20 Most Recent Frigidaire ATF6000ES Front Load Washer - Page 5 Questions & Answers

LEAVING DOOR OPEN BETWEEN USES ALLOWS WASHER TO BREATHE. BEING A CLOSED SYSTEM, IT'S KIND OF LIKE PUTTING A TUPPERWARE LID ON A BOWL WITH RESIDUE AND MOISTURE INSIDE AND LETTING IT GROW.

Not sure about CD code but the inside would be as hot as the clothes as the water gets hot it heats all. Will the machine agitate to wash.? If so look for a rubber or plastic tube from the bottom of the drum to the pressure switch. Check this tube is clear. If not clear it and replace and try again. If this doesn't work check the pressure switch by blowing into it while using a meter across the terminals. Replace if needed.

DDO is dispencer door open

the magnet needs to be put back into the dispencer door the machine thinks the door is open...

let me know

please check the shock obsorbers and replace them if they are not holding the drum.

No spin, try these: Using a multi meter check for continuity the door switch, which when bad may not allow agitation or spin. The lid switch assembly can fail either mechanically or electrically. Check the clutch, brake assembly and transmission, one way to check for slipping is to get under the machine after a spin cycle ( this is if u get a lil spin but not much leaving clothes still wet) mix in a spray bottle a lil water and some dish detergent, then spray it on the clutch assembly ( the metal round pc. Connected to the tranny) if it sizzles and steams up then u know its bad and slipping. Another way to check clutch if u get no spin at all? Is to take it out and use ur hand to try and turn the inner spring assembly pushing it around the inside? If its very easy, it BAD should be hard to push by hand. Next check the motor coupler which engages the tub and tranny to the motor. ( if its bad u usually get no wash or spin or very little of either) Next check for a loose, worn or broken belt if belt driven. On some front load models u may need to check the STATOR assembly. The stator is essentially one half of a motor, it interacts with the tub by creating a strong electro-magnet. If the stator burns out the washer won't spin or agitate. Check the stator for continuity. This part is often misdiagnosed.

LOUD NOISES IN washing MACHINE; LOT OF THINGS TO CHECK, THE BELT LOOSE OR WORN, THE CLUTCH, THE TRANNY, THE BEARINGS BOTH TUB SEAL AND BEARING, THE REAR DRUM BEARING, THE DRIVE PULLEY- If the washer is making a loud noise the drive pulley might be worn out, cracked, loose or bent. Remove the drive pulley and inspect it carefully. If it is damaged or defective replace it. THE TRANSMISSION, THE MOTOR COUPLER, THE MOTOR DRIVE BEARINGS, THE DRIVE MOTOR- If the washer is making a loud noise the drive motor bearings may have worn out. Washer motors are normally almost silent when they run. If the motor is run without a belt hooked up to it and it's loud it will have to be replaced. The drive coupling connects the motor to the transmission and consists of two plastic drive forks with a rubber coupling between them. One of the drive forks is attached to the drive motor shaft and the other is attached to the transmission input shaft. As the motor shaft rotates, the rubber coupling between the drive forks absorbs the torque to prevent the forks from breaking. Normal use will create wear on the coupling and eventually the drive forks may slip and cause a vibrating noise. If the transmission seizes or if the spin basket cannot turn freely, then the coupling may fail and again you may experience a vibrating noise. Most models will require you to remove the cabinet to access the drive coupler. Disconnect power from the appliance before attempting any repairs. If the washer is making a loud noise the drain pump might be going bad or might have something caught in it. Remove the drain pump from the washer and inspect it carefully. Look for anything that might be caught in it, a piece of wire, plastic, etc. If nothing is wrong with the pump, but it's still noisy it will have to be replaced. Front load washers often use a self contained electric drain pump and the motor may be worn or damaged and require the complete pump to be replaced. Remove any foreign objects or replace the worn or damaged pump, thencarefully tighten the hose clamps and check for leaks before installing the cabinet or front panel. All front-load washing machines have shock absorbers that are used to dampen the tub movement in the spin cycle. The shock absorbers or struts are attached to the base frame and to the outer tub and you will need to remove the front panel or the rear panel to access them. When shock absorbers weaken or become damaged, the machine will often make a loud banging sound during the spin cycle and if the symptom is not corrected, can lead to damage of other components. Inspect the shocks for signs of broken attachments, leaked fluids or a weakened dampening action and replace both shocks if worn. Remove power from the appliance before attempting this repair. Some models of top-load washers use tub dampening straps to cushion the movement of the tub during the spin cycle. There are four straps attached to the top of the tub and to each corner of the cabinet

