Armstrong University Courses

In this course, you will:

• Learn the steam and water absorption theory for humidification.
• Learn how steam and water humidification design affects absorption distance.

Objectives:

• Electrode steam humidifier benefits
• Typical electrode steam humidifier applications
• Electrode steam humidifier principles of operation
• Best practices for installation and maintenance

In this course, you will learn about:

• Gas Fired Steam Humidifier benefits
• Typical Gas Fired Steam Humidifier applications
• GFH principles of operation
• Best practices for installation and maintenance

In this course, you will learn about:

• HVAC humidity and temperature sensor technologies
• Various methods for humidity control in central systems
• Best practices for installation and accurate humidity control

In this course, you will learn about:

• Hydro-Pneumatic humidifier benefits
• Typical Hydro-Pneumatic humidifier applications
• Principles of operation
• Best practices for installation

In this course, you will learn about:

• Pressurized steam humidifier benefits
• Typical pressurized steam humidifier applications
• Best practices for pressurized steam humidifier installation

Course Objectives:

• Define how psychrometrics are used in HVAC Design
• Explain what each line in the psychrometric chart represents
• Provide psychrometrics examples for heating, humidifying, cooling, dehumidification and mixed air processes

In this course, you will learn about:

• Resistive Heating Element steam humidifier benefits
• Typical Resistive Heating Element humidifier applications
• Principles of operation
• Best practices for installation and maintenance