PACKAGES, PDH HOURS Pkgs Range From $250 to $595
ASHRAE Fundamentals of HVAC Systems 35.0
ASHRAE Air-Conditioning System Design Manual 24.5
ASHRAE Fund Standards.Ventilation/Acceptable Indoor Air Quality 29
ASHRAE Fund of HVAC Control Systems 48
ASHRAE Fund of Standard 90.1 for Architects 18
ASHRAE Advanced Energy Design for Small Retail Bldgs 8.0
ASHRAE Sustainable Bldgs/High Performance System Design 31.0
ASHRAE Introduction to DDC (Digital Controls) for HVAC 12.5
ASHRAE Refrigeration Equipment 11.5
ASHRAE Fundamentals of Refrigeration 9.0
COURSE TITLE. PDH HOURS Courses Range by state From $13 to $95
AEDSMRB: Design Strategies and Recommendations 1.0
AEDSMRB: Quality Assurance 1.0
AEDSMRB: Building Envelope 1.5
AEDSMRB: Lighting 1.5
AEDSMRB: HVAC Equipments and Systems 1.0
AEDSMRB: Service Water Heating and Bonus Savings 1.0
AEDSMRB: Examples and Case Studies 1.0
GreenGuide: The Basics of Sustainable Design 5.0
GreenGuide: Commissioning 3.0
GreenGuide: LEED Guidance 3.0
GreenGuide: Integrated Design 3.0
GreenGuide: Indoor Environmental Quality 4.5
GreenGuide: Energy Conservation 8.5
GreenGuide: Plumbing and Fire Protection Systems 1.0
GreenGuide: Building Controls 2.5
FUND HVAC SYSTEMS: Introduction to HVAC Design 1.5
FUND HVAC SYSTEMS: An Introduction 3.5
FUND HVAC SYSTEMS: Thermal Comfort 2.0
FUND HVAC SYSTEMS: Ventilation and Indoor Air Quality 3.0H
FUND HVAC SYSTEMS: Zones 1.5
FUND HVAC SYSTEMS: Single-Zone Handlers & Unitary Equipment 3.0
FUND HVAC SYSTEMS: Multiple Zone Air Systems 2.0
FUND HVAC SYSTEMS: Hydronic Systems 2.5
FUND HVAC SYSTEMS: Hydronic System Architecture 2.5
FUND HVAC SYSTEMS: Central Plants 2.0
FUND HVAC SYSTEMS: Controls 2.5
FUND HVAC SYSTEMS: Energy Conservation Measures 3.5
FUND HVAC SYSTEMS: Special Applications 4.0
DDC HVAC: DDC Introduction to Hardware and Software 4.0
DDC HVAC: DDC Networks and Controls Protocols 4.0
DDC HVAC: Digital Controls Specification 4.0
A-CSD: The Design Process 2.5
A-CSD: HVAC System Selection Issues 1.0
A-CSD: Occupant Comfort and Health 1.5
A-CSD: Load Calculations 1.5
A-CSD: Air-Conditioning System Components—Source Equipment 2.0
A-CSD: Air-Conditioning System Components—Heat Transfer Equipment 1.0
A-CSD: Air-Conditioning System Comp—Pumps, Valves, Piping, Ductwork 1.5
A-CSD: Introduction to All-Air Systems 0.5
A-CSD: Single-Zone and Variable-Air-Volume All-Air Systems 1.0
A-CSD: All-Air Reheat Systems 0.5
A-CSD: Dual-Duct and Multizone All-Air Systems 1.5
A-CSD: Simple Rooftop All-Air Systems 0.5
A-CSD: Air-and-Water Systems 2.0
A-CSD: All-Water Systems 3.0
A-CSD: Special HVAC Systems 3.0
A-CSD: HVAC&R Controls 1.5
Ref Equipment: Evaporators 1.5
Ref Equipment: Compressors 2.5
Ref Equipment: Condensers 1.5
Ref Equipment: Pipes, Valves and Pumps 2.0
Ref Equipment: Expansion Devices 2.0
Ref Equipment: Pressure Vessels 2.0
Fund of Refrigeration: Heat Transfer and the Basic Refrigeration Cycle 1.5
Fund of Refrigeration: Thermodynamic States, Properties, And Laws 2.0
Fund of Refrigeration: Psychrometrics 1.0
Fund of Refrigeration: Multi-Stage And Cascade Refrigeration Cycles 2.0
Fund of Refrigeration: Refrigeration System Parameters And Performance 0.5
Fund of Refrigeration: Refrigerants 2.0
Overview of Mechancial Systems 1.0
Burner Management System 1.0
Chemical Batch Process Quality Management - Communication 1.0
Ethics: Easy to Argue About, Hard to Follow 1.0
Hydraulic Power Systems 1.0
Considerations When Installing a Steam Conditioning Valve 1.0
Texas Professional Engineer Conduct and Ethics 1.0
Ethical Considerations with Low-Lethality Weapons 1.0
Hot Taps and Line Stops 1.0
Interviewing – 10 Rules for Success 1.0
Standards – from Genesis to the WWW 1.0
