As the lady in video number one was a single case, I have my doubts they did anything.
Now this case is the first I really question. First, whats that on the floor there? Just curious, because if that is the load, I would be highly supprised if the load itself was the problem. It would most likely go OOB, but not to cause this kind of damage.
Second: How did that thing dent out one half of the washer more than the other (you see the actual backside of the machine is less dented then the front, which is widley curved), but still manage to turn arround it self by 180°? The washer would have to jump in the air to manage the 180° turn and destroy it self in 3/4ths of a baskets rotation. Not that this is impossible, but verry unlikely.
Further, there is few damage to wall, dryer and other surroundings. So the washer probably destroyed it self the fast way.
My idea so far: The load became OOB with one part of the load at the bottom of the tub, the other on the approximately opposite side pushed up the basket wall about half way. The basket it self was sensed as relatively stabel, it went into spin. Because of the torque the load produced, on side of the tub always produced an upwards force. (Imagine a FL with one part of the load at the back of the drum, the other one at the front, with the washer in distribution. Now, one part of the load is exactly 180° offset to the other. The RPM-pattern of the drum is relativley constant as the 2 parts of the load couter-balance each other. But as one part of the load pushes the back up while the other pushes the front down, the tub devolpes kind of a twisting motion, which gives the drum a front-to-back swing. Same thing can happen to a TL, only that back and front of the tub are tob and bottom.)
Now, this upward force unhooked one of the suspension springs. And from there on, it was a matter of seconds.
But now I wonder, what would happen if the drive system on such a washer shifted into agitation during full speed spin? Wouldn't the tub come to a sudden stop?
Now this case is the first I really question. First, whats that on the floor there? Just curious, because if that is the load, I would be highly supprised if the load itself was the problem. It would most likely go OOB, but not to cause this kind of damage.
Second: How did that thing dent out one half of the washer more than the other (you see the actual backside of the machine is less dented then the front, which is widley curved), but still manage to turn arround it self by 180°? The washer would have to jump in the air to manage the 180° turn and destroy it self in 3/4ths of a baskets rotation. Not that this is impossible, but verry unlikely.
Further, there is few damage to wall, dryer and other surroundings. So the washer probably destroyed it self the fast way.
My idea so far: The load became OOB with one part of the load at the bottom of the tub, the other on the approximately opposite side pushed up the basket wall about half way. The basket it self was sensed as relatively stabel, it went into spin. Because of the torque the load produced, on side of the tub always produced an upwards force. (Imagine a FL with one part of the load at the back of the drum, the other one at the front, with the washer in distribution. Now, one part of the load is exactly 180° offset to the other. The RPM-pattern of the drum is relativley constant as the 2 parts of the load couter-balance each other. But as one part of the load pushes the back up while the other pushes the front down, the tub devolpes kind of a twisting motion, which gives the drum a front-to-back swing. Same thing can happen to a TL, only that back and front of the tub are tob and bottom.)
Now, this upward force unhooked one of the suspension springs. And from there on, it was a matter of seconds.
But now I wonder, what would happen if the drive system on such a washer shifted into agitation during full speed spin? Wouldn't the tub come to a sudden stop?