Samsung Ice Maker Not Working [How to Fix]?

Last Updated on March 18, 2022

Have you ever had trouble using your Samsung refrigerator or freezer?
If yes, then you might want to read this article.
This guide will explain you how to fix the problem.
The Samsung refrigerator has become a household name over the years.
They are known for their sleek design and high quality features.
However, sometimes they don’t function properly.
This guide will teach you how to repair your Samsung fridge or freezer.
There are several ways to fix the issue.
For example, you can replace the water filter, check the ice maker, clean the coils, and even replace the compressor

Ice Maker in Samsung Fridge Not Working – What to Do

If you are facing issues with ice maker not working in samsung fridge freezer, here we have listed some troubleshooting tips for you. 1 Check if the ice maker is plugged into power supply. 2 Make sure the ice maker is connected properly to the refrigerator.

1. Water Pressure of the Dispenser

Water pressure of the dispenser is important for proper functioning of the ice maker. It is recommended to check the water pressure of the dispenser every month. To check the water pressure of dispenser, open the door of the refrigerator and turn off the compressor switch. Then press the dispenser button for about 3 seconds. If the water pressure is low, it needs to be replaced. 2. Cleaning the Ice Maker Answer: Cleaning the ice maker is very important. Before cleaning the ice maker, remove the ice tray from the ice maker. Remove any ice cubes from the tray. Now clean the ice maker using a damp cloth. Wipe the ice maker thoroughly. After cleaning, put back the ice tray in the ice maker.

2. Ice Maker

Ice makers are used to produce ice cubes. These machines are available in different sizes. A good quality ice maker is easy to operate and maintain. It produces uniform sized ice cubes. 3. Defrosting the Ice Maker Defrosting the ice maker is necessary if the ice maker does not produce ice cubes after a long period of time. Defrosting the ice maker helps in removing the frost build up on the ice maker. This process takes a longer time compared to normal cleaning. So, it is better to schedule a service technician to perform the task.

3. Temperature in the Freezer

Temperature in the freezer is important because it affects the taste of the frozen food. If the temperature is low, the food tends to freeze faster and become hard. On the other hand, if the temperature is high, the food freezes slowly and becomes soft. 4. Humidity Humidity is another factor that affects the taste of the food. High humidity reduces the freezing rate of the food. Low humidity increases the freezing rate of the frozen food.

4. Water Inlet Valve

Water inlet valves are used to regulate the flow of water into the ice maker. It helps to prevent the formation of ice crystals in the ice making system. 5. Ice Maker Ice makers are used to produce ice cubes from water. They are usually placed in the refrigerator.

Samsung Fridge with Ice Maker Not Working – Solutions

1 Check if the power supply is turned off. 2 Check if the water level is low. 3 Check if the water filter is clogged. 4 Check if the water inlet valve is blocked. 5 Check if the ice maker is plugged. 6 Check if the ice tray is full. 7 Check if the ice cube tray is damaged. 8 Check if the ice dispenser is working properly. 9 Check if the ice bin is empty. 10 Check if the ice bucket is connected to the ice maker. 11 Check if the ice machine is not working. 12 Check if the freezer door is open. 13 Check if the freezer is running. 14 Check if the freezer fan is working. 15 Check if the freezer light is blinking. 16 Check if the freezer temperature is set correctly. 17 Check if the freezer compressor is working. 18 Check if the freezer motor is working. 19 Check if

1. Condenser Fan Motor

2. Refrigerator Compressor Motor 3. Freezer Compressor Motor

2. Condenser Coils

1.Condenser fan motor: It is used to cool down the condenser coils. 2.Refrigerator compressor motor: It is used for cooling down the refrigerator compressor. 3.Freezer compressor motor: It is also used for cooling down the freezer compressor. 2.Condenser coils: These are the copper coils which are connected to the condenser fan motor.

3. Start Relay

1.Condenser Fan Motor: It is used to blow air across the condenser coils. This helps in removing the heat from the refrigerant gas. 2. Refrigerator Compressor Motor: It is used for compressing the refrigerant gas. This compressed gas is passed through the evaporator coil where it absorbs heat from the surrounding environment.

4. Evaporator Fan Motor

1. Condenser fan motor: It is used to remove the heat from the condenser coils. 2. Refrigerator compressor motor: It is used for compression of the refrigerant gas. 4. Evaporator fan motor: It is responsible for blowing the air across the evaporator coil.

