
Explore the trailer's role in automobile air conditioning systems within automotive engineering, outlining key design considerations and its impact on cooling performance and efficiency.
Explore the fundamentals and key components of automobile air conditioning, compare inverter and non-inverter systems, and cover fuel efficiency, pressures, services, and common refrigerants.
Explain the principle of air conditioning: high pressure liquid becomes low pressure gas to absorb heat, lowering temperature, while the blower pushes cool air through the dashboard vents.
Identify the five key components of automobile air conditioning: compressor, condenser, receiver/dryer, expansion valve, and evaporator. The video explains each part's role in cooling cabin air.
Inverter vs non-inverter air conditioners: inverter units offer variable speed, while non-inverter units use fixed-speed compressors that cycle on and off, relevant to automotive cooling.
Understand the basic refrigerant cycle of an automobile air conditioning system, from compressor to evaporator, including condenser, dryer with desiccant, and expansion valve, to cool the car cabin.
Using the air conditioner at highway speeds can be more fuel efficient than open windows due to reduced drag, and lecture mentions tire inflation and minimizing idling as economy tips.
Compare two automobile air conditioning systems: expansion valve and fixed orifice tube, detailing how the expansion valve regulates refrigerant flow by temperature while the orifice tube provides a fixed nozzle.
Discover how proper pressure and temperature enable evaporation and condensation in automotive air conditioning, and how filters, duct cleaning, and pressure differentials prevent corrosion and sludge.
Explore the refrigerant cycle, with freon as the refrigerant, its evaporation to produce cooling, and typical air conditioning services, including two-year recharge cycles.
After doing this course, you will be able to understand the basics working principle of of automobile air conditioning system HVAC. How automobile air conditioning system works and its principle, parts, and its working and working of each of its parts in the easiest way possible. This course is made for absolute beginners. We will study few important topics that you should know.
The course will cover all of the following topics in great detail:
· Principle Of Air Conditioning
· Parts of Air Conditioning System
· Vehicle Air Conditioning System Simplified
· Can Automobile AC be Fuel Efficient
· Types of Air Conditioning System in Automobile
· Difference between Invertor and Non-Invertor Air Conditioners
· Importance of Pressure in an HVAC System
· Air Conditioning Services
· Refrigerant used inside an Air Conditioner
All the recourses shown in the video will be provided to you when you enroll in this course. This course will help you understand many concepts about Air conditioning systems of automobile. (HVAC)
You will understand the air conditioning system in great depth and you will know how they work, their principle, working of each part and much more.
So, ENROLL in the course now and start a new journey towards knowing Air Conditioning Systems of Automobiles.