Free download » Free download video courses » HVAC Heat Load calculation for Small Room |HVAC| Air Cond
| view 👀:59 | 🙍 oneddl | redaktor: Delcan | Rating👍:

HVAC Heat Load calculation for Small Room |HVAC| Air Cond

HVAC Heat Load calculation for Small Room |HVAC| Air Cond
HVAC Heat Load calculation for Small Room |HVAC| Air Cond

Instructors: Muhammad Asif Nadeem
4 sections • 8 lectures • 49m
Video: MP4 1280x720 44 KHz | English + Sub
Updated 3/2022 | Size: 707 MB

Heat Load estimation for Air Conditioners | Heat Load calculation | Ton of Air Conditioning | Ton of Refrigeration

What you'll learn
Can Calculate the Exact capacity of Air Conditioner required to be installed in a Room
Can Estimate the Requirement of Air Conditioner capacity in Ton for a Room
Comprehend the basic function of Air Conditioner
Understand the parameters on which Air Conditioner Works
Comprehend the Ton of Air Conditioning & Refrigeration precisely

Requirements
No Skill Required

Description
In Today's era the use of Air Conditioners is almost on rising trend. Because comfortable environment regardless of weather outside is a basic need of every human being.

If the air conditioner is installed less than the required capacity, then it will be over burdened and life will also be shortened. On the other hand if air conditioner is more than the required capacity it will be wastage of money.

It is also a fact that the exact estimation of air conditioner's capacity in Tons is not known by majority of our users. Even there are very less HVAC technicians who are aware of this knowledge.

In this course a simple and easy to understand method will be explained, by which every moderate literate person can estimate the exact requirement of the air conditioners for his room. Because, its the first step towards the creation of the comfortable environment in a room or closed space.

Whereas, Air Conditioners can fulfill the needs of both residential and commercial purposes.

Basically Air Conditioner is meant for two types of installations:-

1. To create a comfortable environment for Human/animals in a closed space.

2. To create a comfortable environment for the equipment/machinery.

For both purposes air conditioner is required regardless of outside weather. Because an air conditioner can produce heating and cooling in order to meet all weather conditions.

The formulae and the basics of the heat load load estimation have been well explained here.

Who this course is for
House Owners
Construction Contractors
Builders
Civil Engineers
Electrical Engineers
Mechanical Engineers
HVAC Technicians
Home Appliances Repair Technicians
Home Appliances wholesale dealers
Air Conditioner manufacturing companies owners
Refrigeration & Air Conditioning technicians

PLEASE SUPPORT ME BY CLICK ONE OF MY LINKS IF YOU WANT BUYING OR EXTENDING YOUR ACCOUNT
https://nitro.download/view/3673F990DEDAEAA/BaDshaH.HVAC_Heat_Load_calculation_for_Small_Room_HVAC_Air_Cond.rar

https://rapidgator.net/file/d90be91b79bde423eaa95b2f727bfd26/BaDshaH.HVAC_Heat_Load_calculation_for_Small_Room_HVAC_Air_Cond.rar.html


https://uploadgig.com/file/download/9f04cbc5dd9BD1f6/BaDshaH.HVAC_Heat_Load_calculation_for_Small_Room_HVAC_Air_Cond.rar

⚠️ Dead Link ?
You may submit a re-upload request using the search feature. All requests are reviewed in accordance with our Content Policy.

Request Re-upload
📌🔥Contract Support Link FileHost🔥📌
✅💰Contract Email: [email protected]

Help Us Grow – Share, Support

We need your support to keep providing high-quality content and services. Here’s how you can help:

  1. Share Our Website on Social Media! 📱
    Spread the word by sharing our website on your social media profiles. The more people who know about us, the better we can serve you with even more premium content!
  2. Get a Premium Filehost Account from Website! 🚀
    Tired of slow download speeds and waiting times? Upgrade to a Premium Filehost Account for faster downloads and priority access. Your purchase helps us maintain the site and continue providing excellent service.

Thank you for your continued support! Together, we can grow and improve the site for everyone. 🌐

Comments (0)

Information
Users of Guests are not allowed to comment this publication.