EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS FORMAT:  THE TEST WILL CONTAIN 33 QUESTIONS.  ALL QUESTIONS WILL BE MULTIPLE CHOICE.  EACH QUESTION WILL BE WORTH 3 POINTS.  NO MAKE-UP EXAMS WILL BE GIVEN.

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS AREAS COVERED:  OUTLINE #6 TO OUTLINE #9.  BRADSHAW: PP  HESCHONG: CHAPTER 4

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS KNOW THE CHARACTERISTICS OF THE FOLLOWING DISTRIBUTION MEDIUMS:  AIR  WATER  STEAM

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS KNOW THE CHARACTERISTICS OF THE FOLLOWING AIR DISTRIBUTION SYSTEMS:  SINGLE ZONE  TERMINAL REHEAT  VARIABLE AIR VOLUME  MULTIZONE  DUAL-DUCT

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS KNOW THE CHARACTERISTICS OF THE FOLLOWING WATER DISTRIBUTION SYSTEMS:  SERIES LOOP  ONE-PIPE, DIVERTING FITTING  TWO-PIPE HYDRONIC  TWO-PIPE CHANGEOVER  THREE-PIPE  FOUR-PIPE

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS KNOW THE CHARACTERISTICS OF THE FOLLOWING TERMINAL DEVICES:  NATURAL CONVECTION HEATING DEVICES.  UNIT HEATERS.  RADIANT HEAT/COOLING DEVICES.  FANCOIL UNITS  UNIT VENTILATORS.  INDUCTION UNITS.

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS KNOW THE FOLLOWING TERMINAL DEVICE CHARACTERISTICS:  HEATING/COOLING CAPABILITIES.  HUMIDITY CONTROL.  VENTILATION CAPABILITIES.  FILTRATION CAPABILITIES.  DISTRIBUTION CONNECTIONS.  APPLICATIONS.

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS KNOW THE CHARACTERISTICS OF THE FOLLOWING UNITARY SYSTEMS:  WINDOW AIR-CONDITIONERS.  THROUGH-THE-WALL CONDITIONERS  ROOF TOP SYSTEMS

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS KNOW THE ADVANTAGES UNITARY SYSTEMS:  INDIVIDUAL ROOM CONTROL.  INDIVIDUAL AIR DISTRIBUTION.  SIMULTANEOUS HEAT & COOLING.  INDIVIDUAL VENTILATION PROVISION.  EASE OF INSTALLATION.  USUALLY LOW INITIAL COST.  EQUIPMENT MALFUNCTION AFFECTS ONLY ONE ZONE.  LOCAL SHUT OFF.

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS KNOW THE DISADVANTAGES UNITARY SYSTEMS:  UNABLE TO MAINTAIN CLOSE TEMPERATURE TOLERANCES.  UNABLE TO HANDLE EXCEPTIONALLY HIGH OR LOW LATENT LOADS.  NOISY.  POOR AESTHETICS.  LIMITED CAPACITIES.  LESS EFFICIENT THAN CENTRAL SYSTEMS.

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS KNOW THE ACCEPTABLE HEAT SOURCES & SINKS FOR HEAT PUMPS:  AIR  WATER  EARTH  SOLAR ENERGY

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS KNOW THE CHARACTERISTICS & APPLICATIONS OF THE FOLLOWING CENTRAL HEAT PUMPS:  AIR-TO-AIR  AIR-TO-WATER  WATER-TO-WATER  WATER-TO-AIR

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS KNOW THE CHARACTERISTICS & APPLICATIONS OF THE FOLLOWING:  AIR-TO-AIR UNITARY HEAT PUMPS.  WATER-TO-AIR UNITARY HEAT PUMPS.  CLOSED LOOP HEAT PUMPS.

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS KNOW THE ADVANTAGES OF HEAT PUMPS:  LOW OPERATING COSTS.  PROVIDE BOTH HEATING & COOLING.  NO ON SITE COMBUSTION.  USE ANY LOW GRADE HEAT SOURCE.

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS KNOW THE DISADVANTAGES OF HEAT PUMPS:  HIGH INITIAL COSTS.  INEFFICIENT OPERATION AT LOW SOURCE TEMPERATURES.  LESS EFFICIENT IN THE COOLING MODE THAN STANDARD AIR-CONDITIONERS.  NOISY.

