Hvac Training Course

8/9/2019 Hvac Training Course

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Engineering Design

& Power Training

InstituteRecognition & Approvals

Associat ion of Power & Design Engineers (APDE)

An ISO 9001: 2008 Cert if ied Inst itute

Courses P G Diploma in Piping Design & Details Engineering

P G Diploma in Power Plant Design Engineering

P G Diploma in Hydro Power Plant Design Engineering

P G Diploma in Industrial Automation Engineering(PLC/SCADA)

Electrical Design Engineering

Process Design Engineering

Civil & Structure Design Engineering

Heating Ventilation & Air Conditioning Systems Engineering (HVAC)

Instrumentation Design Engineering

Computational Fluid Dynamics(CFD)

Bridge Design Engineering

Embedded System Design

SCO-250, 2nd Floor,

Sector-16, Panchkula,

Chandigarh/Tricity

Tele: 0172-50575 70/71

Email: [email protected]

Web: www.edpti. comEDPTI



HVAC

Design

Engineering

Course Mode

Full Time

Part Time

Distance Mode

Online Mode

Duration : 1.5 Month

Duration : 3 Month

Duration : 6 Month

Duration : 3 Month

Eligibility

Opportunities & Scope

B.Tech/BE in Electrical/ Mechanical/ Production Engineering

Diploma in Electrical/ Mechanical/ Production Engineering

The whole program is divided into twophases the first phase is based uponstudy & design of HVAC system andthe second phase is based upon casestudies & practical design of HVACSystems

This engineering program is preparedfor helping Fresher & ExperienceEngineers to take entry in the field of Air Conditioning Systems: ThisCourse is also useful for person'swho's dealing in HVAC product.Candidates can fill the gap between

the Theoretical Study & real practicaldesign of HVAC systems aftercompleting this engineering program.The Course is totally based uponPractical design calculation & deeplyfocused upon the design of variescomponents.

This certification course

covers in depth training ondesign of ventilation andair distribution systems,

chilled water systemdesign, cooling & heating

load estimation, equipmentselection & section,

drafting of HVAC systems,project estimation and

procurement. if you require

an understanding of howto work as HVAC design

engineer or consultingengineer then this

program is a must.

HVAC Design training course provide by Engineering Design & PowerTraining Institute to enhances the skills of the students by giving him trainingon ventilation and air distribution system design, chilled water systemdesign, cooling & heating load estimation. equipment selection & sizing,drafting of HVAC systems, project estimation and procurement etc.

Overview

Oil & Gas

Power Plants

OffShore Industry

Refindery

Industrial Plants

Energy Sector

Chemical Process

EPC Industry

Consulting Engineers

Pharmaceutical Industry

Petrochemical Industry

Project & Construction

Cement & Fetilizer

Infrastructure & Construction



Course OutlineHVAC DESIGN ENGINEERING

Introduction to HVAC

Refrigerant

Cooling & Heating load estimation.

Scope of HVAC Industry with overview of

Consulting & Construction industry.Concepts of Air conditioning systems.

Codes & Standards

Principles of air conditioning

Vapour compression cycle

Absorption Chilling system

Air conditioning systems

Local cooling comfort System

Window Air conditioning

Split Air conditioning

Multi Split Air conditioning

Chilled water Fan coil unit

Centrally air conditioned system

Central Air Conditioning System

Chilled water system.

Psychometric chart

Properties of Air (DBT, %RH, WBT, HR, DPT,

ENTHALPY.)

Components of AHU & its functioning

CoolingHeating

Humidification Methods

Dehumidification Methods

Filtration

Correction to Outdoor temperature & Indoor

temperature requirements

Exposure of Wall, Latitude of Location, Yearly

Range, Daily Range etc

Factors effecting the loads estimate.

External- Sun Gain through Glass/Window, Sun

Gain through Roof/Wall,Partition gain

Types of refrigerant

Evaporating & Condensing properties of refrigerant.

Refrigerant Pipe sizing methods

Basics of Heat transfer in a building envelop.

Understanding of Outdoor & Indoor Conditions.

Sources of Heat 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 ESHF, GTH, ADP, Dehumidified

CFM.

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

Velocity reduction method.

Equal friction Method.

Static regain method.

Heat loss calculations

Basics of Heat loss in a building envelop.

Sources of Heat loss –

Components of Air distribution system.

Types of Ducts, Duct Fittings, Dampers, Types of

Diffusers, RAG, 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.

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 and High Velocity System.

