Learn How To Check Relay With Multimeter Could Be Why Refrigerator Not Refrigerator not cooling? one of the most common problems that keeps your compressor from starting is your refrigerator start relay. in this video we will go. If the start relay is defective, the compressor may run intermittently or not at all, and the refrigerator will not get cold enough. the start relay should be replaced if defective. test start relay with a multimeter. view the video above and verify if your start relay is functioning. replace the relay if it fails the testing or has a burnt odor.
Check Relays With Multimeter At Jimmie Marin Blog If the start relay is defective, the compressor may run intermittently or more likely not at all, and the refrigerator will not get cold enough. the start relay should be replaced if defective. safely remove the start relay assembly. this guide shows a whirlpool unit, but the process is similar. test start relay with a multimeter. First, check to see if there’s anything that could be obstructing the fan blade from turning. if not, spin the blades of the fan by hand and see if the motor is locked up. if it is, replace it. if the fan blades are free of debris and the fan spins freely, use a multimeter to check the continuity of the motor. Step 3: test the start relay with a multimeter: now, it’s time to test the start relay using a multimeter. set your multimeter to the resistance or ohm mode. start by measuring the resistance between the start and run terminals of the relay. the start and run terminals are usually labeled on the relay itself. It is connected to the control board. if the thermistor is defective, the refrigerator does not cool (or may cool continuously). grab a multimeter and continuity test the thermistor. place the thermistor tip into a cup of ice water made from ice, water (just enough to cover the ice) and salt.
How To Test Any Relay With Multimeter Relay Inspection Relay क स Step 3: test the start relay with a multimeter: now, it’s time to test the start relay using a multimeter. set your multimeter to the resistance or ohm mode. start by measuring the resistance between the start and run terminals of the relay. the start and run terminals are usually labeled on the relay itself. It is connected to the control board. if the thermistor is defective, the refrigerator does not cool (or may cool continuously). grab a multimeter and continuity test the thermistor. place the thermistor tip into a cup of ice water made from ice, water (just enough to cover the ice) and salt. Step 3: test the start relay. insert one multimeter probe into each of the terminals on the relay. wait for about 5 10 seconds to get a good reading. if the relay is in good condition, you should get a reading between 0 1 Ω. if the reading is over 1 Ω or shows “ol” (open circuit), the relay may not be working properly and needs to be. Unplug the refrigerator. turn off power to avoid electric shock. remove access panel. on the back of the fridge, unscrew and remove the thin metal panel covering the condenser coil and fan. detach fan blade. remove the screws or clips holding the fan blade to the motor shaft and set the blade aside. disconnect wires.
Checking Relays With Multimeter At Carmen Dash Blog Step 3: test the start relay. insert one multimeter probe into each of the terminals on the relay. wait for about 5 10 seconds to get a good reading. if the relay is in good condition, you should get a reading between 0 1 Ω. if the reading is over 1 Ω or shows “ol” (open circuit), the relay may not be working properly and needs to be. Unplug the refrigerator. turn off power to avoid electric shock. remove access panel. on the back of the fridge, unscrew and remove the thin metal panel covering the condenser coil and fan. detach fan blade. remove the screws or clips holding the fan blade to the motor shaft and set the blade aside. disconnect wires.
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