To Next PageTo Next PageWhat to do if my Kenmore Refrigerator is not cooling normally due to complete refrigerant leakage?
If your Kenmore Refrigerator's freezer and refrigerator aren't cooling normally because there's no refrigerant discharging, restoring the normal amount of refrigerant and repairing the leak should restore normal cooling.
What to do if the Kenmore 795.78552800 Refrigerator cooling operation stops periodically?
Cooling operation should restart when the inlet of the capillary tube is heated.
General| Brand | Kenmore |
|---|---|
| Model | 795.78552800 |
| Category | Refrigerator |
| Language | English |
Covers electrical specs, performance, refrigeration system, installation, and dimensions.
Lists replacement parts and illustrates air circulation diagrams.
Step-by-step guide for removing and reinstalling refrigerator doors.
Procedures related to the refrigerator door and its components.
Instructions for removing the water dispenser unit from the refrigerator.
Steps to adjust and align the refrigerator doors correctly.
Procedure for removing and disassembling the fan and motor assembly.
Steps to remove and replace the defrost control assembly.
Instructions for removing and replacing the compartment lamps.
Detailed instructions for removing and reinstalling the pullout freezer drawer.
Procedure for disassembling the left door glass and display unit.
Steps for assembling and disassembling the freezer door and glass.
Details the role, composition, and usage notes for the compressor.
Information on the TSD starter, its application, and electronic circuit.
Definition, role, and cross-section details of the Overload Protector.
Troubleshooting steps for compressor and related electrical components.
Troubleshooting procedures for the TSD and OLP components.
Troubleshooting for various electrical components affecting cooling performance.
A chart for diagnosing common complaints and their remedies.
A troubleshooting chart related to refrigerant leaks and clogs.
Diagnostic flowchart for 'Not Cooling' complaints related to the sealed system.
Explanation of the icemaker's operating modes and principles.
Details on start position, ice making, and harvest modes of the icemaker.
Describes the fill and park positions and water supply amounts.
Procedure for performing compulsory tests on the icemaker function.
Error code diagnosis for the icemaker's water supply control panel.
Overview of the refrigerator's main functions and controls.
Details on the freezer fan motor's speeds and operation modes.
Explanation of the Ultra Ice function to intensify cooling and increase ice.
Functionality of the refrigerator lamp automatically turning off.
Description of the door open alarm system and its sounds.
Describes the buzzer sound produced when buttons are pressed.
Information on the initiation and termination of the defrost cycle.
How the water filter replacement indicator works and how to reset it.
Options for the dispenser light mode, normal or continuous ON.
How automatic diagnosis works and displays error codes.
Procedure for using the test mode to check PCB and product functions.
Details the power supply circuit for various components of the PCB.
Describes the circuit generating the base clock for the MICOM.
Explains the reset circuit for initializing the MICOM and system functions.
Details circuits for load drive, buzzer, and door open detection.
Describes the sensor circuits for temperature readings and their states.
Details the circuit for the stepping motor controlling the compartment damper.
Table listing resistance values for various sensors at different temperatures.
Troubleshooting steps when the refrigerator's power source is inadequate.
Troubleshooting procedures for general cooling deficiencies.
Steps to diagnose and resolve incorrect freezer temperature issues.
Diagnostic steps for defrosting failures, including heater, drain, and sensor checks.
