HVAC Refrigeration Basics
For more HVAC Refrigeration Basics, see:
Industrial Refrigeration Training
This video provides the answer to the HVAC 3 Question from:
watch this industrial training video on YouTube
You can download or take the Refrigeration HVAC training certificate course online. The course covers the AC portion of HVAC, including Sensible Heat, Latent Heat, Sub‑Cooling, and Super‑Heating. It is available as a downloadable program or as an online HVAC training course.
Gain a complete understanding of the refrigeration cycle and air‑conditioning cycle, as well as air‑conditioning basics. The topics covered in this HVAC training course greatly assist with refrigerator and AC maintenance and repair.
With the downloaded version of the HVAC certificate course, you keep it permanently, so you can use it as a reference for refrigerator repair and AC repair/maintenance.
Course Highlights:
• In‑depth coverage of Air Conditioning & Refrigeration Cycle Basics
• Both Vapor Compression and Absorption Refrigeration Cycles
• Extensive 2D/3D graphics, animations, skill tests, and certificate printouts
• Ideal for HVAC mechanics, apprentices, installers, technicians, and instructors
• Valuable for electricians, plumbers, pipefitters, steamfitters, boilermakers, PV installers, and industrial/building maintenance professionals
Side Note – Refrigeration vs. Air Conditioning:
Air conditioners disperse cool air, while refrigerators contain it. Air‑conditioning units circulate cool air away, while refrigeration systems circulate cool liquids and gases inside a sealed system. Air conditioners typically use pounds of coolant; refrigerators use ounces. Air conditioners vaporize liquid through evaporation, while refrigeration systems vaporize through boiling.
#HVACTraining #RefrigerationBasics #BIN95
00:00 Introduction to Triple‑Fluid Vapor Absorption Systems
01:06 Components: Ammonia, Water, and Hydrogen
01:22 System Overview and Typical Refrigerator Setup
01:54 Heating the Strong Solution in the Generator
02:02 Bubble Pump and Separator Operation
02:23 Weak Solution Flow Back to the Absorber
02:30 Condensing Ammonia Vapor into Liquid
02:43 Preventing Hydrogen Backflow with Liquid Seals
02:56 Evaporation and Partial Vapor Pressure Explained
03:24 How Hydrogen Enables Low‑Temperature Evaporation
Industrial Refrigeration Training
This video provides the answer to the HVAC 3 Question from:
watch this industrial training video on YouTube
You can download or take the Refrigeration HVAC training certificate course online. The course covers the AC portion of HVAC, including Sensible Heat, Latent Heat, Sub‑Cooling, and Super‑Heating. It is available as a downloadable program or as an online HVAC training course.
Gain a complete understanding of the refrigeration cycle and air‑conditioning cycle, as well as air‑conditioning basics. The topics covered in this HVAC training course greatly assist with refrigerator and AC maintenance and repair.
With the downloaded version of the HVAC certificate course, you keep it permanently, so you can use it as a reference for refrigerator repair and AC repair/maintenance.
Course Highlights:
• In‑depth coverage of Air Conditioning & Refrigeration Cycle Basics
• Both Vapor Compression and Absorption Refrigeration Cycles
• Extensive 2D/3D graphics, animations, skill tests, and certificate printouts
• Ideal for HVAC mechanics, apprentices, installers, technicians, and instructors
• Valuable for electricians, plumbers, pipefitters, steamfitters, boilermakers, PV installers, and industrial/building maintenance professionals
Side Note – Refrigeration vs. Air Conditioning:
Air conditioners disperse cool air, while refrigerators contain it. Air‑conditioning units circulate cool air away, while refrigeration systems circulate cool liquids and gases inside a sealed system. Air conditioners typically use pounds of coolant; refrigerators use ounces. Air conditioners vaporize liquid through evaporation, while refrigeration systems vaporize through boiling.
#HVACTraining #RefrigerationBasics #BIN95
00:00 Introduction to Triple‑Fluid Vapor Absorption Systems
01:06 Components: Ammonia, Water, and Hydrogen
01:22 System Overview and Typical Refrigerator Setup
01:54 Heating the Strong Solution in the Generator
02:02 Bubble Pump and Separator Operation
02:23 Weak Solution Flow Back to the Absorber
02:30 Condensing Ammonia Vapor into Liquid
02:43 Preventing Hydrogen Backflow with Liquid Seals
02:56 Evaporation and Partial Vapor Pressure Explained
03:24 How Hydrogen Enables Low‑Temperature Evaporation