A room as shown below with a floor to ceiling height of 3.0 meters is to be air conditioned at 22°C and 50% relative hum
Posted: Mon May 02, 2022 2:54 pm
A room as shown below with a floor to ceiling height of 3.0 meters is to be air conditioned at 22°C and 50% relative humidity, determine the air conditioner load in tons of refrigeration. Design for summer condition with ambient temperature is 36°C. Requirement 1. Make a floor plan (drawn using a standard metric scale) with label and dimensions 2. Summary of assumptions and design conditions, and 3. Detailed computations. Follow this format of Presentation below: I FLOOR PLAN 5000 1 SHO LAVATORY WC OOTY GIRL SEPONG AREA 8000
OTOMOW MOO IL III. SUMMARY OF ASSUMPTIONS & DESIGN CONDITIONS DETAILED COMPUTATIONS SUMMARY OF COOLING LOAD CALCULATION APPLICATION (PROJECT): PHYSICAL DATA OF SPACE: SPACE AREA (sg.m.): CEILING HEIGHT (meters): ROOM DESIGN DESIGN FOR PEAK LOAD: DAY(Sunny) CONDITION TIME OF DAY: TEMP OUTDOOR TEMP desc RH: deg. % LOAD SOURCES Area (A) Cooling Factor (CF) Conductance (U) COOUNG LOAD SENSIBLE HEAT LOADS: 1.) Exterior Opaque Surfaces 2) Exterior Transparent Surfaces 3.) Partitions to unconditioned space 4.1 VentilationInfiltration 5.) Occupants and Appliances 6. Distribution TOTAL SENSIBLE HEAT LOAD LATENT HEAT LOADS 1. Ventilation infiltration 2 Internal gain TOTAL LATENT HEAT LOAD TOTAL HEATICOOLING LOAD (Sum of Total Sensible Heat & Total latent Heatloads) TOTAL COOLING LOAD INTOR
OTOMOW MOO IL III. SUMMARY OF ASSUMPTIONS & DESIGN CONDITIONS DETAILED COMPUTATIONS SUMMARY OF COOLING LOAD CALCULATION APPLICATION (PROJECT): PHYSICAL DATA OF SPACE: SPACE AREA (sg.m.): CEILING HEIGHT (meters): ROOM DESIGN DESIGN FOR PEAK LOAD: DAY(Sunny) CONDITION TIME OF DAY: TEMP OUTDOOR TEMP desc RH: deg. % LOAD SOURCES Area (A) Cooling Factor (CF) Conductance (U) COOUNG LOAD SENSIBLE HEAT LOADS: 1.) Exterior Opaque Surfaces 2) Exterior Transparent Surfaces 3.) Partitions to unconditioned space 4.1 VentilationInfiltration 5.) Occupants and Appliances 6. Distribution TOTAL SENSIBLE HEAT LOAD LATENT HEAT LOADS 1. Ventilation infiltration 2 Internal gain TOTAL LATENT HEAT LOAD TOTAL HEATICOOLING LOAD (Sum of Total Sensible Heat & Total latent Heatloads) TOTAL COOLING LOAD INTOR