One of the biggest selling points of the Kenmore 795 is the ice maker. The ability to automatically make ice available when one wants it is always a welcome feature, and particularly on a very hot day. We all know how frustrating it can be to open the fridge on a hot summer day and not find a single cold beverage in the refrigerator. Thus, the importance of having an ice maker that operates automatically and has ice available on demand such as on the Kenmore 795. The ice maker unit however on the Kenmore 795 is not full proof and can run into some problems that will be discussed below.
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1. Ice Maker Failing To Fill With Water
The process of ice formation in the Kenmore refrigerator 795 ice maker starts with water filling the ice trays. If this process fails, the ice can’t be produced. This can be frustrating however several ways to ensure that this problem does not happen is to check whether or not the water inlet valve is operating normally. The model has two water inlet valves hence if one suspects that the water line is blocked somehow, the best way to inspect this is to remove the plastic ice maker water line from the back water inlet valve and then get a bucket to catch the water in. If the system is not blocked a lot of water pressure should come out of the back water inlet valve unless if the valve solenoids are defective and have electrical or mechanical faults. Mechanical problems include mineral deposits build-up hence preventing the valve to open. Electrical problems can also arise when there are burnt coils on the valve hence hindering the function of the valve solenoids
2. Water Line Defects
The water line can also develop cracks and hence causing leaks. If this occurs there may be need to replace the water line to solve the problem. Also ensure that the water pressure in the system is maintained at 20psi otherwise the inlet valve may develop problems that hinder water flow in the water lines. To ensure that this problem does not always occur, it is advisable to connect the fridge to a proper supply system that maintains 20 psi. Also ensure that all the pipes and valves are working as intended and have no faults that will result in the malfunction of the Kenmore refrigerator 795 ice maker.
3. Ice Maker Sensor Malfunction
The ice making operation in the Kenmore refrigerator 795 ice maker is controlled by the ice maker sensor. The ice maker sensor uses a beam to measure the temperature of the ice tray after completion of the water filling operation. Once ice is done forming the sensor should register a temperature of 19 degrees Fahrenheit (-7 degrees Celsius), and this usually occurs 55 minutes from the beginning of the operation. Stopping the process can also be done by blocking the infrared light if the level of the ice rises above a certain level signaling that its full. The process resumes again when all the ice is removed and the beam is no longer interrupted. Normally if the sensor develops faults or becomes problematic the indicator on the ice maker supply control panel will signal. Problems usually arise from open or short-circuit wiring and hence to solve the problem it is advisable to make sure that the wiring on the sensor is connected.
4. Frozen Evaporator Coils
The evaporator coils in the Kenmore 795 refrigerator should not be frosted, if this occurs it signifies that a problem is occurring in the defrost system. Reasons for this problem may be traced back to the failure of the defrost thermostat, the control board, cold temperature sensor or heater. Failure of the evaporator fan to circulate air inside the freezer may also affect the ice maker. If the evaporator fan motor fails or the evaporator coils freeze then temperature in the freezer will increase and thus in turn hinder the proper function of the Kenmore refrigerator 795 ice maker. The freezer temperature should therefore be set between 0 to 5 degrees Fahrenheit (-18 to -15 degrees Celsius). Also ensure the condenser coils are free from any debris that may hinder its functionality and also that the condenser fan is working. If it is not working there may be need to replace it.
5. Control Board Electrical Faults
The main control board of the Kenmore refrigerator 795 controls the amount of voltage sent to the ice maker. If the main control board becomes defective in any way especially due to electrical faults, then the ice maker will cease to function. Visual inspection of the Kenmore refrigerator 795 control board may expose some faults however it is more effective to use a multi meter to determine whether voltage is reaching the ice maker. If one is not sure about how to use the multi meter, it may be advisable to seek professional assistance in order to prevent any other problems. Inspecting the wiring may also expose faults that need to be addressed.
6. Clogged Water Filler
The water filler in the Kenmore refrigerator 795 ice maker is responsible for ensuring the ice maker is always filled with water. If it becomes clogged the Kenmore refrigerator 795 ice maker will not produce ice. Ideally the water filler should be replaced once every six months to ensure proper function and eliminate problems. If this does not happen water flow and quality will be compromised and hence the ice maker will not operate as intended.
7. Faulty Auger motor
The auger motor is also used to spin the auger blade so as to effectively push ice out of the bucket after production and into ice chute. If the auger motor is burnt or defective the ice will not be able to move forward and out the chute. To determine whether the auger motor is broken or has a problem, one needs to pull out the bucket and turn the bucket auger by hand. If it turns freely then the auger motor is defective and needs to be addressed. Ice may also compact in the bucket if it is not removed for a long time and hence it may be wise to remove the ice regularly to ensure it does not compact and cause problems. Also ensure the freezer is set to the correct temperature to prevent any problems with the Kenmore refrigerator 795 ice maker.
In conclusion components of the Kenmore refrigerator 795 ice maker can develop faults however replacing individual components may not be feasible since many of the components are not sold separately. It therefore makes sense that if the problem lies with the ice maker assembly purchasing and replacing the entire unit may be the way to go. However before replacing this entire assembly, the best cause of action might be to inspect the freezer temperature, water inlet valve and water lines to ensure these are operating as intended with no problems.