A) High Velocity Air Conditioning B) Heating, Ventilation, and Air Conditioning C) Home Ventilation and Air Conditioning D) Heat Ventilation and Air Cleaning
A) Evaporator B) Expansion Valve C) Condenser D) Compressor
A) System Energy Efficiency Regulator B) Seasonal Energy Efficiency Ratio C) Seasonal Efficiency Enhancement Rating D) System Efficiency Energy Rating
A) Evaporator B) Condenser C) Compressor D) Expansion Valve
A) Packaged Unit B) Chilled Water System C) Split System D) Variable Refrigerant Flow System
A) Better Temperature Utility B) Basic Temperature Unit C) British Thermal Unit D) Building Thermal Unit
A) Expansion Valve B) Evaporator C) Condenser D) Compressor
A) Effective Energy Rating B) Energy Efficiency Ratio C) Energy Efficiency Regulator D) Efficiency Enhancement Rating
A) To absorb heat from the indoor air B) To filter the air C) To pressurize the refrigerant D) To release heat to the outdoors
A) R-22 B) R-123 C) R-410A D) R-134a
A) Expansion Valve B) Condenser C) Compressor D) Evaporator
A) To increase heat transfer B) To reduce noise C) To protect the coils D) To regulate airflow
A) By releasing hot air outside B) By cooling the air instantly C) By pressurizing the refrigerant D) By removing moisture as the air passes through the system
A) R-22 B) Ammonia C) R-134a D) R-410A
A) Every week B) Twice a year C) Once a year D) Every 1-3 months
A) Number of vents B) Energy efficiency C) Physical weight of the unit D) Cooling capacity
A) Fall B) Spring C) Summer D) Winter |