What causes a Freezer Sensor Error in a Kenmore 795.70332.410 Refrigerator?
A Freezer Sensor Error in your Kenmore Refrigerator may be caused by a short or disconnection of the freezer sensor. Check each sensor and its connector.
What causes a Refrigerator Sensor Error in a Kenmore 795.70332.410 Refrigerator?
A Refrigerator Sensor Error in your Kenmore Refrigerator can be caused by a short or disconnection of the refrigerator sensor.
Why is my Kenmore 795.70332.410 showing a Communication Error?
A communication error between the Main PCB and Display Micom in your Kenmore Refrigerator can occur due to a poor communication connection or faulty transmitter/receiver TR between the display and main board. Check the communication connection and the transmitter/receiver TR.
Why is the BLDC FAN Motor for Freezer in my Kenmore Refrigerator abnormal?
An abnormality in the BLDC FAN Motor for the freezer in your Kenmore Refrigerator can occur if the feedback signal isn’t over 65 seconds during BLDC FAN motor operation. This could be due to a poor BLDC motor connection, DRIVE IC, and TR. Check these components.
Why is the BLDC FAN Motor for Ice Making in my Kenmore 795.70332.410 Refrigerator abnormal?
An abnormality in the BLDC FAN Motor for ice making in your Kenmore Refrigerator can occur if the feedback signal isn’t over 65 seconds during BLDC FAN motor operation. This could be due to a poor BLDC motor connection, DRIVE IC, and TR. Check these components.
Why is the BLDC FAN Motor for Mechanic Room in my Kenmore 795.70332.410 abnormal?
An abnormality in the BLDC FAN Motor for the mechanic room in your Kenmore Refrigerator can occur if the feedback signal isn’t over 65 seconds during BLDC FAN motor operation. This could be due to a poor BLDC motor connection, DRIVE IC, and TR. Check these components.
What causes a Flow Meter Defect in a Kenmore 795.70332.410?
A flow meter defect in your Kenmore Refrigerator can result from an error of the flow meter, water input issues, low water pressure, or a flow meter connection problem.
Why is my Kenmore 795.70332.410 Ice maker kit defecting?
An ice maker kit defect in your Kenmore Refrigerator could be due to other electric system errors such as the motor, gear, Hall IC, or operation circuit within the ice maker kit. This is indicated when the ice does not drop even when the I/M Test S/W is pressed.
General| Brand | Kenmore |
|---|---|
| Model Number | 795.70332.410 |
| Type | French Door |
| Color | Stainless Steel |
| Ice Maker | Yes |
| Water Dispenser | Yes |
| Energy Star Certified | Yes |
| Width | 35.75 inches |
| Height | 69.875 inches |
Details on electrical ratings, temperature control, refrigeration system, and performance metrics.
List of common replacement parts with their part numbers for easy reference.
Diagram illustrating and labeling the major parts and features of the refrigerator.
Step-by-step instructions for safely removing the refrigerator doors.
Procedures for removing and replacing door pillars and gaskets.
Instructions on how to properly align refrigerator doors.
Steps to remove and replace the evaporator fan and motor assembly.
Procedures for replacing internal lamps, multi duct, and the main PWB.
Steps for servicing the dispenser, display PWB, and sub PWB.
Procedures for replacing the cap duct, its motor, and the ice corner door.
Instructions for removing and inserting the ice bin correctly.
Step-by-step instructions for disassembling and removing the pullout drawer.
Procedures for disassembling the water valve and fan motor assemblies.
Procedures for servicing the home bar case assembly and door baskets.
Instructions for servicing the home bar door and refrigerator door foam assembly.
Details on compressor role, usage, PTC removal, and protection logic.
Table summarizing error codes, detection categories, generation factors, and remarks.
Labeled images of the main and display PCBs with connector designations.
Steps to diagnose and resolve the freezer sensor error (Er FS).
Steps to diagnose and resolve the refrigerator sensor error (Er rS).
Steps to diagnose and resolve the icing sensor error (Er IS).
Steps to diagnose and resolve the defrost sensor error (Er dS).
Steps to diagnose and resolve the ice maker motor error (Er It).
Steps to diagnose and resolve the defrost heater error (Er dH).
Steps to diagnose and resolve the freezer fan error (Er FF).
Steps to diagnose and resolve the icing fan error (Er IF).
Steps to diagnose and resolve the condenser fan error (Er CF).
Steps to diagnose and resolve communication errors between PCBs.
Explanation of how to enter test mode and perform Terminal Position Assurance checks.
Table correlating temperature with resistance and voltage for FRZ and ICING sensors.
How to measure resistance for Fuse-M and sensors in the defrost controller.
How to measure resistance for geared motors and cube solenoids.
Initial steps to check the PCB status before detailed compressor troubleshooting.
Steps to check the PC board and source voltage for the compressor.
Interpretation of LED blink codes for A-Inverter and Stroke Trip errors.
Interpretation of LED blink codes for Locked Piston and Current Trip errors.
Interpretation of LED blink codes for IPM Fault errors.
Procedures for checking harness connections, capacitor specs, and compressor resistance.
Logic for diagnosing protection activation and sealed system issues.
Summary of LED blink patterns, their causes, and recommended service actions.
Points to check and remedies for no cooling, poor cooling, frozen food, and condensation.
Points to check and remedies for abnormal noise, door sealing, and unpleasant smells.
Diagnosis of refrigerant leakage and system clogging problems.
Diagnosis of compressor operation and general refrigeration system issues.
Flowchart for diagnosing sealed system problems causing "Not Cooling".
Step-by-step explanation of the icemaker's basic operating cycle.
Details on Icemaking Mode, Harvest Mode, and Fill/Park Position.
Diagnosing why the icemaker is not producing ice or is producing insufficient ice.
Other potential causes for icemaker problems like sealing or compartment temperature.
Diagnosing issues related to clogged ice, temperature, or dispenser mechanism.
Overview of initial settings, power save mode, and temperature display toggling.
How to use alarm/lock functions and understand the filter status indicator.
Details on Ultra Ice, dispenser selection, and fan motor controls.
Explanation of Ultra Ice, display mode settings, and energy saver function.
Explanation of defrosting, defect detection, and auto pantry features.
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