General Electric Dishwasher CDWT280V05SS Noisy

This is a genuine OEM replacement lower spray arm bearing sourced directly from the manufacturer for use in dishwashers. The lower spray arm spins to distribute water to the dishes during the wash cycle. Thus spray arm bearing supports the spray arm and lessens the friction, which allows it to spin more easily. If the dishes are not clean after the wash and rinse cycle, or the arm is making loud noises, the spin arm bearing may need to be replaced. This bearing is a small metal part that may wear over time. If the bearing is distorted or damaged, the arm will not sit level, and spinning may be very loud, or it may not spin. The spray arm bearing should be replaced. Turn off the breaker or disconnect the power to the dishwasher. Open the dishwasher and pull the bottom rack out. Turn the lower spray arm counterclockwise to remove it. Use a telescoping magnet to pull the bearing up from the hole in the middle. Install the new bearing and reinstall the spray arm. Put the dishrack back inside and reconnect the power.This lower spray arm bearing is a gray metal part that is sold individually. It is designed for use in dishwashers designed by General Electric and Hotpoint.

The Blower Motor Assembly is an OEM part for GE dishwashers. This part is responsible for driving the dishwasher's venting system, which plays a key role in the drying process of your dishes.

Over time, the Blower Motor Assembly may need replacement due to wear and tear, damage, or failure. A malfunctioning blower motor can lead to ineffective drying of dishes, increased cycle times, or the dishwasher failing to complete its drying cycle properly.

Symptoms of a bad Blower Motor Assembly include:

• Dishes remaining damp or wet even after the drying cycle is complete.
• Unusual noises coming from the dishwasher, indicating that the blower motor is struggling to operate.
• The dishwasher stopping or pausing during the drying cycle.

This OEM GE part is also compatible with Hotpoint, RCA, and some Kenmore models.