Tons of Refrigeration and CFM Calculations
This Course will enable to do Estimated Heat Load Calculations, which will be useful for you to Select an proper Equipment for the Building / Space to which you are going to Air Conditioning.
What you’ll learn
- Survey of Building & Cooling Load Steps.
- Cooling Loads Identification & Estimation.
- Finding Transmission Coefficient Values.
- Heat Gains Through Walls, Glass, Roof, Partition.
- Finding Ventilation requirement for IAQ.
- ESHF, ADP & Air Flow Rate (CFM) Calculation.
- Sample Project.
Course Content
- Heat Load Calculation –> 7 lectures • 2hr 6min.
Requirements
This Course will enable to do Estimated Heat Load Calculations, which will be useful for you to Select an proper Equipment for the Building / Space to which you are going to Air Conditioning.
Survey of Building & Cooling Load Steps
While doing building survey following information are to be collected:
Architectural Layout,
Surrounding Conditions,
Internal source of heat,
People,
Lights,
Equipment’s,
Partitions,
Floors,
Ventilation Requirements,
Hours of Operation,
Continuous
Intermittent
Outdoor design conditions,
Indoor design conditions.
Cooling Loads Identification & Estimation
As per Location we gather Outdoor Design Conditions
Application of the Space / Building we gather Indoor Design Conditions Required
Finding Transmission Coefficient Values of Materials of Wall, Glass, Slab and Partitions.
The U-Value of different materials are to be taken from the Standard Tables (ISHRAE or ASHRAE)
Heat Gains Through Walls, Glass, Roof, Partition
The Values are to be taken from Standard Tables (ISHRAE or ASHRAE)
Finding Ventilation requirement for IAQ (Indoor Air Quantity)
ESHF, ADP & Air Flow Rate (CFM) Calculation
This topic is very important as it determines the values required to do the selection of Equipment.
Sample Project – After learning all the above topics we need to implement the same on an real time project, at this learning stage no company provides the opportunity to do Design Calculations on Real time project. So we are giving you all the details given in an Real time environment, you will see all the calculations learnt in this Course being performed on this project.