To Next PageTo Next PageWhy is my Amana Bottom Mount too warm?
Your Amana Refrigerator might be too warm because the refrigerator or freezer temperature is set too warm. It could also be due to a blocked return air or air supply duct, a Chef's Pantry control set too warm or with a blocked air supply tube, heavy usage, or high ambient temperature.
Why is my Amana Bottom Mount Refrigerator too cold?
Your Amana Refrigerator might be too cold because the refrigerator or freezer temperature is set too cold. It could also be due to the Chef's Pantry control being set too cold or misaligned, restricted condenser air, a refrigerant shortage or restriction, or refrigerant overcharge.
Why is my Amana Bottom Mount freezer too cold?
Your Amana Refrigerator freezer might be too cold because the freezer temperature is set too cold.
Why does my Amana Refrigerator have a long run cycle?
Your Amana Refrigerator might have a long or continuous run cycle due to heavy usage, high ambient temperature, inadequate condenser air flow, the freezer temperature being set too cold, or loss or restricted refrigerant.
Why does my Amana Refrigerator have a short off cycle?
Your Amana Refrigerator might have a short off cycle because of heavy usage, high ambient temperature, the freezer temperature being set too cold, the light constantly being on, or a poor door gasket seal.
Why does my Amana Refrigerator have a long off cycle?
Your Amana Refrigerator might have a long off cycle because of low ambient temperature or the freezer temperature being set too warm.
Why is there condensation on the outside of my Amana Bottom Mount Refrigerator?
Condensation on the exterior of your Amana Refrigerator can be due to high humidity, the freezer temperature being set too cold, a poor door gasket seal, or insulation void. The design accepts beads of water on cabinet exterior after 4 hours with 0° to 2°F (-18° to -17°C) freezer food temperature and 38° to 40°F (3° to 4°C) refrigerator food temperature in 84% R.H. conditions.
Why does my Amana Bottom Mount have a short run cycle?
Your Amana Refrigerator might have a short run cycle because of light usage, low ambient temperature, or the freezer temperature being set too warm.
General| Brand | Amana |
|---|---|
| Model | Bottom Mount Refrigerator |
| Category | Refrigerator |
| Language | English |
Explains safety symbols, words, and labels used in the manual.
Outlines the necessary electrical specifications for refrigerator operation.
Step-by-step guide on safely removing the refrigerator from its packaging.
Instructions on how to properly secure the refrigerator to prevent tipping.
Steps for installing custom door panels onto refrigerator doors.
A chart detailing system pressures and their relationship to various conditions.
Identifies symptoms of excessive refrigerant in the system.
Lists symptoms indicating a lack of sufficient refrigerant.
Describes signs and diagnosis for refrigerant flow restrictions.
Outlines symptoms and diagnosis for air present in the refrigeration system.
Safety precautions and handling guidelines for HFC134a refrigerant.
Procedures for replacing the system's drier filter.
Steps and considerations for replacing the compressor.
Methods for testing compressor operation and performance.
Methods for detecting leaks in the refrigeration system.
Detailed steps for evacuating and charging the system with refrigerant.
Covers the ice maker's operation, specifications, and testing.
Procedures for entering and using the electronic testing mode.
How to detect an open thermistor circuit and its indicators.
How temperature settings are determined by thermistor resistance.
Resistance values for refrigerator and freezer thermistors at different temperatures.
Explanation of the adaptive defrost cycle and its parameters.
Steps to enter the refrigerator's programming mode.
Adjusting temperature settings for freezer and refrigerator in Mode A.
Checks for refrigeration and defrost components at the high voltage board.
Describes the electrical path for freezer compartment cooling.
Details the electrical path for fresh food compartment cooling.
Explains the combined cooling cycle for both compartments.
Outlines the electrical operation of the adaptive defrost system.
Steps for removing the evaporator, including refrigerant reclamation.
Procedures to access the compressor and fan components.
Steps for removing the capacitor, including safety precautions.
Steps for removing the compressor, including safety and replacement considerations.
Steps for removing the condenser unit.
Lists common causes for the freezer compartment being too warm.
Outlines reasons why the refrigerator compartment may be too cold.
Diagnoses issues causing the compressor to shut off due to overload.
Lists common causes for the refrigerator compartment being too warm.
Identifies potential causes for the freezer compartment being too cold.
Describes how the ice maker functions and its cycle.
