How To Fix A Crosley Refrigerator And Freezer That’s Too Warm

Crosley freezer and refrigerator issues could cause major issues and may even lead to food loss. It is imperative to correct the issue immediately if your Crosley refrigerator or freezer isn’t keeping food at the correct temperature. The majority of the issues that make freezers or fridges become too hot are easily fixed with some simple troubleshooting procedures. In this article, we’ll look at the most frequently cited causes of warm Crosley refrigerators and freezers and offer step-by-step directions for resolving the problem. No matter if you’re an expert DIYer or just starting out We’ll help you gain the knowledge you need to get your fridge and freezer back to proper operating temperature.

Controlling the thermostat or cold

The cold control is a temperature-controlled switch that supplies power to the compressor and fan circuits in the refrigerator. The cold control could be out of calibration or damaged if the fans and compressors aren’t functioning correctly. The normal temperature for fresh food is within the 38deg F range, with the control set to mid-point. Verify that the capillary tube or sensing bulb has not been damaged or out of place and that the wire terminals are not loose or corroded.

Before beginning, disconnect the electrical outlet of your Crosley refrigerator. Then, go through the Crosley refrigerator doors and locate the control. It’s located inside the control for the fresh foods section panel, which is usually located behind the knob for temperature adjustment.

Once you’ve removed the control from the appliance, switch the knob to the most warm setting, make sure your multi-meter is set to the Rx1 setting , and connect the probes to the terminals

The test is for continuity. You should be able to read infinity. When the probes remain on the terminals, set the control to higher (colder) and higher settings. The reading should be changed to zero, meaning that you have continuity.

If the control fails any of the tests above then you’ll need a replacement Crosley cold and temperature control.

Evaporator Fan Motor

When the compressor is on when the compressor is on, the Crosley fan motor moves the cool air through the refrigerator. If the fan’s motor is damaged, then temperatures within the freezer area will increase slowly , and temperatures in the fresh food section will increase more quickly and the compressor may run longer and more frequently than usual. The compressor should be operating at the time you can hear the fan in the condenser and evaporator fans.

How to inspect the Crosley refrigerator’s motor:

Disconnect your Crosley refrigerator from its power source. Also, take off the cover for the evaporator located in the freezer compartment.

The motor shaft should be able to be able to freely move without resistance. To determine if it is resisting, turn the shaft manually.

If you notice a large amount of ice covering the motor, remove it from your freezer to see what happens. You must also examine the motor for signs of damage or wear.

You will need an replacement motor for the Crosley fan if you are unable to turn it or noticeably wear and tear on it.

Electronic Control Board

An electronic control panel could be found on certain Crosley refrigerators. Temperature sensors or thermometers are connected to the control board and used to check temperatures in freezer and fresh food compartments. The control board utilizes this information to control the performance of the compressor motor, fan motors, and defrost systems. If the temperatures are excessively high, then the electronic control may be the cause. Crosley’s electronic control systems are intricate and costly and are usually reliable. You should first confirm that all the other components like the compressor, the fans and sensors are in good working order prior to condemning the control. Manufacturers could have specific details to help you identify a malfunctioning control.

How to check the condition of the Crosley refrigerator’s electronic control board

Make sure to unplug your refrigerator before you begin since you’ll be handling electrical components.

Locate the electronic control panel and remove it from your appliance. It’s located inside the Crosley refrigerator. The control box is located on the top of the refrigerator.

Look over your control panel for signs of damage, such as burnt, wear connections or arounging.

If you discover any of the above, you’ll need to replacement electronic control board for Crosley.

Thermistor or Temperature Sensor

In models with an Electronic Control, a thermistor or temperature sensor could be used to check the freshness of food and the freezer temperature. This sensor is small and has a capsule-like shape. It is covered with an opaque plastic shield. Temperature will influence the resistance. The control board uses this information to activate the compressor and fan circuits as well as control the damper control in some models. If a sensor becomes damaged or defective , it could incorrectly signal the control board to shut off the compressor and fans and result in warmer than the normal fresh food or freezer temperatures. Manufacturers may have specific information available to test the sensors dependent on the model being tested, and may also provide an error code for the control board’s electronic component on some models.

How do you test the temperature sensor of an appliance using an multimeter

Begin by unplugging the Crosley refrigerator, then remove the back panel of your refrigerator to find the control board that is in the middle.

The thermistor(s) will be connected to the main control board. For testing the thermistor(s), remove it from the appliance.

Before testing them, you will need to place the thermistor(s) in frozen water for 5 minutes to get the temperature up to 32 degrees F. The thermistor(s) will give different readings at various temperatures, and the recommended ranges listed below are only applicable to thermistors with a temperature of 32 degrees F.

By using the probes on the terminals and your multimeter set to Rx1, you should receive 16600 ohms (or (+/- 5 percent).

You will need a replacement temperature sensor or thermosistor from Crosley if you get the temperature reading is not within of this range.