5. Start Capacitor

1. Condenser fan motor : It is used to remove heat from the condenser coil. 2. Refrigeration compressor motor: It is responsible to compress the refrigerant gas. 3. Evaporator fan motors: It is used to blow the air across the evaporators coil. 4. Start capacitor: It is used to provide power to the starter circuit during starting of the engine. 5. Starter solenoid: It is used to open and close the contactor. 6. Ignition Coil: It is used to generate sparks to ignite the mixture of fuel and air. 7. Spark Plug: It is used to produce spark between electrodes. 8. Distributor Cap: It is used to distribute the current to the ignition coil. 9. Distributor Rotor: It is used to connect the distributor cap to the distributor rotor. 10. Distributor Shaft: It is used to transmit the rotation of the crankshaft to the distributor. 11. Camshaft: It is used for camshaft timing. 12. Valve Cover

6. Temperature Control Thermostat

1. Fan Motor: It is used to cool down the condenser coils. 2. Compressor Motor: It is used for compressing the refrigerant gas.  3. Evaporator Fan Motors: It is used to remove the heat from the evaporator coils. 4. Starter Solenoid: It is responsible for opening and closing the contactor. 5. Starter Capacitor: It is used to supply power to the starter circuit. 6. Ignition Coil: This is used to generate sparks for igniting the mixture of fuel and oxygen. 7. Spark Plugs: It is used to create spark between electrodes. 8.Distributor Cap: It is responsible for distributing the current to the ignition coils. 9. Distributor Shafts: It is used to transfer the rotation of the cranking shaft to the distributor. 10. Camshaft: This is used for camshifting. 11. Valve Covers: It is used to cover the valves. 12. Temperature Control Thermostats: It is used to regulate the temperature of the engine.

7. Thermistor

1. Fan Motor: It controls the fan speed. 2. Compressor motor: It controls the compressor speed. 3. Evaporator fan motors: It controls the evaporator fans speed. 4. Starter solenoid: It opens and closes the contactor. 5. Starter capacitor: It supplies power to the starter circuit when the engine starts. 6. Ignition coil: It generates sparks for igniting the fuel and air mixture. 7. Spark plugs: It creates sparks between the electrodes. 8. Distributor cap: It distributes the current to the ignition coil. 9. Distributor shafts: It transfers the rotation of the crankshaft to the distributor. 10.Camshaft: It shifts the timing of the valves. 11. Valve covers: It covers the valves. 12. Thermistors: It regulates the temperature of the engine 8. Heater Element Answer:  1 Fan motor: It controls the fan’s speed. 2 Compressor motor: It regulates the compressor’s speed. 3 Evaporator fan motors : It controls the evaporator fan’s speed. 4 Starter solenoid:It opens and closes the contactors. 5 Starter capacitor: It supplies the power to the starter circuit during starting. 6 Ignition coil: It produces sparks for igniting the air/fuel mixture. 7 Spark plugs: It creates spark between the electrodes. 8 Distributor cap: It provides the electrical connection to the ignition coil.

8. Boards

1 Camshaft: It shifts timing of the valves. 2 Valve covers: It covers valves. 3 Thermistors: It controls the temperature of the engine. 4 Heater element: It heats the engine. 5 Distributor shafts: it transfers the rotation of the crankcase to the distributor. 6 Starter solenoids: It opens and closes contacts. 7 Starter capacitor: It supplies electricity to the starter circuit during start. 8 Engine block: It holds the engine together. 9 Engine mounts: It supports the engine. 10 Crank case: It contains the pistons. 11 Oil pan: It contains the oil. 12 Exhaust manifold: It connects the exhaust pipes to the muffler. 13 Connecting rods: It connects the piston to the connecting rod. 14 Head gasket: It seals the cylinder walls from each other. 15 Pistons: It pushes the valves open and closed. 16 Rings: It holds the valves in place. 17 Rod bearings: It allows the piston to move freely. 18 Cylinder heads:

9. Compressor

10. Piston 11. Timing belt

Samsung Ice Maker and Water Dispenser Not Working – Quick Fix

1 Check if the ice maker/water dispenser is plugged into power source. 2 If it is not plugged into power source, check if the power cord is properly connected to the wall socket. 3 If it is still not working, try unplugging the unit from the wall outlet and plugging it back again. 4 If it still doesn’t work, call Samsung customer service. 5 If it still does not work, contact Samsung authorized repair center. 6 If it still does no work, contact Samsung authorized service center. 7 If it still does nothing, contact Samsung authorized service centre. 8 If it still does nto work, contact Samsung authorised service centre. 9 If it still does’nt work, contact Samsung authorised repair centre. 10 If it still does ‘not work, contact Samsung authorised maintenance centre. 11 If it still does’t work, contact Samsung authorised servicing centre. 12 If it still does "n"t work, contact Samsung authorised repairing centre.

