
47 / Dispenser Pocket HeaterPress setHeater on when “on’ off when “off”
2 / Freezer
Defrost Heater
Press setFreezer defrost heater on when “on”; off when “off”. Evaporator thermistor temperature is flashed. Watch for temp increase with the heater on. It may take a few minutes for the evaporator to heat up.
8 / Water Valve (Dispenser)Press setFF door must be closed. Be prepared to collect water at dispenser. Water dispenses when “on”; stops when “off”
10 / Auger MotorPress setFF door must be closed. Motor running when “on”; motor stopped when “off”
11 / Cube/Crush SolenoidPress setFF door must be closed. Do not leave solenoid in activated state. Solenoid activated when “on”; deactivated when “off”.
12 / Condenser FanPress setFan running when “on”; stopped when “off”
43 / Mullion Anticondensation HeaterPress setFlip mullion heater on when “on”; off when “off”
38 / VCC CompressorPress setCompressor running when “on”; off when “off”
13 / FF LightsPress setFF lights on when “on”; off when “off”
15 / Freezer Evaporator FanPress setPress to toggle between “off”, “LO” and “HI”. A current sensor reading is flashed (units are not mA). OFF reading should be around 2. “LO” speed reading should settle down to around 9. “HI” speed reading should settle down above 40.
20 / FZ LightsPress setFZ lights on when “on”, off when “off”
22 / DamperPress setPerform test 15 and set fan to “HI”. Then check for air flow when open “OP”; and no air leaks when closed “CL”
36 / Ice Chute DoorDepress ice chute door or press set“OP” on UI when manually opened; “CL” when closed . Or using “power on-off”, motor drive door open “OP” or closed “CL”
23 / FF DoorOpen/Close FF door“CL” on UI when door closed; “OP” when open
24 / FZ DoorOpen/Close FZ door“CL” on UI when door closed; “OP” when open
26 / Ice Maker Defrost HeaterActivates automaticallyHeater is turned on automatically. The ice maker evaporator thermistor temperature is flashed. Watch for temp increase with the heater on. It may take a few minutes for the evaporator to heat up.
29 / FF ThermistorActivates automaticallyUI shows temperature sensed by FF thermistor; pass if within 10°F of temperature measured with gauge at FF thermistor location. “OP” if open; “SH” if short
30 / FZ ThermistorActivates automaticallyUI shows temperature sensed by FZ thermistor; pass if within 10°F of temperature measured with gauge at FZ thermistor location.“OP” if open; “SH” if short
33 / Ambient Thermistor @ Main BoardActivates automaticallyUI shows temperature sensed at main board; pass if within +20°F/-10°F of temperature measured with gauge at main board location. “OP” if open; “SH” if short
34 / Ambient Thermistor @ UIActivates automaticallyUI shows temperature sensed at UI; Pass if within +20˚F/-10˚F of temperature measure with gauge at UI location. “OP” if open; “SH” if short
39 / Freezer Evaporator
Thermistor
Activates automaticallyUI shows temperature sensed by freezer evaporator thermistor; pass if within 10°F of temperature measured with gauge at evaporator thermistor location.“OP” if open; “SH” if short
45 / Ice Maker Mold ThermistorActivates automaticallyUI shows temperature sensed at ice maker; pass if within +20°F/-10°F of temperature measured with gauge at ice maker mold. “OP” if open; “SH” if short
68 / Ice Maker Evaporator ThermistorActivates automaticallyUI shows temperature sensed by evaporator thermistor; pass if within 10°F of temperature measured with gauge at evaporator thermistor location. “OP¯” if open; “SH¯” if short
0- Firmware ParametersPress setDisplays digit sequence; record
1- Main Board FirmwarePress setDisplays digit sequence; record
3- UI FirmwarePress setDisplays digit sequence; record

Frigidaire Refrigerator Manual PDF

Categories RefrigeratorTags FrigidaireSours: https://finderrorcode.com/frigidaire-refrigerator-error-codes.html
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How do you fix Frigidaire refrigerator error codes? And what do they mean? Read this article to know the answers.