Defrost Timer

The defrost timing device is an electromechanical timer which operates a series of contacts. These control the compressor circuit as well as the defrost heater circuit. The timer triggers the defrost cycle about every 8-10 hours. It happens approximately once per each day. The defrost timer will normally close the defrost sequence after 20-30 minutes, and the compressor and fans will begin again.

How do you test the timer of the refrigerator’s defrost by using a multimeter

Find your defrost timer by disconnecting your appliance from the power source. It can be located on the lower side of the refrigerator’s kickplate, or in the Crosley refrigerator’s control panel, or behind the refrigerator on its back wall.

Once you have located it, take the defrost timer of the appliance to test it

Using a multi-meter on the Rx1 setting, with one probe touching the terminal that is common to all (it should be labeled “3” or “C”) then, connect the other lead to the other three terminals, one at one time. Test the first pair and result in a reading that is zero or close to zero, indicating continuity. The second pair might yield readings of zero or near zero. The third pair must also be examined, and the reading should read as if it was infinity.

These readings might not be recognized by you. It is necessary to purchase an replacement timer from Crosley.

Thermostat Defrosting

The Crosley safety thermostat, which is attached to the heater that defrosts, can be utilized to stop the defrost process at a particular temperature. It’s typically set at 38 to 47 degrees Fahrenheit. If the thermostat is not working and is open circuit, the heater for the defrost will not be powered up and no defrosting will occur.

How do I test a thermostat for defrost in a fridge using a multi-meter

Unplug the Crosley refrigerator. Find the thermostat for defrost. It may be under the floor or on the back of freezer-on-top units. If you have a tandem refrigerator, the thermostat that controls defrost is found at the back of the freezer side.

Once you’ve located it, get it out and try it. It is necessary to take out any objects that may be in the way, like the contents of the freezer, shelves for freezers or icemaker pieces, and the back, rear or bottom panels.

Set your multimeter to the Rx1 setting. The probes should be placed on a thermostat wire. If your thermostat is not cold, it will give a reading of zero on the multi-meter. If the temperature is warm (anywhere from forty to 90 degrees Fahrenheit), then this test should yield a result of zero.

If the results of your test differ from the ones shown here, you’ll require an replacement thermostat from Crosley.

Defrost Heater

The defrost heat source is the device that melts ice and frost from evaporator coils. It’s typically a wire filament that is enclosed in an aluminum or glass tube. There could be more than one heater based on the form of the evaporator.

How do I test the temperature of a refrigerator’s defrost using a multi-meter

Before starting, be sure that your appliance is disconnected from the source of power.

Locate your defrost heater. It is located in the freezer area of your Crosley refrigerator, or beneath the floor. Defrost heaters are commonly located below the evaporator coils in a refrigerator’s. It is necessary to clear them of obstructions like the refrigerator’s contents, freezer shelves, icemaker parts, and the top, rear or the bottom panels.

Before you are able to test your heater’s defrostfunction, you must take it from your fridge. Two wires join to a defrost heat source. The wires are connected using slip-on connectors. Hold these connectors with firm grip and then pull them away from the terminals. For assistance in this process, you may have to make use of a pair of needle-nosed scissors. Don’t pull on the wires by themselves.

Your multi-meter can be used to check the continuity of the heater. Set your multimeter to the Rx1 scale and place the leads of the tester on one end each. The reading must be between zero and infinite.

If you see a reading of zero or infinity you’ll need a replacement Crosley defrost heat source.

Motor for condenser fans

Modern frost-free Crosley refrigerators have a fan-cooled condenser coil. It is usually located close to the compressor at the bottom rear of the refrigerator. Condenser fans circulate air around the condenser coil to remove heat. The condenser motor might be damaged if the refrigerator made by Crosley is heating up more quickly than normal and the compressor is running almost all the time. The motor for the compressor and the evaporator both run at the same time. The compressor will function almost constantly if the fan motor ceases to turn.

How to check the condenser motor in a refrigerator:

Start by disconnecting your Crosley refrigerator to the power source and then remove the rear access panel to locate the condenser fan motor. It is typically found at the bottom rear of the refrigerator.

Once you’ve located it inspect the fan for obstructions or any other obstructions that may be stopping it from moving freely. You should also inspect the condenser fan motor for any signs of wear or damage..

If the fan motor has become worn or seized and worn, you’ll require a Crosley replacement condenser fan motor.

A Crosley refrigerator or freezer that is too hot can cause costly and annoying issues. You can fix the majority of the issues associated with frigs and freezers that are warm by acquiring basic repair skills and a little troubleshooting. There are a variety of steps you can take to restore cooling to your appliance, from examining the temperature settings , to cleaning the coils. You can save money and ensure that food remains fresh and safe with these guidelines. Always remember, if not sure about a repair you should always consult with an expert technician to ensure that the work is completed safely and effectively.