Underground Line Cutting Safety 1.0
SAMPLE PACKAGE/COURSE DESCRIPTIONS
ASHRAE - Fundamentals of HVAC Systems
Course Description:
The Fundamentals of HVAC Systems ncludes:
- On-demand, interactive course of 13 online courses
- Completion certificate for 35 PDHs
Separate Inch-Pound and SI / metric versions are available.
A thorough introduction to how HVAC systems control temperature, air quality, and air circulation in a conditioned space.
After completing this course, you will understand:
- The objectives to be achieved by an HVAC system in terms of environmental control.
- The description of a system - including primary equipment, means of distribution, space and load determination, and operating strategy.
- The basic function of components that form HVAC systems.
- The layout and functioning of common HVAC systems, including all-air systems, air-water systems, and all-water systems.
- The strategies for operating systems and their basic means of control.
- Identifying the most suitable type of system for different types of applications.
Ideal for:
- Recent engineering graduates working in HVAC&R
- Engineers entering HVAC&R from another area
- Construction or building management professionals wanting to increase their knowledge of HVAC systems.
Learning Objectives:
The 13 online courses help you to understand:
- Introduction to air-conditioning, the environmental factors influencing comfort, and how to determine and prioritise system design objectives
- How to understand and use simple psychrometric charts, description of basic system components and operation of the economizer cycle
- Understanding the factors determining thermal comfort and the comfort envelope to design systems that operate within acceptable ranges
- Understanding the types, sources and effects of air contaminants and how to control them, and the basic concepts of ASHRAE Standard 62.1
- How to define zones and place thermostats effectively
- Calculating and maintaining mixed air temperature with Single-zone Air Handlers and Refrigeration Equipment
- How to describe and sketch the common all-air systems, and discriminate between the advantages and disadvantages of each
- Components, strengths and weaknesses of hydronic systems, the effects of varying water flow and considerations for effective ventilation
- General operation and layout of Steam Systems and Water Systems : Hot Water, Chilled Water and Condenser Water Systems
- The value of Central versus Distributed Plants, the significance of pressure in boilers, the operation of chillers and cooling tower performance
- Understanding types of controls and control loops, DDC point types and protocol to ensure communication between DDC systems
- How to save energy in operation and design of HVAC systems, overview of ASHRAE Standard 90.1, Heat Recovery and Control of Building Pressure
- Radiant Heating and Cooling, Thermal Storage, Room Air Distribution and Humidity Control
Courses :
Each of the Full-Length Course’s 13 Modules are available separately as a Short Course.
Our online training courses can't be beat. Also our online certification classes are the best you can find anywhere.
13 Courses from HVAC Systems (I-P and SI) PDHs
Introduction to HVAC Design 1.5
HVAC Systems: An Introduction 3.5
HVAC Systems: Thermal Comfort 2
HVAC Systems: Ventilation & IAQ 3
HVAC Systems: Intro to Zones 1.5
HVAC Systems: Single-Zone Handlers & Unitary Equipment 3
HVAC Systems: Multiple-Zone Air Systems 2
Engineer CE, ASHRAE courses, Green Guide training, AEDSMRB training, fundamentals of hvac system, ddc hvac training, refrigeration equipment training, fundamentals of refrigeration training, A-CSD training