Frigidaire FFTR1814TW 30 Inch Freestanding Top Freezer Refrigerator with 18 cu. ft. Total Capacity, 2 Wire Shelves, 3.9 cu. ft. Freezer Capacity, in White

Error Codes of a Frigidaire Refrigerator – How to Repair

The following are some of the error codes of a Frigidaire refrigerator, what they mean and how to repair:

1. OP in the Refrigerator Temperature Display

When this error code appears in the temperature display for the refrigerator, it means the refrigerator temperature sensor is open.

To repair, unplug the refrigerator and check the connections between the electronic control board and the temperature sensor. If any wire is loose, reconnect it but if not, disconnect the sensor from the wire harness and check its resistance using a multimeter.

The measurement should be 11,304 ohms if the temperature of the sensor is at room temperature, 32,566 ohms at 32 degrees and 28,300 ohms at 37 degrees. If there is infinite resistance, replace the sensor with a new one. But if the measurement of the resistance through the sensor is exactly correct, then put the sensor back and measure its resistance again. But this time, measure it through its black/gray wires on the J4A connector, the wires that connect it to the electronic control board.

Disconnect the J4A connector from the board and measure the resistance through the black/gray wires. The resistance should read the same as the resistance of the temperature sensor. If the measurement of the temperature sensor resistance through the wires is correct, then you know the electronic control board is defective. Replace it because it is not detecting the resistance of the sensor accurately.

2. OP in the Freezer Temperature Display

When this error code appears in the temperature display for the freezer, it means the freezer temperature sensor is open.

To repair, unplug the refrigerator and check the connections between the electronic control board and the freezer temperature sensor. If any wire is loose, reconnect it but if not, disconnect the sensor from the wire harness and check its resistance using a multimeter.

The measurement should be 11,304 ohms if the temperature of the sensor is at room temperature, 32,566 ohms at 32 degrees and 84,925 ohms at 0 degrees. If there is infinite resistance, replace the sensor with a new one. But if the measurement of the resistance through the sensor is exactly correct, then put the sensor back in and measure its resistance again. But this time, measure through the wires that connect it to the electronic control board. The temperature sensor of the freezer connects to the board through white/gray wires on a J4a connector.

Disconnect the J4A connector from the board and measure the resistance through the white/gray wires. The resistance should read the same as the resistance of the temperature sensor. If the measurement of the temperature sensor resistance through the wires is correct, then you know the electronic control board is defective. Replace it because it is not detecting the resistance of the sensor accurately.

3. SH in Refrigerator Temperature Display

This code means the temperature sensor of the refrigerator is shorted. To repair, unplug the refrigerator and disconnect the sensor from the wire harness. Measure the sensor’s resistance with a multimeter. You should see 32,566 ohms if the sensor is at 32 degrees, 28,300 ohms at 37 degrees and 11, 304 ohms at room temperature, which is 72 degrees.

Put a new sensor in the place of the old one if you find infinite resistance in the multimeter. But if the resistance measurement is correct, put back the temperature sensor and measure resistance again through its wires that connect to the electronic control board. The wires are black/gray and you will find them on a J4A connector.

Disconnect the J4A connector from the board and measure the resistance through the black/gray wires. The resistance should read the same as the resistance of the temperature sensor. If the measurement of the temperature sensor resistance through the wires is correct, then you know the electronic control board is defective. Replace it because it is not detecting the resistance of the sensor accurately.

4. SH in the Freezer Temperature Display

This code means the temperature sensor of the freezer is shorted. To repair, unplug the refrigerator and disconnect the freezer temperature sensor from the wire harness. Measure the sensor’s resistance with a multimeter. You should see 32,566 ohms if the sensor is at 32 degrees, 84,925 ohms at 0 degrees and 11,304 ohms at room temperature, which is 72 degrees.