Components of Air Distribution System, Supply and

Return Duct configurations (Extended Plenum

Systems, Radial System, Trunk and Branch

system)

Stair Well Pressurization System Designing

Introduction to Ventilation system,

Components of Ventilation system.

Design of Air Distribution System.

Design of Ventilation system.



Restaurant and Residence Kitchen Ventilation

System Design

Sizing of Hood, Number of filters required & Duct

designing.

Introduction to Chilled water system, Hot water

system.

Classification of chillers

Chiller arrangements, Cooling tower arrangement,

Types of cooling tower & Expansion tank

connections.

Pumps required in Chilled water system

Chilled water system pipe designing

Piping fundamentals

Chilled water and Hot water GPM calculation.

Calculation of Water Velocity FPS on Suction and

Discharge side of Pump.

Hydraulic Design for Sizing the Pipe for Amount of

Flow.( Open & Closed Piping Systems).

District Cooling System.

Friction loss calculation for the piping system

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.

AHU & FCU classification and selection.

Package Unit Selection DX- Chiller Selection.

Chilled Water system design.

Equipment Selection

As per Evaporator.

As per Condenser.

As per compressor.

Production Pumps

Distribution Pumps

Pump Classifications.

Pipe designators, Piping standards.Piping fittings and Components.

Valves used in Chilled water 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.

Condenser Selection (Air cooled, Water Cooled,

Evaporative).

Cooling Tower Selection Mixed Air Temperature

Calculation.

HRF for Open and Closed Compressor.

Expansion Tank Selection

Detailing & Installation of Chillers

Detailing & Installation of Air handling units.

Detailing & Installation of Package units.

Detailing & Installation of Fan coil units.Detailing & Installation of Condensing units

Understanding the tendering requirements

Quantity take off

Preparing Inquiry for Suppliers & Finalizing the

suppliers.

Final Billing & Quotations finalization

Preparation of Material submittals,

Shop drawing submittals,

Types of approval.

Preparation of BOQ and design documents,

Specifications.

Identifying the critical equipments

Preparation of purchase ordersLetter of Intent

Letter of credit

Minutes of meeting

Introduction to Drafting,

Types of Drawings used in the industry,

Study & Preparation of Floor Drawings,

Erection of Equipments

Estimation of Project

Documents Approvals

Project Procurement works

Drafting of HVAC Systems

Roof Drawings,

Sectional Drawings

Builders Work Drawings,

Co- ordination Drawings &

Riser Diagram,

Abbreviations & Symbols used.

Course OutlineHVAC DESIGN ENGINEERING



Course Features

An ISO 9001:2008 Certified Institute

Power Plant Courses as per syllabus of Central

Electricity Authority, Ministry of Power(Govt. of India)

Institute is Approved by Association of Power &Design Engineers, Register under Government ofIndia

Power Plant Courses syllabus as per standard ofCenter Electricity rules & Center Electricity Act.

Engineering Design Courses syllabus as perstandard & code of API & ASME

Our faculties have more then 5 to 10+ year industrialexperience

Print Material: To enable the candidate to gain aninsight into independent working on a practicalproject.

Audio and Video tutorials

All courses are based upon real projects

100% job oriented training program

Excellent placements records till now

Accommodation is available for outstationcandidates.

Sperate accommodation facility for boy & girls

Special accommodation facility for NRI & aboardstudents

Special arrangement for corporate trainee &employees

Career consulting & guidance.Printed study materials

In plant visit for special courses

Scholarship for bright students

Study Centres/Offices

Head Office

Chandigarh/Tricity

New Delhi/NCR

Mumbai

Email: [email protected]

Web : www.edpti.com

Engineering Design & Power Training Institute

SCO-250, IInd Floor,

Sector-16, Panchkula (Chandigarh)

Haryana-134109

Tel: - 0172-5057570/71

Admission ProcessOnline Registration

Registration by Post

Registration at Study Centre or Branch Offices

You can Register your self for Engineering DesignCourses by filling online form and pay the fee throughCredit Card/Debit Card/Netbanking. To RegistrationOnline visit and click REGISTERNOW button.

Admission form can be downloaded duly filledapplication form should be sent along with theregistration fees DD of 5,000 in favor of ‘EngineeringDesign & Power Training Institute' payable atChandigarh.

Send this DD to Engineering Design & Power TrainingInstitute at the address given below.

Engineering Design & Power Training InstituteSCO-250, IInd Floor,

Sector-16, Panchkula (Haryana)Pin: 134109

You can also visit our Study Centre or branch officesand register your self in HVAC Design Engineeringcourse

FEATURES & FACILITIES

www.edpti.com

Hvac Training Course

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Transcript of Hvac Training Course