MOTOR COUPLER

LOUD NOISES IN washing MACHINE; LOT OF THINGS TO CHECK, THE BELT LOOSE OR WORN, THE CLUTCH, THE TRANNY, THE BEARINGS BOTH TUB SEAL AND BEARING, THE REAR DRUM BEARING, THE DRIVE PULLEY- If the washer is making a loud noise the drive pulley might be worn out, cracked, loose or bent. Remove the drive pulley and inspect it carefully. If it is damaged or defective replace it. THE TRANSMISSION, THE MOTOR COUPLER, THE MOTOR DRIVE BEARINGS, THE DRIVE MOTOR- If the washer is making a loud noise the drive motor bearings may have worn out. Washer motors are normally almost silent when they run. If the motor is run without a belt hooked up to it and it's loud it will have to be replaced. The drive coupling connects the motor to the transmission and consists of two plastic drive forks with a rubber coupling between them. One of the drive forks is attached to the drive motor shaft and the other is attached to the transmission input shaft. As the motor shaft rotates, the rubber coupling between the drive forks absorbs the torque to prevent the forks from breaking. Normal use will create wear on the coupling and eventually the drive forks may slip and cause a vibrating noise. If the transmission seizes or if the spin basket cannot turn freely, then the coupling may fail and again you may experience a vibrating noise. Most models will require you to remove the cabinet to access the drive coupler. Disconnect power from the appliance before attempting any repairs. If the washer is making a loud noise the drain pump might be going bad or might have something caught in it. Remove the drain pump from the washer and inspect it carefully. Look for anything that might be caught in it, a piece of wire, plastic, etc. If nothing is wrong with the pump, but it's still noisy it will have to be replaced. Front load washers often use a self contained electric drain pump and the motor may be worn or damaged and require the complete pump to be replaced. Remove any foreign objects or replace the worn or damaged pump, thencarefully tighten the hose clamps and check for leaks before installing the cabinet or front panel. All front-load washing machines have shock absorbers that are used to dampen the tub movement in the spin cycle. The shock absorbers or struts are attached to the base frame and to the outer tub and you will need to remove the front panel or the rear panel to access them. When shock absorbers weaken or become damaged, the machine will often make a loud banging sound during the spin cycle and if the symptom is not corrected, can lead to damage of other components. Inspect the shocks for signs of broken attachments, leaked fluids or a weakened dampening action and replace both shocks if worn. Remove power from the appliance before attempting this repair. Some models of top-load washers use tub dampening straps to cushion the movement of the tub during the spin cycle. There are four straps attached to the top of the tub and to each corner of the cabinet

SLIPPING CLUTCH? OR LOOSE WORN BELT

COULD BE EITHER? U HAVE TO CHECK THE HOUSE DRAIN AND THE HOSES AND WATER PUMP FOR OBSTRUCTIONS

No agitation? first use a meter and check ur water pressure switch? that is what sends the machine the message to start wash cycle? You can test it with a meter and with a manual test? ( first locate it in the panel, it has a plastic clear tube hose going into it, remove that tube from its connection, now put another small tube or hose into the slot where it was and have the machine set to wash cycle with water in it. Blow into the other end of the tube. If the machine starts to wash. the pressure switch is more than likely good ( No wash- then THE DIAPHRAM IS BAD AND SWITCH HAS TO BE REPLACED) another test u can do is Remove the hose and submerge in water. Seal one end and blow air into the other end and look for bubbles. Check for an obstruction in the hose as well. Or take the original hose tube and plug one end and blow into it AT the other end, it should be hard and have pressure, if it is easy to blow and u dont feel any pressure and it feels like the air is going out ? Sometimes they get busted open or a pin hole and release air causing the water switch diaphragm to not open. Another test u can make with a multi meter is by testing the prongs individually. # 15, 16,17 (don't worry to much bout the numbers) place ur meter prongs on both out side prongs or connectors of the switch. ( where the wire plugs into) take note of weather it shows OHMS or infinity? Now place the meter on the left outside and the middle prong, take note agin what it shows. Now place meter prong on the right outside and the middle prong. Agin take note what reading u get. ( you should actually get a reading of infinity in 1 and a reading of continuity or ohms in the other 2? Now the tricky part. Agin place a small tube or hose into the switch and blow into it, do the same test agin on all prongs. Now keep the pressure on switch when u blow into it, in other words use ur tongue on end of tube to not allow air to escape. When u test it agin now one of the prongs that once read infinity should now show continuity or ohms, and 1 of the other prongs that read ohms should now read infinity or open. . If both check ok then next CHECK the motor coupler (a bad couplercan be checked by looking under the machine and taking note if there is a black residue on floor, look at coupler located between the motor and tranny, and see if it is broken up or missing any parts? Try to turn shaft by hand and notice if it does not engage tub? ) or belt if belt driven. Check for loose, broken or worn belt . Then check the door switch with a multi meter for continuity OHMS when door closed and infinity when door is opened , and if there is a little movement on wash cycle in 1 direction only then check the cam dogs in agitator. No spin, try these: Using a multi meter check for continuity the door switch, which when bad may not allow agitation or spin. The lid switch assembly can fail either mechanically or electrically. Check the clutch, brake assembly and transmission, one way to check for slipping is to get under the machine after a spin cycle ( this is if u get a lil spin but not much leaving clothes still wet) mix in a spray bottle a lil water and some dish detergent, then spray it on the clutch assembly ( the metal round pc. Connected to the tranny) if it sizzles and steams up then u know its bad and slipping. Another way to check clutch if u get no spin at all? Is to take it out and use ur hand to try and turn the inner spring assembly pushing it around the inside? If its very easy, it BAD should be hard to push by hand. Next check the motor coupler which engages the tub and tranny to the motor. ( if its bad u usually get no wash or spin or very little of either) Next check for a loose, worn or broken belt if belt driven. On some front load models u may need to check the STATOR assembly. The stator is essentially one half of a motor, it interacts with the tub by creating a strong electro-magnet. If the stator burns out the washer won't spin or agitate. Check the stator for continuity. This part is often misdiagnosed.

