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In short

It's the flame tube of an individual can of a cannular combustor, a combination ofmix between can and annular combustors, likely. The can may come from one of the variants ofauxiliary power unit turbine or a JT8D engine powering older Boeing 737 and MD-80 or an .

  It cannot be from a CFM56, all models use annular combustors. 

The three main types of combustors:

enter image description here

Source.

You can spot easilyAll types are approximately to the interconnectorssame scale, meaning an individual can of thea can or a cannular type, also visible oncombustor is much smaller than an annular combustor.

The can of the lamp support has interconnectors, pipes used to connect the cans.


Details

Recent Boeing 737 and Airbus A320 can use different engines:

  • CFM56 models -3B, -5A, -5B, -7B,
  • IAE V2500,
  • PW1100G,
  • LEAP

All have annular combustors, single fuel nozzle (SAC) or dual fuel nozzle (DAC) for NOx reduction. However older versions of Boeing 737, -100 and -200, used a JT8D engine with 8 cannular combustors, the beast you got. In cannular type, the individual combustion zones share a common annulus casing:

enter image description here

Source.

Detail of a combustor:

enter image description here

Source.

The part making the lamp support is the flame tube (liner) of the combustor. The external air casing has been removed. I wasn't able to identify the exact version of the combustor, there has been multiple improvements over time on the JT8D, a famous engine, still used today.

More information about turbofans (pdf).

In short

It's the flame tube of an individual can of a cannular combustor, a combination of can and annular combustors, likely from one of the variants of JT8D engine powering older Boeing 737 and MD-80.

  It cannot be from a CFM56, all models use annular combustors. The three main types of combustors:

enter image description here

Source.

You can spot easily the interconnectors of the cannular type, also visible on the lamp support.


Details

Recent Boeing 737 and Airbus A320 can use different engines:

  • CFM56 models -3B, -5A, -5B, -7B,
  • IAE V2500,
  • PW1100G,
  • LEAP

All have annular combustors, single fuel nozzle (SAC) or dual fuel nozzle (DAC) for NOx reduction. However older versions of Boeing 737, -100 and -200, used a JT8D engine with 8 cannular combustors, the beast you got. In cannular type, the individual combustion zones share a common annulus casing:

enter image description here

Source.

Detail of a combustor:

enter image description here

Source.

The part making the lamp support is the flame tube (liner) of the combustor. The external air casing has been removed. I wasn't able to identify the exact version of the combustor, there has been multiple improvements over time on the JT8D, a famous engine, still used today.

More information about turbofans (pdf).

In short

It's the flame tube of an individual can of a cannular combustor, a mix between can and annular combustors. The can may come from auxiliary power unit turbine or a JT8D powering older Boeing 737 and MD-80 or an . It cannot be from a CFM56, all models use annular combustors. 

The three main types of combustors:

enter image description here

Source.

All types are approximately to the same scale, meaning an individual can of a can or a cannular combustor is much smaller than an annular combustor.

The can of the lamp support has interconnectors, pipes used to connect the cans.


Details

Recent Boeing 737 and Airbus A320 can use different engines:

  • CFM56 models -3B, -5A, -5B, -7B,
  • IAE V2500,
  • PW1100G,
  • LEAP

All have annular combustors, single fuel nozzle (SAC) or dual fuel nozzle (DAC) for NOx reduction. However older versions of Boeing 737, -100 and -200, used a JT8D engine with 8 cannular combustors, the beast you got. In cannular type, the individual combustion zones share a common annulus casing:

enter image description here

Source.

Detail of a combustor:

enter image description here

Source.

The part making the lamp support is the flame tube (liner) of the combustor. The external air casing has been removed. I wasn't able to identify the exact version of the combustor, there has been multiple improvements over time on the JT8D, a famous engine, still used today.

More information about turbofans (pdf).

added 325 characters in body
Source Link
mins
  • 80.9k
  • 30
  • 326
  • 473

In short

It's the flame tube of an individual can of a cannular combustor, a combination of can and annular combustors, likely from one of the variants of JT8D engine powering older Boeing 737 and MD-80.

It couldn'tcannot be part offrom a CFM56 model, all models use annular combustors. The three main types of combustors:

enter image description here

Source.

You can spot easily the interconnectors of the cannular type, also visible on the lamp support.


Details

Recent Boeing 737 and Airbus A320 can use different engines:

  • CFM56 models -3B, -5A, -5B, -7B,
  • IAE V2500,
  • PW1100G,
  • LEAP

All have annular combustors, single fuel nozzle (SAC) or doubledual fuel nozzle (DAC  ) for NOx reduction. However older versions of Boeing 737, -100 and -200, used a JT8D engine with 8 cannular combustors, the beast you got. In cannular type, the individual combustion zones share a common annulus casing:

enter image description here

Source.

Detail of a combustor:

enter image description here

Source.

The part making the lamp support is the flame tube (liner) of the combustor. The external air casing has been removed. I wasn't able to identify the exact version of the combustor, there has been multiple improvements over time on the JT8D, a famous engine, still used today.

