Explain the four different parts in the electrostatic air cleaner process?

1. Ionization: In the first step of the electrostatic air cleaner process, air passes through an ionization section where the air is charged with high voltage electricity. This process creates positively and negatively charged ions in the air.

2. Collection: The charged particles in the air are then attracted to oppositely charged plates or filters in the air cleaner. These plates or filters act as a collection surface for the charged particles, effectively removing them from the air.

3. Filtration: As the charged particles are collected on the plates or filters, they are trapped and prevented from circulating back into the air. This filtration process helps to remove dust, pollen, pet dander, and other airborne particles from the air, improving indoor air quality.

4. Cleaning: Periodically, the plates or filters in the electrostatic air cleaner need to be cleaned to maintain their effectiveness. This can be done by removing the plates or filters and washing them with water or wiping them down with a damp cloth. Regular cleaning of the air cleaner components is essential to ensure optimal performance and efficiency.

Four Parts in the Electrostatic Air Cleaner Process:

1. Ionization Section:
- Charged needles or plates generate negative ions, which attach to air particles (dust, pollen, smoke).

2. Collection Section:
- Charged particles are electrostatically attracted to oppositely charged metal plates, commonly known as "collector plates".

3. Dust Precipitation:
- The collected dirt and particles accumulate on the collector plates.

4. Plate Cleaning Mechanism:
- To maintain optimal efficiency, the collector plates must be periodically cleaned using:
- Mechanical vibration
- Water washing
- Chemical treatment (infrequently)