HVAC Equipment Design course at Hypersonic Tech Solutions is a specialized branch which covers right-sizing of a residential heating, ventilation, and air conditioning (HVAC) system involves the selection of equipment and the design of the air distribution system to meet the accurate prediction of heating and cooling loads of a residential complex /Industry.
Equipment selection and duct design are iterative processes where the capacity of the equipment is balanced against the design of the distribution system. Selection of the equipment can have a substantial impact on the efficiency and operating costs of the system. Once the accurate estimation of the heating and cooling loads completed, the HVAC system designer will be able design / select the HVAC equipment as per the requirement.
HVAC Equipment Design course is customized as a strategy guide that describes the various equipment systems employed in HVAC applications and Selection of Equipment from manufacturers catalogue to meet the load demands in an HVAC System.
The students who have keen interest for HVAC Equipment Designmay find this course both helpful and interesting at Hypersonic Tech Solutions which is one of the top HVAC Equipment Design training institutes in Pune. If you are looking for HVAC Equipment Design course in Pune then you have come to the right place, Get more information about HVAC Equipment Design !

  • Fan and Duct Sytems.

    •                  Conveying Air.
                     Pressure Drops in straight Ducts.
                     Pressure drops in rectangular Ducts.
                     Pressure Drops in Fittings.
                     Branch Take offs.
                     Turns, Sudden Enlargement & Contraction.
                     Design of Duct Systems.
                     Velocity Methods.
                     Equal- Friction Methods.
                     Optimization of Duct Systems.
                     Air Distribution in rooms.
                     Centrifugal fan & their characteristics.
                     Diffusers and Induction.

  • Pumps and Piping.

    •                  Water & Refrigerant Piping.
                     Comparison of water and air as heat conveying media.
                     Water heaters.
                     Heat distribution from hot water systems.
                     Available Piping and Tubing.
                     Pressure Drops through pipes.
                     Refrigerant Piping.
                     Equivalent lengths in straight Pipes.
                     Pump Characteristic and Selection.
                     Design of Water Distribution system.
                     Sizing the Expansion tank.

  • Cooling and Dehumidifying Coils.

    •                  Types of Coils.
                     Condition of Air passing through the coil.
                     Heat and Mass Transfer.
                     Surface area of Coil calculations.
                     Moisture removal.
                     Coil Conditioning Curves.
                     Coil Performance from Manufacturers Catalogue.

  • Compressors.

    •                  Types of Compressor.
                     Reciprocating Compressor.
                     Hermetically Sealed Compressors.
                     Performance, Volumetric Efficiency.
                     Power Requirements.
                     Coefficient of performance & volume flow rate per KW of refrigeration.
                     Rotary Screw Compressors.
                     Performance & Capacity Controls.
                     Vane Compressor.
                     Centrifugal Compressor.
                     Flash gas removal.
                     Tip Speed for Pressure Development.
                     Surging.
                     Capacity Control.

  • Condenser and Cooling Towers.

    •                  Overall Heat Transfer Coefficient.
                     Liquid in Tubes- Heat Transfer & Pressure Drops (calculations).
                     Liquid in shell – Heat Transfer & Pressure Drops (calculations).
                     Extended Surface (Fins).
                     Gas In Tubes-Heat Transfer & Pressure Drops (calculations).
                     Condensing capacity & Condensing Coefficient.
                     Condenser Design.
                     Wilson Plots.
                     Cooling Towers- Heat rejection in Atmosphere.
                     Analysis of Cooling tower.
                     Acceptance tests.
                     Prediction of Outlet Conditions.
                     Evaporative CT & Cross Flow CTs.
                     Performance Criteria & Selection.

  • Expansion Devices & Valves.

    •                  Purpose and type of Expansion Devices.
                     Capillary Tubes.
                     Selection of capillary tubes.
                     Analytical Calculation of pressure drop.
                     Calculation of length of Increment.
                     Choked Flow.
                     Graphical Method of Selection.
                     Constant Pressure Expansion valve.
                     Float valves.
                     Superheat Control Expansion valve.
                     Manufacturers rating for Valves.
                     Electric Expansion valves.
                     Applications.

  • B.E. Mechanical/ Chemical/ Production/ Automotive Graduate.
  • Mechanical/ Chemical/ Production Engineering students.
  • Diploma students.
  • Working professional.
  • Awards: Certification in HVAC Equipment Design Course.

  • 1 to 2 months.

HVAC Course

HVAC Course
          HVAC Equipment Design

Piping & Plant Design

Plant Equipment Design

Aerostructure Design

Automotive Product Design

Energy Engineering

Heavy Engineering Design

Manufacturing Engineering

Marine & Offshore Structure Design

Consumer Product Design

Computer Aided Design (CAD)
Computer Aided Engineering (CAE)
Computer Fluid Dynamics (CFD)