The Refrigeration Cycle (On Demand)

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: None.
Learning Objective 1: To understand the fundamental thermodynamic properties exhibited in the Refrigeration Cycle.
Learning Objective 2: To understand the varying properties and benefits of working fluids/refrigerants and how to interpret their P-H diagrams.
Learning Objective 3: To understand the methods of HVAC equipment design by understanding real vs. ideal cycles.
Learning Objective 4: To understand the impacts of modulating equipment on cycle efficiency.

For access, contact Mary Atwood at [email protected]
720-772-9971