DOAS Controls (On Demand)

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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

Brought to you by CaptiveAire Systems Inc.
Worth 1 CEU

Prerequisite Knowledge: Basics of Psychometrics
Learning Objective 1: To understand the basics of dedicated outdoor air system (DOAS) technology, and how theyare used in modern building HVAC design.
Learning Objective 2: To understand required air stream monitoring and how this data is used in control systems tocomplete basic DOAS functions.
Learning Objective 3: To understand best control practices for successful DOAS outcomes. Review risks and pitfallsassociated with common overly complicated control strategies.
Learning Objective 4: To understand how to best practices for sustainable DOAS control strategies, ensuringsystems will operate at peak performance over the full life of the equipment.

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