#BU2 FE

A type of automation system used for thermal and air quality control that is

most suitable for human survivability.

• Air Conditioning

  System

• Building Automation

  System

• HVAC System

• Air Indoor Quality

  System

the most common type, consisting of an indoor unit (evaporator

coil and blower) and an outdoor unit (condenser coil and compressor).

• Window Type

  Aircon Unit

• Hybrid System

• Spit Type Aircon

  System

• Centralized

  Aircon System

_______ systems can vary the flow of refrigerant to

different indoor units, allowing for individual control in different zones.

• Radiant Refrigerant System

• Forced Refrigerant Flow

• Variable Refrigerant

  Flow

• Chilled Refrigerant System

The direct transfer of heat through an object/material

without any movement from the material itself.

• Convection

• Radiation

• Conduction

• UV Transfer

The transfer of heat through the movement of

fluids (liquids or gases).

• Conduction

• Radiation

• Convection

• Condensation

The transfer of heat through electromagnetic waves

without the usage of a medium.

• Conduction

• Convection

• Condensation

• Radiation

Refers to the introduction of outdoor air into indoor

spaces to improve air quality.

• Exhaust System

• Passive Cooling

• Ventilation

• Air Indoor Quality

converts refrigerant liquid to gas, absorbing heat from

the air in the compartment, and making it much cooler

than the fan air flowing around it.

• Condenser

• Compressor

• Evaporator

• Refrigerant

a chemical that is present in all air conditioning units that work

together with the 3 other parts to be converted to either liquid or gas.

• Evaporator

• Freon

• Refrigerant

• Compressor

air is cooled and distributed to and from rooms by one or more

fans and ductwork. typically used in Larger spaces like malls, hospitals, and

companies.

• Package Type

  Aircon System

• Split Type Aircon

  System

• Centralized Aircon

  System

• Window Type Aircon

  System