HVAC

HVAC TRAINING IN BANGALORE

HVAC course is a technology of environmental comfort and indoor comfort. HVAC course mainly concentrates on providing acceptable indoor air quality and thermal comfort. ExcelMep is here to provide you the best HVAC course training in Bangalore. We are placed with the top experienced mechanical engineers who can get you trained with their own study material and help you in understanding each and every concept easily. ExcelMep is an institute which Is located in Bangalore with high experienced teaching staff.

WHY IS HVAC COURSE IMPORTANT?

HVAC course is an important part of a residential structure such as apartments, buildings, single-family homes, where safe and healthy conditions are regulated with respect to temperature and humidity, using fresh air from outdoors. Excelmep is awarded as the best institute for HVAC courses. 100% Placement is assured with the  HVAC course.

Placements                HVAC-Course

HVAC DESIGNING & DRAFTING SYLLABUS

  • Introduction to MEP Services and Systems.
  • Fundamentals.
  • Unit Conversions.
  • Standards of Associations.
  • Psychrometry and Psychrometric Charts.
  • Heat Transfer Modes.
  • Project Requirements.
  • Refrigerant Types and Properties.
  • Refrigeration Cycles
  • Vapour Compression Cycle.
  • Vapour Absorption Cycle.
  • Components and Basic parts of Refrigeration Cycle.
  • Fans and types of Fans.
  • Fan Laws.
  • Types of Air-conditioning Systems.
  • Methods of Heat Load Calculation
  • Thumb Rule.
  • E-20 Method.
  • HAP – Hourly Analysis Program.
  • Winter Load Calculation.
  • Duct and Types of Ducts.
  • Duct Area Calculation Formulas.
  • Velocity and Pressure in Ducts.
  • Aspect Ratio, Advantages and Disadvantages of ducts.
  • Duct Design Methods and Duct Sizing
  • Velocity Reduction Method.
  • Equal Friction Method.
  • Static Regain Method.
  • External Static Pressure Calculation.
  • Types of Joints in Ducts.
  • Plenum Box, Grills, Diffusers & Splitters.
  • Does and Don’ts in Ducting.
  • Duct Gauge Thickness and DW144 Recommendations.
  • VCD, VAV, CAV, VFD, VSD.
  • Heat Recovery Wheel.
  • Chillers.
  • Chiller Components.
  • Chiller Circuit.
  • Chiller Manifold, AHU Manifold, Pump Manifold.
  • District Cooling Plant.
  • Chilled Water Pipes Sizing.
  • Pump Head Calculation.
  • Piping and Classification of Pipes.
  • Cooling Towers Design and Selection.
  • AHU Coil Selection.
  • VRV/VRF Systems.
  • Kitchen Ventilation.
  • Toilet Ventilation.
  • Car Park and Basement Ventilation.
  • Staircase and Lift well Pressurization.
  • Clean Rooms.
  • What is Clean Room? – Definition as per ISO Standards 14644-1 and Federal Standards 209 E.
  • Factors influencing site selection for Clean Rooms
  • 4 important basics of Clean room
  • Clean room terminologies and glossary
  • Air flow pattern studies
  • Parameters for clean Room Design
  • Classification of Clean Rooms based on different parameters
  • Understanding a Clean Rooms
  • Types of filters used in Clean Rooms
  • Filter testing
  • Clean Room Air Velocities
  • Filter Coverage Guidelines
  • HVAC For Clean Rooms
  • Different standards and specifications
  • Human behavior in Clean Rooms
  • Protocol for entry in Clean Rooms
  • Building and maintaining of Clean Rooms
  • Housekeeping of Clean Rooms
  • Clean Rooms tests to be conducted
  • Certification of Clean Rooms
  • Estimation and Costing.
  • Operating Controls.
  • Capacity and Performance Evaluation.
  • Project Workshop.
  • Site Visits.
  • Case Studies.
  • AUTOCAD 2D DRAFTING.

 EXCELMEP AIMS AT MAKING YOU AN EXPERT IN HAVC BEFORE LEAVING OUR INSTITUTE.

HVAC_INSTITUTE

 

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