Carburetor: Difference between revisions
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*It used [[Manifold Vacuum]] and the [[Venturi Effect]] to atomize fuel in a manner akin to [[Port Injection]] (albeit typically done at the Manifold level, depending on engine size/complexity | *It used [[Manifold Vacuum]] and the [[Venturi Effect]] to atomize fuel in a manner akin to [[Port Injection]] (albeit typically done at the Manifold level, depending on engine size/complexity | ||
*Mostly Obsolete, but is SOMEWHAT simpler | *Mostly Obsolete, but is SOMEWHAT simpler | ||
=Benefits= | |||
*A bit simpler than [[Fuel Injection]] (Especially [[Electronic Fuel Injection]] ) | |||
**…when it works well | |||
*Also while a FOS EFI + [[ECU]] system SHOULD be easily adjustable, most Off The Shelf Anti-Consumer Vehicles heavily lock down ECU Tuning etc | |||
**Although some of this is rightly done to prevent pollution or people who “know enough to be dangerous” from breaking things etc | |||
**Still though, many view a screwdriver as an easier means of adjustment than a computer etc | |||
=Downsides= | |||
*Far lest customization/optimization | |||
**Most are also only optimized for running at [[WOT]] or a simple High and Low band | |||
***EFI meanwhile can be tweaked in a near infinite amount of ways, and can also respond to changes in Temperature, Air Pressure, and Fuel Composition etc | |||
*Reliability | |||
**The Needles can Clog, the “bowl” can get stuck (either due to rust, or Gum Formation etc) | |||
**Also Carburetors like to be level and not shaken much | |||
***This is ESPECIALLY relevant in [[Aviation Engines]] and was part of the reason for developing Fuel Injection around WW2 for dogfighting/dive bombing and such | |||
***HOWEVER a Vehicle Mounted Generator, or a Wheelbarrow Style Generator getting moved+bounced all over can encounter some similar issues | |||
***VERY small engines such as [[String Trimmers]] or [[Leaf Blowers]] ESPECIALLY if not secured well/if they don’t have a wide enough “base plate” can roll all around in the back of a truck etc potentially ruining them and also potentially spilling fuel around | |||
*Emissions | |||
**Due to their lower atomization of the fuel, and lack of adjustability, they aren’t great in terms of pollution | |||
***Although most [[Two Stroke Engines]] use [[Total Loss Lubrication]] which compounds this issue | |||
**Furthermore as a sort of lazy / [[Malicious Compliance]] many Off The Shelf manufacturers simply remove the ability to adjust a Carburetor, rather than design small engines that are ACTUALLY “clean” | |||
*In most engines, a [[Fuel Pump]] is still required, so as with Ignition Circuits, it doesn’t save you THAT MUCH electrical complexity | |||
=Internal Links= | =Internal Links= | ||
Revision as of 05:21, 15 December 2025
Basics
- A Liquid Fuel Vaporization Systemfor Liquid Fueled Internal Combustion Engines
- It used Manifold Vacuum and the Venturi Effect to atomize fuel in a manner akin to Port Injection (albeit typically done at the Manifold level, depending on engine size/complexity
- Mostly Obsolete, but is SOMEWHAT simpler
Benefits
- A bit simpler than Fuel Injection (Especially Electronic Fuel Injection )
- …when it works well
- Also while a FOS EFI + ECU system SHOULD be easily adjustable, most Off The Shelf Anti-Consumer Vehicles heavily lock down ECU Tuning etc
- Although some of this is rightly done to prevent pollution or people who “know enough to be dangerous” from breaking things etc
- Still though, many view a screwdriver as an easier means of adjustment than a computer etc
Downsides
- Far lest customization/optimization
- Most are also only optimized for running at WOT or a simple High and Low band
- EFI meanwhile can be tweaked in a near infinite amount of ways, and can also respond to changes in Temperature, Air Pressure, and Fuel Composition etc
- Most are also only optimized for running at WOT or a simple High and Low band
- Reliability
- The Needles can Clog, the “bowl” can get stuck (either due to rust, or Gum Formation etc)
- Also Carburetors like to be level and not shaken much
- This is ESPECIALLY relevant in Aviation Engines and was part of the reason for developing Fuel Injection around WW2 for dogfighting/dive bombing and such
- HOWEVER a Vehicle Mounted Generator, or a Wheelbarrow Style Generator getting moved+bounced all over can encounter some similar issues
- VERY small engines such as String Trimmers or Leaf Blowers ESPECIALLY if not secured well/if they don’t have a wide enough “base plate” can roll all around in the back of a truck etc potentially ruining them and also potentially spilling fuel around
- Emissions
- Due to their lower atomization of the fuel, and lack of adjustability, they aren’t great in terms of pollution
- Although most Two Stroke Engines use Total Loss Lubrication which compounds this issue
- Furthermore as a sort of lazy / Malicious Compliance many Off The Shelf manufacturers simply remove the ability to adjust a Carburetor, rather than design small engines that are ACTUALLY “clean”
- Due to their lower atomization of the fuel, and lack of adjustability, they aren’t great in terms of pollution
- In most engines, a Fuel Pump is still required, so as with Ignition Circuits, it doesn’t save you THAT MUCH electrical complexity