HVAC FORMULATOR is the perfect tool for any Heating Ventilating and Air Conditioning Professional. This program contains nearly 200 formulas helpful HVAC Professionals. Sections include: Air Change, Airside, Boilers, BTU Conversions, Ductwork, Energy Values, Heating Design, Heating Requirements, Humidity, Loads, Pumps, Steam, Temperature, Waterside Systems, Conversions and Area Calculations. Heating design calculations include formulas such as: electric heating calculations, electric baseboard, Heat Tracing Cable, Gas Fired Radiant Ceiling formulas. HVAC FORMULATOR provides an easy was to quickly find what you need, you can search, mark formulas as favorites, or access recently used formulas.
HVAC FORMULATOR is the third version of a dynamic program, planned to develop and evolve. It was not our intent to include every possible HVAC formula in this program version. Additional formulas will be added over time. If there is a formula you would like us to add, please contact us and we will do our best to add that formula.
HVAC FORMULATOR formulas include:
Air Change Ratio Equations
Air Change Rate Per Hour
Air Change Rat Per Hour Metric
Air Flow Rate
AIRSIDE
Sensible Heat
Latent Heat Airside
Total Heat
Airside Metric
Sensible Heat Metric
Latent Heat (Lbs)
BOILER
Generational Efficiency
Generational Efficiency With Thermal
BTU CONVERSIONS
Btu to Calories
Btu to Cubic foot-Atm
Btu to Foot pounds
Btu to Foot-Lbf
Btu to Gram-Cal
Btu to Gram-Cms
Btu to Horsepower-Hr
Btu to Inch-Lbf
Btu to Joules
Btu to Kilocalories
Btu to Liter-Atm
Btu to Pounds-Cal
Btu to Watt-Hr
DUCTWORK
Velocity
Velocity Pressure
Total Pressure
Round Ductwork
Equivalent Round
ENERGY
Crude Oil
Motor Gasoline
Aviation Gasoline
Jet Fuel
Lpg
Propane
Ethanol
Butane
Kerosene
Residual Oil
Anthracite Coal
Bituminous Coal
Natural Gas
HEATING DESIGN
Electric Heating Unit
Electric Baseboard
Heat Tracing Cable
Hydronic Snow Melting
Gas-Fired Radiant Ceiling
Electric Heating Design Load
Hot Water Heating System Design
Boiler Design Capacity
Boiler Area
Baseboard Heating Load
Steam Heating System
Heating Capacity
HEATING REQUIREMENTS
Average Insulation
Good Insulation
HUMIDITY
Specific Humidity
Relative Humidity
Sensible Heat Humidity
Latent Heat Sensible
LOADS
Temperature Load
Heat from Lights
Heat from Electric Equipment
Heat from Machines
Open Expansion Tank
• Required Volume
Pressure in a Mixture
• Effective Pressure
PIPING
Area of Pipe Wall
Weight of Pipe
Cast-Iron Pipe
Steel Pipe
Copper Pipe
Steel Pipe Equations
Cross Sectional Area
Outside Surface Area Per Foot
Inside Surface Area
Total Area of Metal
Expansion in Plastic Piping
Expansion in Inch
Hazen William Friction Head Loss
Friction Head Loss
Equivalent Length
Piping Elbows
Piping Gate Valves
Pie Length Change Due to Temperature
Pipe Chase Size Change Due to length
Chase Width
Chase Depth
PUMP LAWS
Break Horsepower
Ft of Water
Pump Suction Head
REFRIGERATION
Chiller Unit Tonnage Output
Air Unit Tonnage Output
Chiller Coefficient
Compression Ratio
Mass Flow Rate
STEAM
Pounds Per Steam Per Hour
Condensate Loads Lbs of Steam
Water
Fuel Oil
Gas/Air
TEMPERATURE
Mixed Air
Mixing Two Liquids- Temperature
Final Temperature Mix
WATERSIDE SYSTEM
Total Heat Waterside
Evaporator Water Flow Rate
Condenser Water Flow Rate
Waterside Metric
• Total Heat Metric