HVAC Design Fundamentals

$597.00

Description

HVAC Design Fundamentals

PDH Credit: 24.0 hours
CEU Credit: 2.4 hours

HVAC Design Fundamentals

HVAC Design Fundamentals

  • HVAC Design Fundamentals
    • Thermodynamic and Refrigeration Cycles
    • Fluid Flow
    • Thermal Comfort
    • Indoor Environment
  • Heat Transfer
    • Conduction
      • Steady-State Conduction
      • Unsteady-State Conduction
    • Convection
    • Radiation
    • Heat Transfer Through Walls
    • Heat Transfer Through Roofs
    • Heat Transfer Through Glass
    • Heat Transfer Through Floors and Interior Partitions
  • Psychrometrics
    • Wet-Bulb and Dew Point Temperatures
    • Cooling and Dehumidification
    • Heating and Humidification
    • The Psychrometric Chart and The Air Conditioning Process
  • Heating and Cooling Load Calculations
    • Design Conditions and Heat Storage
    • Heating and Cooling Load Calculations – Lighting
    • Heating and Cooling Load Calculations – Occupants
    • Heating and Cooling Load Calculations – Equipment
    • Heating and Cooling Load Calculations – Infiltration
    • Heating and Cooling Load Calculations – Ventilation
  • Ventilation and Indoor Air Quality
    • Indoor Air Quality
    • Natural Ventilation
    • forced Air Ventilation
    • Infiltration
  • Static Pressure Calculations
    • Air Systems
    • Water Systems
    • Impact On System Components
    • Impact On Total System – Capacity and Efficiency
  • Pumps and Piping Design
    • Introduction to Pumps and Piping Design
    • Chilled Water
    • Condenser Water
    • Heating Hot Water
    • Refrigerants
  • Air Distribution
    • Introduction to Air Distribution
    • Fans
    • Ductwork
    • Air Devices
    • Acoustics, Velocity, Thermal Zones
  • Equipment Selection
    • Air-Cooled Equipment
      • Chiller
      • Water Treatment
      • Pumps
    • Water-Cooled Equipment
      • Cooling towers
      • Chillers
      • Water Treatment
      • Pumps
    • Air and Water Systems
      • Air Handling Units
      • Fan and Coil Units
    • Design and Construction Considerations
  • Heating
    • Boilers, Pumps, Water Treatment
    • Heat Exchangers, System Design
  • Building Controls
    • Sequence of Operation
    • Building Controls
    • Intent of Controls
    • Specifications
  • Building Codes
    • International Mechanical Code
    • ASHRAE 62.1
    • International Energy Conservation Code
    • ASHRAE 90.1
    • International Building Code
    • NFPA 90a and NFPA 90b
    • ASHRAE 180
  • Specifications
    • Sections 230513 Thru 238413
    • Sections 232113 Thru 233813
    • Sections 234100 Thru 235533
    • Sections 235700 Thru 237433
    • Sections 238113 Thru 238413

If there is anything I can do for you, please do not hesitate to ask.

To Your Success …

Jeff Setzer, PE

This course may qualify for up to 24 PDH (Professional Development Hours)/2.4 CEU (Continuing Education Units.)
Check HERE to verify your state board’s acceptance of this course for PDH/CEU credit.
An end of course examination will be required to obtain the PDH/CEU credits.

If you have any questions or comments while working through HVAC Design Fundamentals, please do not hesitate to contact me.
I’d also appreciate your feedback once you’ve completed the guide.

HVAC Design Fundamentals

ASHRAE