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS KNOW THE FACTORS WHICH ESTABLISH ZONES:  SOLAR ORIENTATION  ABOVE OR BELOW GRADE CONSTRUCTION  INTERNAL LOADING  VARYING VENTILATION REQUIREMENTS  VARYING OCCUPANCY & USAGE.

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS KNOW THE REQUIREMENTS OF THE FOLLOWING:  HEATING PLANTS  COOLING PLANTS  COOLING TOWERS  FAN ROOMS  VERTICAL DUCT SHAFTS  DIFFUSERS

EXAMINATION 3 REVIEW FORMAT & AREAS COVERED DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS KNOW THE LOCATION OF SUPPLY AND RETURN GRILLS FOR THE FOLLOWING APPLICATIONS:  HEATING ONLY.  HEATING & COOLING WHERE HEATING IS THE DOMINATE LOAD.  LOW CEILINGED COOLING APPLICATIONS  HIGH CEILINGED COOLING APPLICATIONS

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTION KNOW THE FOLLOWING APPROACHES TO H.V.A.C. DESIGN:  CLASSICAL.  FORMALIST.  MECHANISTIC.  BIOLOGICAL.  BIO-METAPHOR

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS KNOW THE LOAD CHARACTERISTICS, APPLICABLE SYSTEMS & AIR DISTRIBUTION FOR THE FOLLOWING:  DOMICILARY FACILITIES (HOUSES, APARTMENT BUILDINGS, DORMS, HOTELS & NURSING HOMES).  EDUCATION FACILITIES.  ASSEMBLY BUILDINGS.  MERCANTILE FACILITIES.  RESTAURANTS.  OFFICE BUILDINGS.  MUSEUMS & LIBRARIES.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS WHICH OF THE FOLLOWING SYSTEMS WOULD BE BEST SUITED TO A LARGE LUXURY APARTMENT BUILDING REQUIRING HEATING & COOLING? A.HYDRONIC SYSTEM WITH BASEBOARD CONVECTORS. B. MULTIZONE, ALL-AIR SYSTEM. C. UNIT HEATERS. D. FOUR-PIPE, ALL-WATER SYSTEM WITH UNIT VENTILATORS.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS WHICH OF THE FOLLOWING SYSTEMS WOULD BE BEST SUITED TO A LARGE LUXURY APARTMENT BUILDING REQUIRING HEATING & COOLING? A.HYDRONIC SYSTEM WITH BASEBOARD CONVECTORS. B. MULTIZONE, ALL-AIR SYSTEM. C. UNIT HEATERS. D. FOUR-PIPE, ALL-WATER SYSTEM WITH UNIT VENTILATORS.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS WHICH OF THE FOLLOWING BUILDING TYPES REQUIRES WINTER HUMIDIFICATION? A. RESTAURANTS. B. DEPARTMENT STORES. C. AIRPLANE HANGARS. D. NURSING HOMES.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS WHICH OF THE FOLLOWING BUILDING TYPES REQUIRES WINTER HUMIDIFICATION? A. RESTAURANTS. B. DEPARTMENT STORES. C. AIRPLANE HANGARS. D. NURSING HOMES.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS WHICH OF THE FOLLOWING SYSTEMS IS BEST SUITED TO HANDLING THE PERIMETER ZONE OF AN OFFICE BUILDING WHICH USES A VARIABLE AIR VOLUME SYSTEM TO CONDITION CORE SPACES? A. UNIT HEATER. B. INFRARED HEATERS. C. ALL-WATER SYSTEM WITH FANCOIL UNITS. D. WINDOW AIR-CONDITIONERS.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS WHICH OF THE FOLLOWING SYSTEMS IS BEST SUITED TO HANDLING THE PERIMETER ZONE OF AN OFFICE BUILDING WHICH USES A VARIABLE AIR VOLUME SYSTEM TO CONDITION CORE SPACES? A. UNIT HEATER. B. INFRARED HEATERS. C. ALL-WATER SYSTEM WITH FANCOIL UNITS. D. WINDOW AIR-CONDITIONERS.