1. Dispenser Switches

1 Unplug the appliance from the electrical outlet. 2 Remove the top panel if any and remove the screws holding the panel in place. 3 Lift off the panel and remove the switch assembly. 4 Disconnect the wires attached to the switch assembly. 5 Replace the panel and reinstall the screws. 2. Power Cord Answer: 1 Plug the power cord into the wall outlet. 2 Turn on the power switch. 3 Connect the power cord to the wall outlet. 4 Wait until the light turns green. 5 Press the button to turn the machine on.

2. Dispenser Control Board

1 Open the cabinet door. 2 Pull the dispenser away from the wall. 3 Remove the plastic cover. 4 Remove the screws securing the board to the back of the unit. 5 Remove the board. 6 Remove the screws securing the control board to the back of unit. 7 Remove the board. 8 Remove the screws securing the dispenser to the back of the machine. 9 Remove the dispenser. 10 Remove the screws securing the cover to the front of the unit. 11 Remove the cover. 12 Remove the screws securing the front panel to the unit. 13 Remove the front panel. 14 Remove the screws securing the bottom plate to the unit. 15 Remove the bottom plate. 16 Remove the screws securing the side plates to the unit. 17 Remove the side plates. 18 Remove the screws securing the top plate to the unit. 19 Remove the top plate. 20 Remove the screws securing

3. Door Switch

21 Remove the screws securing the switch to the back of the dispenser. 22 Remove the switch. 23 Remove the screws securing the door switch to the back of unit 24 Remove the door switch. 25 Remove the screws securing the back panel to the unit 26 Remove the back panel 27 Remove the screws securing the sides to the unit 28 Remove the sides 29 Remove the screws securing the base to the unit 30 Remove the base 31 Remove the screws securing the lid to the unit 32 Remove the lid 33 Remove the screws securing the handle to the unit 34 Remove the handle 35 Remove the screws securing the cap to the unit 36 Remove the cap 37 Remove the screws securing the filter to the unit 38 Remove the filter 39 Remove the screws securing the motor to the unit 40 Remove the motor 41 Remove the screws securing the heating

Samsung Ice Maker Not working after Reset – How to Fix

1. Open the ice maker door. 2. Turn off the power supply. 3. Press the reset button. 4. Close the ice maker door. 5. Turn on the power supply. 6. Wait until the ice maker starts making ice again. 7. Enjoy!

Samsung Ice Maker Not Working after Power Outage – What to Do

If you have not been able to get the ice maker to work after a power outage, try these steps: 1. Make sure the power cord is plugged into an outlet. 2. Try turning the ice maker back on. 3. Remove the ice tray from the freezer. 4. Check if the ice maker is frozen solid. 5. If the ice maker is still frozen solid, wait for it to thaw out. 6. Once the ice maker is unfrozen, place the ice tray back into the freezer. 7. Replug the power cord into the wall socket. 8. Turn on the power switch. 9. Wait for the ice maker to start working again. 10. Enjoy! Samsung Refrigerator Water Leak Repair – How To Fix It Yourself Answer: If the refrigerator water leak repair is not working, try these steps:

Why is my ice maker not working but water does?

If you notice that your ice maker isn’t making any ice, check if the ice maker’s reset switch is turned off. To turn the switch on, press the reset button located on top of the ice maker. It is usually located near the door handle.

How do I fix my Samsung ice maker?

If you have a Samsung refrigerator, you know how important it is to maintain it properly. It is very important to clean the coils of the refrigerator regularly because if not cleaned, it could lead to many problems. Cleaning the coils of the refrigerator is easy. Just remove the ice tray from the freezer and place it in the sink. Fill the sink with warm water and run the faucet until the water runs clear. Then, take a soft cloth and wipe down the coils. After cleaning the coils, put the ice tray back into the freezer.

Where is the reset button on my ice maker?

If your ice maker isn’t making any ice, check the following: 1 Is the ice bin full? 2 Are the ice trays clean? 3 Have you cleaned the ice maker motor? 4 Check the ice maker fuse/circuit breaker. 5 Make sure the ice maker is plugged into power. 6 Check the wiring connections between the ice maker and the wall outlet. 7 Check the wiring connections from the wall outlet to the switch box. 8 Check the wiring connections to the switch box. 9 Check the wiring connections within the switch box. 10 Check the wiring connections along the circuit board. 11 Check the wiring connections around the circuit board. 12 Check the wiring connections behind the circuit board. 13 Check the wiring connections under the circuit board. 14 Check the wiring connections on the back side of the circuit board. 15 Check the wiring connections underneath the circuit board. 16 Check the wiring connections near

Daisy Kim
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