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FAC210: Facilities Air Conditioning Systems
– 4 credits
Fundamental principles of air conditioning including all-air, all-water (hydronic) and air-water combination systems. Overview of the physical principles, including air distribution systems and heating and cooling load calculation. System components and application theory for boilers, chillers, pumps, fans, and cooling towers. Theory and application of central air conditioning systems, air cleaning and humidification devices, pressure boosting, heat storage, expansion and pressurization equipment. Properties of water, pressure distribution in hydronic systems, flow in pipes, pressure drop/head loss, pump applications and pressurization of open and closed hydronic systems. Fundamentals of low and high temperature water systems. Prerequisites: A grade of C or better in HVA130 or permission of Department.
Class#
Location
Delivery
Dates
Days
Times
Instructors
Availability
16539
GateWay
SO Bldg - Lab Room 1340
Hybrid
08/29 –
12/12
Fall 2025
F
6:00PM – 9:50PM
- B. Martz
Closed
No Seats Available
-
Notes
- Notes: Hybrid classes incorporate multiple methods of instruction including in person and online learning. Attendance in scheduled class sessions are mandatory. Students are required to have access to a computer or mobile device, internet access, a webcam, speaker, and microphone; unless otherwise specified. CANVAS is used as the learning management system.
-
Textbook info pending
FAC210: Facilities Air Conditioning Systems – 4 credits
Fundamental principles of air conditioning including all-air, all-water (hydronic) and air-water combination systems. Overview of the physical principles, including air distribution systems and heating and cooling load calculation. System components and application theory for boilers, chillers, pumps, fans, and cooling towers. Theory and application of central air conditioning systems, air cleaning and humidification devices, pressure boosting, heat storage, expansion and pressurization equipment. Properties of water, pressure distribution in hydronic systems, flow in pipes, pressure drop/head loss, pump applications and pressurization of open and closed hydronic systems. Fundamentals of low and high temperature water systems. Prerequisites: A grade of C or better in HVA130 or permission of Department.
| Class# | Location | Delivery | Dates | Days | Times | Instructors | Availability |
|---|---|---|---|---|---|---|---|
|
16539
|
GateWay
SO Bldg - Lab Room 1340 |
Hybrid
|
08/29 –
12/12
Fall 2025 |
F
|
6:00PM – 9:50PM
|
|
Closed
No Seats Available |
|
|||||||