Compressor parts of crankshaft,connecting rod and piston. PowerPoint PPT Presentation

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Title: Compressor parts of crankshaft,connecting rod and piston.


1
SUDARSHAN ENGINEERING
  • PRESENTATION ON
  • COMPRESSOR PARTS
  • Crankshaft.
  • Connecting Rod.
  • Piston.
  • Contact us http//www.Sudarshanengg.Com

2
CRANKSHAFT
  • Crankshaft manufacture begins with either a solid
    billet of our own specification 722M24 or other
  • commercially available aerospace grade steels. We
    also machine from free-issue forgings and
    castings
  • for pre-production runs. Depending upon your
    project requirements a variety of heat treatments
    including stabilising,
  • hardening and tempering and gas nitriding can be
    utilised.
  • Its features are Range of high quality steels,
    Fully machined,Full client control ,Custom orders
    ,
  • 100 magnaflux tested ,Dynamically balanced.

3
CONNECTING RODS
  • Connecting rods are used in numerous situations,
    most commonly in the engines of automobiles.
  • Connecting rods connect the crankshaft to the
    pistons and are necessary for the proper
    functioning of an internal combustion engine.
  • The purpose of a connection rod is to provide
    fluid movement between pistons and a crankshaft.
  • Connection rods are widely used in vehicles that
    are powered by internal combustion engines.
  • All cars and trucks that use this type of engine
    employ the use of connecting rods.

4
PISTON
  • Most car engines have four cylinders. Inside
    these cylinders is where you find the pistons.
    The pistons move up and down inside these
    cylinders through fuel combustion.
  • Fuel is injected into the cylinder and then
    combusted, forcing the piston to go down.
  • The combustion is done at a very fast interval in
    all cylinders.
  • The piston is connected to a connecting rod which
    is then connected to the crankshaft. The
    crankshaft is designed to convert the up and down
    motion of the pistons to a rotating motion.
  • The downward movement of one piston will force
    another piston to go up, thus,
  • continuing the up and down motion of pistons and
    then producing the rotating movement of the
    crankshaft.

5
Contact us http//www.Sudarshanengg.Com
  • THANK YOU
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