Carrier TDP 702 COMFORT CONTROL PRINCIPLES
Technical Development Programs (Carrier TDP 702 COMFORT CONTROL PRINCIPLES) are modules of technical training on HVAC theory, system design, equipment selection and application topics. Targeting at engineers and designers who wish to develop their knowledge in this field to effectively design, specify, sell or apply HVAC equipment in commercial applications.
Although TDP topics developed as stand-alone modules, there are logical groupings of topics. The modules within each group begin at an introductory level and progress to advanced levels.
The breadth of this offering allows for customization into a complete HVAC curriculum – from a complete HVAC design course at an introductory-level or to an advanced level design course. Advanced-level modules assume prerequisite knowledge and do not review basic concepts.
You can also Read Carrier TDP 801 CONTROLS LEVEL 1 FUNDAMENTALS
Carrier TDP 702 COMFORT CONTROL PRINCIPLES Content
- Introduction
![Carrier TDP 702]( "Carrier TDP 702")
- Flow control devices
- Space temperature control strategies
- Simplified psychrometrics diagrams
- On-off control
- Coil discharge temperature control
- Reheat Control
- variable Air Volume (VAV)
- Face and Bypass Control
- Hot and Cold Air Blending
- Combination Of Basic control Startegies
- Humidity Control in Air Conditioning Systems
- part load operating conditions
- Summary
- work session
- Appendix
- References
- Work session answers
Air-conditioning systems maintain the desired indoor comfort level, starting with space temperature. Other comfort parameters include maintaining acceptable room humidity, air motion, air quality, and air purity. The relative importance of each system function depends upon the specific project and application. Zoning is required to maximize the number of spaces that are successfully conditioned to the design criteria. There are many different types of HVAC systems, and many more elements that can be used to achieve the heating and cooling capacity, provide ventilation, maintain humidity, distribute the air within the spaces, etc. This module will discuss various temperature control strategies and HVAC systems that can be employed to maximize comfort provided to the building occupants.
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