More information about turbofans (pdf).

In short

It's the flame tube of an individual can of a cannular combustor, a combination of can and annular combustors, likely from one of the variants of JT8D engine powering older Boeing 737 and MD-80.

It couldn't be part of a CFM56 model, all use annular combustors.


Details

Recent Boeing 737 and Airbus A320 can use different engines:

  • CFM56 models -3B, -5A, -5B, -7B,
  • IAE V2500,
  • PW1100G,
  • LEAP

All have annular combustors, single (SAC) or double (DAC  ) for NOx reduction. However older versions of Boeing 737, -100 and -200, used a JT8D engine with 8 cannular combustors, the beast you got. In cannular type, the individual combustion zones share a common annulus casing:

enter image description here

Source.

Detail of a combustor:

enter image description here

Source.

The part making the lamp support is the flame tube of the combustor. The external air casing has been removed. I wasn't able to identify the exact version of the combustor, there has been multiple improvements over time on the JT8D, a famous engine, still used today.

More information about turbofans (pdf).

In short

It's the flame tube of an individual can of a cannular combustor, a combination of can and annular combustors, likely from one of the variants of JT8D engine powering older Boeing 737 and MD-80.

It cannot be from a CFM56, all models use annular combustors. The three main types of combustors:

enter image description here

Source.

You can spot easily the interconnectors of the cannular type, also visible on the lamp support.


Details

Recent Boeing 737 and Airbus A320 can use different engines:

  • CFM56 models -3B, -5A, -5B, -7B,
  • IAE V2500,
  • PW1100G,
  • LEAP

All have annular combustors, single fuel nozzle (SAC) or dual fuel nozzle (DAC) for NOx reduction. However older versions of Boeing 737, -100 and -200, used a JT8D engine with 8 cannular combustors, the beast you got. In cannular type, the individual combustion zones share a common annulus casing:

enter image description here

Source.

Detail of a combustor:

enter image description here

Source.

The part making the lamp support is the flame tube (liner) of the combustor. The external air casing has been removed. I wasn't able to identify the exact version of the combustor, there has been multiple improvements over time on the JT8D, a famous engine, still used today.

More information about turbofans (pdf).

added 262 characters in body
Source Link
mins
  • 80.9k
  • 30
  • 326
  • 473

In short

It's the flame tube of an individual can of a cannular combustor, a combination of can and annular combustors, likely from one of the variants of JT8D engine powering older Boeing 737 and MD-80.

It couldn't be part of a CFM56 model, all use annular combustors.


Details

Recent Boeing 737 and Airbus A320 can use different engines:

  • CFM56 models -3B, -5A, -5B, -7B,
  • IAE V2500,
  • PW1100G,
  • LEAP

All have annular combustors, single (SAC) or double (DAC ) for NOx reduction. However older versions of Boeing 737, -100 and -200, used a JT8D engine with 8 cannular combustors, the beast you got. In cannular type, the individual combustion zones share a common annulus casing:

enter image description here

Source.

Detail of a combustor:

enter image description here

Source.

The part making the lamp support is the flame tube of the combustor. The external air casing has been removed. I wasn't able to identify the exact version of the combustor, there has been multiple improvements over time on the JT8D, a famous engine, still used today.

More information about turbofans (pdf).

In short

It's the flame tube of an individual can of a cannular combustor, a combination of can and annular combustors, from the JT8D engine powering older Boeing 737.

It couldn't be part of a CFM56 model, all use annular combustors.


Details

Recent Boeing 737 and Airbus A320 can use different engines:

  • CFM56 models -3B, -5A, -5B, -7B,
  • IAE V2500,
  • PW1100G,
  • LEAP

All have annular combustors, single (SAC) or double (DAC ) for NOx reduction. However older versions of Boeing 737, -100 and -200, used a JT8D engine with 8 cannular combustors, the beast you got. In cannular type, the individual combustion zones share a common annulus casing:

enter image description here

Source.

Detail of a combustor:

enter image description here

Source.

The part making the lamp support is the flame tube of the combustor. The external air casing has been removed.

More information about turbofans (pdf).

In short

It's the flame tube of an individual can of a cannular combustor, a combination of can and annular combustors, likely from one of the variants of JT8D engine powering older Boeing 737 and MD-80.

It couldn't be part of a CFM56 model, all use annular combustors.


Details

Recent Boeing 737 and Airbus A320 can use different engines:

  • CFM56 models -3B, -5A, -5B, -7B,
  • IAE V2500,
  • PW1100G,
  • LEAP

All have annular combustors, single (SAC) or double (DAC ) for NOx reduction. However older versions of Boeing 737, -100 and -200, used a JT8D engine with 8 cannular combustors, the beast you got. In cannular type, the individual combustion zones share a common annulus casing:

enter image description here

Source.

Detail of a combustor:

enter image description here

Source.

The part making the lamp support is the flame tube of the combustor. The external air casing has been removed. I wasn't able to identify the exact version of the combustor, there has been multiple improvements over time on the JT8D, a famous engine, still used today.

More information about turbofans (pdf).

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