Put a new sensor in the place of the old one if you find infinite resistance in the multimeter. But if the resistance measurement is correct, put back the temperature sensor and measure resistance again through its wires that connect to the electronic control board. The wires are white/gray and you will find them on a J4A connector.

Disconnect the J4A connector from the board and measure the resistance through the white/gray wires. The resistance should read the same as the resistance of the temperature sensor. If the measurement of the temperature sensor resistance through the wires is correct, then you know the electronic control board is defective. Replace it because it is not detecting the resistance of the sensor accurately.

5. SY EF

The circuit of the evaporator fan has failed if you see this error code. To know if this is true, unplug the refrigerator and check the connection of the wire harness of the evaporator fan in the freezer.

If the plug of the harness is loose, reconnect it. But if it is not loose, check the wire connection of the fan to the electronic control board. The wires are yellow/white, brown/white and blue/white on the J4A connector and red/white wire on the J4B connector.

If these connections are okay, replace the evaporator fan. However, if the error code continues appearing, replace the electronic control board.

6. SY CE or SY CF

Whenever you see any of these error codes, then you know there is a communication failure between the user interface and the electronic control board. To be sure, unplug the refrigerator and check the wire connections between the board and the user interface. If the connections are fine, then the problem is with the electronic control board. So change it. But if the error code reappears, change the user interface.

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Frigidaire Refrigerator Error Code H1 – What It Means

The error code H1 means the refrigerator is detecting the temperature in the freezer and fridge sections are too warm. Check if the temperature of any of the sections is set below the recommended point. If all is well, then unplug the refrigerator after it gets cool and leave it unplugged for about 5 minutes. Plug it back and the error code will disappear. But if it returns, check the temperature control board.

Frigidaire Refrigerator Error Code d1 SP – How to Fix

If you see the error code d1 SP on your Frigidaire refrigerator, it means the ice chute could be jammed with ice. See if there are ice cubes in the chute. Remove them if there is any. But if there isn’t and the error code keeps appearing, contact the Frigidaire service center for help.

Here is a video explaining different error codes on your Frigidaire refrigerator…

If you see any error code on the display of your Frigidaire refrigerator that doesn’t have an explanation in the manual, contact the service center immediately. This is because such an error code could mean a big damage to the refrigerator.

It is important to remind you that before you start any diagnostic or repair work, you need to unplug the refrigerator. This is for your safety as well as the preservation of the refrigerator. And if any repair work becomes too complex, don’t hesitate to call for help from a professional. This is especially true if your warranty is still running.

Check out these guides on error codes for other refrigerator brands…

Frigidaire Refrigerator Error – Related FAQs

Frigidaire Refrigerator Error Code 5b – What It Means

5b or Sb means the Frigidaire refrigerator is in Sabbath mode. To exit this mode, consult the user’s manual that came with the Frigidaire refrigerator model you have.

Frigidaire Refrigerator Error Code Ice t3 – How to Fix

This error message means there is a problem with the thermistor in the ice maker. The part is replaceable but it is very technical. Unless you are skilled with fixing technical things, contact a qualified technician to replace the thermistor or replace the ice maker assembly.

Frigidaire Refrigerator Error Code 4 – What It Means

Error code 4 displaying on your Frigidaire refrigerator means the unit is not detecting the damper control anymore. Check the damper and replace it if it is broken.

Sours: https://refrigeratorsreviewed.com/frigidaire-refrigerator-error-how-to-fix/
1.9 2020 เร็วสุดในรุ่นยางบาง แบงค์บ้านนาร่วมทดสอบยางLENSO D-1SP#รถกะบะซิ่ง#ช่างไทยไม่แพ้ชาติใดในโลก

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D1 sp frigidaire

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1.9 2020 เร็วสุดในรุ่นยางบาง แบงค์บ้านนาร่วมทดสอบยางLENSO D-1SP#รถกะบะซิ่ง#ช่างไทยไม่แพ้ชาติใดในโลก

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