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS STRATIFICATION AS AN ENERGY SAVING TECHNIQUE WOULD BE BEST SUITED TO WHICH OF THE FOLLOWING APPLICATIONS? A. LOW CEILING OFFICE SPACE. B. SPACES USING ECONOMIZER CYCLES. C. SPACES REQUIRING SIMULTANEOUS HEATING AND COOLING. D. HIGH CEILING READING ROOMS OF LIBRARIES.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS STRATIFICATION AS AN ENERGY SAVING TECHNIQUE WOULD BE BEST SUITED TO WHICH OF THE FOLLOWING APPLICATIONS? A. LOW CEILING OFFICE SPACE. B. SPACES USING ECONOMIZER CYCLES. C. SPACES REQUIRING SIMULTANEOUS HEATING AND COOLING. D. HIGH CEILING READING ROOMS OF LIBRARIES.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS PRECOOLING IS BEST SUITED TO WHICH OF THE FOLLOWING APPLICATIONS? A. ALL GLASS OFFICE BUILDINGS. B. HIGH CEILINGED LIBRARY READING ROOMS. C. ASSEMBLY SPACES WITH HIGH MASS CONSTRUCTION. D. DISTRICT HEATING APPLICATIONS.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS PRECOOLING IS BEST SUITED TO WHICH OF THE FOLLOWING APPLICATIONS? A. ALL GLASS OFFICE BUILDINGS. B. HIGH CEILINGED LIBRARY READING ROOMS. C. ASSEMBLY SPACES WITH HIGH MASS CONSTRUCTION. D. DISTRICT HEATING APPLICATIONS.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS WHICH OF THE FOLLOWING SYSTEMS IS BEST SUITED TO APPLICATIONS REQUIRING LARGE QUANTITIES OF MAKE-UP AIR? A. TWO-PIPE HYDRONIC. B. ALL-AIR SYSTEMS. C. STEAM SYSTEMS. D. FOUR-PIPE SYSTEMS WITH FANCOIL UNITS.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS WHICH OF THE FOLLOWING SYSTEMS IS BEST SUITED TO APPLICATIONS REQUIRING LARGE QUANTITIES OF MAKE-UP AIR? A. TWO-PIPE HYDRONIC. B. ALL-AIR SYSTEMS. C. STEAM SYSTEMS. D. FOUR-PIPE SYSTEMS WITH FANCOIL UNITS.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS THE DISTANCE THAT AIR CAN BE THROWN QUIETLY FROM A SIDEWALL OUTLET IS APPROXIMATELY: A. 15 FEET. B. 30 FEET. C. 60 FEET. D. 120 FEET.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS THE DISTANCE THAT AIR CAN BE THROWN QUIETLY FROM A SIDEWALL OUTLET IS APPROXIMATELY: A. 15 FEET. B. 30 FEET. C. 60 FEET. D. 120 FEET.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS IN A LARGE, LOW CEILING OFFICE SPACE WHERE THE PRIMARY LOAD IS COOLING, WHICH OF THE FOLLOWING SUPPLY AND RETURN OUTLET LOCATION IS MOST APPROPRIATE? A. SUPPLY IN THE CEILING, RETURN IN THE FLOOR. B. SUPPLY AND RETURN IN THE FLOOR. C. SUPPLY AND RETURN IN THE CEILING. D. SUPPLY IN THE FLOOR AND RETURN IN THE CEILING.

EXAMINATION 3 REVIEW DISTRIBUTION SYSTEMS DELIVERY DEVICES UNITARY SYSTEMS HEAT PUMPS SPACE REQUIREMENTS & DESIGN CONSIDERATIONS AIR DISTRIBUTION APPROACHES APPLICATIONS SAMPLE QUESTIONS IN A LARGE, LOW CEILING OFFICE SPACE WHERE THE PRIMARY LOAD IS COOLING, WHICH OF THE FOLLOWING SUPPLY AND RETURN OUTLET LOCATION IS MOST APPROPRIATE? A. SUPPLY IN THE CEILING, RETURN IN THE FLOOR. B. SUPPLY AND RETURN IN THE FLOOR. C. SUPPLY AND RETURN IN THE CEILING. D. SUPPLY IN THE FLOOR AND RETURN IN THE CEILING.