No spin, try these: Using a multi meter check for continuity the door switch, which when bad may not allow agitation or spin. The lid switch assembly can fail either mechanically or electrically. Check the clutch, brake assembly and transmission, one way to check for slipping is to get under the machine after a spin cycle ( this is if u get a lil spin but not much leaving clothes still wet) mix in a spray bottle a lil water and some dish detergent, then spray it on the clutch assembly ( the metal round pc. Connected to the tranny) if it sizzles and steams up then u know its bad and slipping. Another way to check clutch if u get no spin at all? Is to take it out and use ur hand to try and turn the inner spring assembly pushing it around the inside? If its very easy, it BAD should be hard to push by hand. Next check the motor coupler which engages the tub and tranny to the motor. ( if its bad u usually get no wash or spin or very little of either) Next check for a loose, worn or broken belt if belt driven. On some front load models u may need to check the STATOR assembly. The stator is essentially one half of a motor, it interacts with the tub by creating a strong electro-magnet. If the stator burns out the washer won't spin or agitate. Check the stator for continuity. This part is often misdiagnosed.

No spin, try these: Using a multi meter check for continuity the door switch, which when bad may not allow agitation or spin. The lid switch assembly can fail either mechanically or electrically. Check the clutch, brake assembly and transmission, one way to check for slipping is to get under the machine after a spin cycle ( this is if u get a lil spin but not much leaving clothes still wet) mix in a spray bottle a lil water and some dish detergent, then spray it on the clutch assembly ( the metal round pc. Connected to the tranny) if it sizzles and steams up then u know its bad and slipping. Another way to check clutch if u get no spin at all? Is to take it out and use ur hand to try and turn the inner spring assembly pushing it around the inside? If its very easy, it BAD should be hard to push by hand. Next check the motor coupler which engages the tub and tranny to the motor. ( if its bad u usually get no wash or spin or very little of either) Next check for a loose, worn or broken belt if belt driven. On some front load models u may need to check the STATOR assembly. The stator is essentially one half of a motor, it interacts with the tub by creating a strong electro-magnet. If the stator burns out the washer won't spin or agitate. Check the stator for continuity. This part is often misdiagnosed.

motor coupler?

bad clutch or loose slipping belt

No spin, try these: Using a multi meter check for continuity the door switch, which when bad may not allow agitation or spin. The lid switch assembly can fail either mechanically or electrically. Check the clutch, brake assembly and transmission, one way to check for slipping is to get under the machine after a spin cycle ( this is if u get a lil spin but not much leaving clothes still wet) mix in a spray bottle a lil water and some dish detergent, then spray it on the clutch assembly ( the metal round pc. Connected to the tranny) if it sizzles and steams up then u know its bad and slipping. Another way to check clutch if u get no spin at all? Is to take it out and use ur hand to try and turn the inner spring assembly pushing it around the inside? If its very easy, it BAD should be hard to push by hand. Next check the motor coupler which engages the tub and tranny to the motor. ( if its bad u usually get no wash or spin or very little of either) Next check for a loose, worn or broken belt if belt driven. On some front load models u may need to check the STATOR assembly. The stator is essentially one half of a motor, it interacts with the tub by creating a strong electro-magnet. If the stator burns out the washer won't spin or agitate. Check the stator for continuity. This part is often misdiagnosed.

???

WERE THEY SCREWED ON PROPERLY

SLIPPING CLUTCH

check the pump isnt blocked first.... cheers