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Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the cylinder during the power stroke. To minimize risk of starting airline explosion as well as to facilitate starting of engine with minimum delay, the starting air valve in the cylinder head does not open when the pressure of air on top of the piston is more than that of the incoming compressed air. There are normally means of starting a diesel engine locally as well as from a remote place (engine control room and bridge).

Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the

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Page 1: Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the

Air Start System

Marine diesel engines normally use high pressure compressed air for starting them.

High pressure (30 bar) compressed air is led to the cylinder during the power stroke. To minimize risk of starting airline explosion as well as to facilitate starting of engine with

minimum delay, the starting air valve in the cylinder head does not open when the

pressure of air on top of the piston is more than that of the incoming compressed air.

There are normally means of starting a diesel engine locally as well as from a remote place

(engine control room and bridge).

Page 2: Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the
Page 3: Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the

Two start air receivers (bottles) having relief valve and drain

Page 4: Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the

Air distributor consists of series of pilot valves, one for each cylinder, arranged radially around a cam, timed to engine.

Page 5: Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the
Page 6: Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the
Page 7: Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the

Bursting disc

Page 8: Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the

Flame Trap

Page 9: Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the

Air compressors

Page 10: Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the
Page 11: Air Start System Marine diesel engines normally use high pressure compressed air for starting them. High pressure (30 bar) compressed air is led to the

Turning gear interlock