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Online HVAC Design Training Course

We are providing best Online HVAC Design Live Intraction Training               More information regarding Online HVAC Desig COurse please contact Us On M-8467024957,7838919111,7531923094.               

Online Hvac Design Training Course

We are leading institute in Indian who offer Online HVAC design course and offline HVAC Design Training. Heating, ventilation and air conditioning system (HVAC) is very important in the design of medium to large industrial and office buildings and in marine, where safe and healthy building conditions are regulated with respect to temperature and humidity, using fresh air from outdoors.

Advance group of Institute which is India`s No.1 government certified Institute providing Online HVAC system design is a sub discipline of mechanical engineering, based on the principles of thermodynamics, fluid mechanics, and heat transfer.

Online Heating, Ventilation, and Air Conditioning (HVAC) is the technology of indoor environmental comfort that has now become the required industry standard for the construction of new buildings. Efficiently designed and operated HVAC systems are vital to sustaining healthy building indoor environments

Our course instills smart, sustainable technologies and offers hands-on experience with 100% placement support. Collaborate with other construction project stakeholders on major industrial, commercial, residential, and retail projects with Advance group of Institutions online HVAC Design Training in Dubai, Sudan, Nigeria, Egypt, Bangladesh, South Sudan, South Africa, Oman, Qatar, Dubai, Kuwait, UAE, Australia , United kingdom. America, Nigeria, and rest of world

Introduction to HVAC

  • Scope of HVAC Industry with overview of Consulting & Construction industry
  • Concepts of Air conditioning systems
  • Principles of air conditioning
  • Refrigerant cycle
  • Chilling system
  • Cooling
  • Heating
  • Humidification Methods
  • Dehumidification Methods
  • Filtration
  • Air-conditioning systems
  • Local cooling comfort System
  • Window Air conditioning
  • Split Air conditioning
  • VRV- Air conditioning
  • Chilled water Fan coil unit
  • Central Air Conditioning System
  • Chilled water system
  • Psychometric chart
  • Properties of Air (DBT, %RH, WBT, , DPT, ENTHALPY.)
  • Refrigerant
  • Types of Refrigerant
  • Evaporating & Condensing properties of refrigerant
  • Refrigerant Pipe sizing methods

Heat Load Estimation

  • Basics of Heat transfer in a building envelop
  • Understanding of Outdoor & Indoor Conditions
  • Correction to Outdoor temperature & Indoor temperature requirements
  • Exposure of Wall, Latitude of Location, Yearly Range, Daily Range etc
  • Factors effecting the loads estimate
  • Sources of Heat Gain
  • External- Sun Gain through Glass/Window, SunGain through Roof/Wall, Partition gain
  • Internal - People, Lights, Electrical Equipments, Motors, Kitchen Appliances, Heat gain through Infiltration air, Heat gain thorough Ventilation & By-pass air, Heat gain through ducts. Calculating RSH, RLH,OASH,OALH, GTH, ESHF, ADP, Dehumidified CFM
  • Heat loss calculations
  • Basics of Heat loss in a building envelop
  • Sources of Heat loss
  • Heat loss through Glass/window, Heat loss through Roof/Wall
  • Heat loss through Partition Glass/wall/Floor/slab
  • Heat loss through Infiltration air/Ventilation air & Bypass air
  • Heat loss through slab on Grade

Design of Air Distribution System

  • Components of Air distribution system
  • Types of Ducts, Duct Fittings, Dampers, Types of Diffusers, Return Air Grill, Flexible Duct, Flexible Connector, End Cap, Sound Attenuator etc
  • Duct Elbows selections (Long radius, Short radius-No throat, Throat elbows, with heel radius, throat radius & radius of elbow)
  • Vanes location & number of vanes required
  • Duct Material Calculation- GI sheet, Total sheet required in kgs. Gauge of duct & Thickness of Gauge. Hanger Spacing, Hanger Rod Diameter and Angle support Size
  • Duct designing methods
  • Fixed Velocity method
  • Equal friction Method
  • Static regain method
  • Fan selection
  • Static pressure calculation
  • Supply & Return Duct configuration, Assigning Velocity of Air (FPM) to each Section of Supply and Return Duct
  • Low Velocity system
  • Medium Velocity System
  • High Velocity System
  • Components of Air Distribution (Duct) System, Supply and Return Duct configurations (Extended Plenum Systems, Radial System, Trunk and Branch system)
  • Stair Well Pressurization System Designing Design of Ventilation system.
  • Introduction to Ventilation system
  • Types Of Ventilation
  • Components of Ventilation system
  • Restaurant Kitchen Ventilation
  • Residence Kitchen Ventilation
  • Basement parking Ventilation
  • Basement Ventilation In case of Fire
  • DG ,GG & GT Exhaust Seytem

Chilled Water system design

  • Introduction to Chilled water system, Hot watersystem
  • Classification of chillers
  • As per Evaporator
  • As per Condenser
  • As per compressor
  • Chiller arrangements, Cooling tower arrangement, Types of cooling tower & Expansion tank connections
  • Pumps required in Chilled water system
  • Production Pumps
  • Distribution Pumps
  • Pump Classifications
  • Chilled water system pipe designing
  • Pipe designators, Piping standards
  • Piping fittings and Components
  • Valves used in Chilled water system
  • Chilled water and Hot water GPM calculation
  • Calculation of Water Velocity FPS on Suction and Discharge side of Pump
  • District Cooling System
  • Friction loss calculation for the piping system
  • Friction Loss in Straight Pipes
  • Friction Loss in Straight Pipes
  • Friction Loss in Fittings
  • Valves used in Chilled Water System
  • Friction Loss in Valves & Special components
  • Calculating TDH for Pump (Open Piping System and Closed Piping System)
  • Pipe Sizing Manual Method Hazen-Williams Equation for Calculating Friction Loss
  • Pump Cavitations & NPSH Calculation for Pump

Equipment Selection

  • AHU&FCU classification and selection
  • Package Unit Selection DX- Chiller Selection
  • Condenser Selection (Air cooled, Water Cooled, Evaporative)
  • Cooling Tower Selection Mixed Air Temperature HRF for Open and Closed Compressor
  • Expansion Tank Selection

Erection of Equipments

  • Detailing& Installation of Chillers
  • Detailing& Installation of Air handling units<l/i>
  • Detailing& Installation of Package units
  • Detailing& Installation of Fan coil units
  • Detailing& Installation of Condensing units

Estimation of Project

  • Understanding the tendering requirements
  • Take Off Sheet
  • Preparing Inquiry for Suppliers
  • Preparing Rate of Analysis
  • Finalizing the suppliers
  • Final Billing & Quotations finalization

Documents Approvals

  • Preparation of Material submittals
  • Shop drawing submittals
  • Approval Drawings
  • Tender Drawings
  • Working Drawings
  • Co-ordination Drawings
  • As Built Drawings
  • Preparation of BOQ and design documents
  • Technical Specifications

Project Procurement works

  • Identifying the critical equipments
  • Preparation of purchase orders
  • Letter of Intent
  • Letter of credit
  • Minutes of meeting

Drafting of HVAC Systems

  • Introduction to Drafting
  • Types of Drawings used in the industry
  • Study & Preparation of Floor Drawings
  • Roof Drawings
  • Sectional Drawings
  • Builders Work Drawings
  • Co-ordination Drawings &Riser Diagram
  • Abbreviations & Symbols used

Regular Batch

Duration: Two Months
Schedule : Monday to Friday

Weekend Batch

Duration: Two Months

Schedule: Saturday and Sunday

Only Sunday Batch

Duration:Three Months
Schedule: Sunday

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