To test a single-phase motor, first remove the cover of the motor’s wire, and disconnect the wires. Test the lead using the volt-ohm tester followed by a capacitor. Protect yourself from electric shocks by wearing safety gear. Ensure you have a pair of gloves and safety glasses because the voltage of a single-phase motor is always high. Finally, you can switch on the tester and read the volts.
It is wise to take precautions such as wearing safety gear to protect yourself from the electric shocks. After removing the motor wire’s cover, unscrew two or four screws using a slotted screwdriver. Check to see if there are two wire leads connected to a power supply of the device, and check the voltage range of the motor. In order to test the motor effectively, you must disconnect the two wires. Use a volt-ohm tester to test the two lead wires. A reading of 0 ohms means the motor is in a good condition. If there are normal readings, test the capacitor. You must test the capacitor because single-phase motors use a capacitor to function. Capacitor readings above zero imply that the capacitor is still functional. If the readings of the capacitor are above zero, there is no problem with the capacitor. If it reads zero, replace it because it is not functional.