- Check the Cord. It sounds simple, but your first step should be to make sure the cord is securely plugged in. ...
- Check Your Circuit Breaker. ...
- Check for Power to Your Outlet. ...
- Check the Fan Fuse. ...
- Replace the Cord. ...
- Clean the Fan. ...
- Grease the Motor. ...
- Call Customer Support.
Why did my fan suddenly stopped working?
If your ceiling fan stopped working or is not turning on, it could be because it isn't receiving any electricity. This could be because the circuit breaker has tripped or is off. ... Your ceiling fan could also stop working due to internal defects namely shot ball bearings or an overheated motor.
Why did my fan stopped working?
Whether the blades aren't spinning or the fan is making tons of noise, most issues with an electric fan are caused by poor lubrication or blockages in the vents . To solve most problems with an electric fan, disassemble the fan, lubricate the central pin and bearings, and clean out the vent and motor case.
Why would a fan light work but not the fan?
If a ceiling fan's light still works but the fan blades won't spin , it may seem like an electrical mystery. Unfortunately, it's a fairly common problem—different wires run to the light and the fan motor. Additionally, the motor relies on a capacitor which can fail due to a power surge in your home.
Why did my ceiling fan stop spinning?
REASON: One of the common reasons because of which you have a ceiling fan that won't spin is a blown motor capacitor . The motor capacitor may simply burn out due to either overheating or age. ... In order to check the capacitor, you must first remove the motor housing.
How can you tell if a fan fuse is blown?
You can tell if the fuse is blown if the fan doesn't even try to spin or makes no noise . If you manually eject the blades, still nothing (sometimes they start when they get stuck). But if the fan makes a noise when it tries to start, it's not the fuse.
How do you test a fan motor?
Unplug fan motor and place black lead of meter on black wire of fan motor and red lead of meter will go to the other fan leads one at a time. See attached charts for proper ohm readings for your specific motor.
Can you use wd40 on a fan?
[ Never put WD-40 in] any electric motor, even if the rotor is stuck from filthy dried-up lubricant! It not only removes any remaining lube, but it can melt coil wires (the lightly-coated copper wires twisted up in electric motors) and cause an electrical short.
What do you do when your ceiling fan stops working?
- Step 1: Test your fan to make sure that it turns. ...
- Step 2: Check the breaker for your room to make sure your ceiling fan is getting power. ...
- Step 3: Replace one or all of the bulbs.
What happens when a ceiling fan capacitor goes bad?
If the capacitor is bad, the fan is still getting power , but because the start coil is compromised, it can't develop enough torque to start the fan. You can start the fan yourself, however, by giving it a push, and it will keep running. ... A bad capacitor can also make the fan function erratically.
Do ceiling fans burn out?
Like any appliance, ceiling fans wear out and eventually have to be replaced . When a ceiling fan is broken, it means it does not operate correctly. Some ceiling fans become broken beyond repair and need to be replaced. This particularly applies to fans with burned-out motors.
How do you know if a ceiling fan motor is bad?
Diagnosing Motor Problems. Turn the fan's lights on, if it has them . Flip the switch and pull the fan chord that controls the lights to the fan. If the lights turn on but the fan doesn't work, there is most likely an issue with the fan's motor.
Why is my fan motor not working?
If the fan takes off and then keeps going on its own, you more than likely have a bad start capacitor. ... If the fan doesn't start running, you may have a bad fan motor . If you have difficulty getting the blades to turn, there may be debris wrapped around the fan axle, or the motor bearings may be dirty or jammed.
Why do fans have fuses in the plug?
The fuse in a plug is a safety device designed to protect the lead rather than the appliance . It is a deliberate weak link in a circuit which will ‘blow' if an electrical appliance or extension lead draws too much current due to either an overload or a fault.
