AeroSmart Dryer Clean-Up
The previous owners apparently had pets, lots of short white/black animal hair in the lint accumulation. Also some general dirt.
Disassembly is by removing the top panel, front panel, and the door grabber mechanism. The internal chassis then tilts out forward as a unit for further disassembly.
The heater box and motor control board mount to the floor.
Two heating elements, 3,400 watts (2/3 capacity - A) and 1,600 watts (1/3 capacity - B). Both elements energize on high temp, forward drum rotation. Only the A element operates on medium and low temp, forward direction. Only the B element operates during reverse tumble.
The lint filter ring rotates with the drum. A scraper piece about 1/8" distance from it peels accumulated lint off the inner surface which drops into a collection bucket, thus effectively keeping the filter clear throughout the cycle.
The ring of dimples embossed into the drum is optically read by the sensor board in Pic 9 to monitor the rotational speed and direction, and position (the gap in the dimple ring) for opening the drum door.
The wad of lint and hair in Pic 10 is behind the housing where the collection bucket sits.
The back of the lint scraper can be seen at the top in Pic 11.












The previous owners apparently had pets, lots of short white/black animal hair in the lint accumulation. Also some general dirt.
Disassembly is by removing the top panel, front panel, and the door grabber mechanism. The internal chassis then tilts out forward as a unit for further disassembly.
The heater box and motor control board mount to the floor.
Two heating elements, 3,400 watts (2/3 capacity - A) and 1,600 watts (1/3 capacity - B). Both elements energize on high temp, forward drum rotation. Only the A element operates on medium and low temp, forward direction. Only the B element operates during reverse tumble.
The lint filter ring rotates with the drum. A scraper piece about 1/8" distance from it peels accumulated lint off the inner surface which drops into a collection bucket, thus effectively keeping the filter clear throughout the cycle.
The ring of dimples embossed into the drum is optically read by the sensor board in Pic 9 to monitor the rotational speed and direction, and position (the gap in the dimple ring) for opening the drum door.
The wad of lint and hair in Pic 10 is behind the housing where the collection bucket sits.
The back of the lint scraper can be seen at the top in Pic 11.











