Recent use?
Patrick -
The button trap in your machine should hold in my guess about 12 to 15 ounces of water, maybe a little more, and they stay full a long time (months) after last use. If there's no water in there or if it's nearly dry, the machine hasn't been used lately. You can see it if you shine a flash light on it with the machine standing up, OR if you lay it down, you'll get water coming out of the top of the tub, lol.
Mike's suggestion about the stripped agitator is interesting....an easy way to check that and at the same time the transmission's ability to engage agitate is to raise and hold the plunger on the agitate solenoid (the right side) while you turn the trans drive pulley manually (clockwise) with the machine off. It won't take long to engage the cam bar and switch it to agitate. If the trans goes into agitate, the agitator itself should be locked and can't be rotated by hand.
Switching both wig-wag functions manually like that is a good way to know if your problem is electrical or mechanical in nature.
Keep us posted Patrick!
Patrick -
The button trap in your machine should hold in my guess about 12 to 15 ounces of water, maybe a little more, and they stay full a long time (months) after last use. If there's no water in there or if it's nearly dry, the machine hasn't been used lately. You can see it if you shine a flash light on it with the machine standing up, OR if you lay it down, you'll get water coming out of the top of the tub, lol.
Mike's suggestion about the stripped agitator is interesting....an easy way to check that and at the same time the transmission's ability to engage agitate is to raise and hold the plunger on the agitate solenoid (the right side) while you turn the trans drive pulley manually (clockwise) with the machine off. It won't take long to engage the cam bar and switch it to agitate. If the trans goes into agitate, the agitator itself should be locked and can't be rotated by hand.
Switching both wig-wag functions manually like that is a good way to know if your problem is electrical or mechanical in nature.
Keep us posted Patrick!