###    
   ##    
   ##    
   ##    
   ##    
  ####   
         

 _       
( (    /|
|  \  ( |
|   \ | |
| (\ \) |
| | \   |
| )  \  |
|/    )_)
         

 _______ 
(  ____ \
| (    \/
| (__    
|  __)   
| (      
| )      
|/       
         

    #    
 ######  
   ##    
   ##    
   ##    
   ## #  
    ##   
         

###      
 #####   
 ##  ##  
 ##  ##  
 ##  ##  
 ##  ##  
#### ### 
         

IMPORTANT: enter the case-INsensitive alphabetic (no numbers) code AND WRITE SOME SHORT summary of changes (below) if you are saving changes. (not required for previewing changes). Wiki-spamming is not tolerated, will be removed, so it does NOT even show up in history. Spammers go away now.


Visit Preferences to set your user name
Summary of change:
Subpage of MembersPage/MarcellGal/PowerAndTraction ---- '''Injector''' Brave men do like this: in audi 5cyl 20vt thmb rule: cc/per injector = max power in hp. 440cc = 440 HP I think it's brave. But with tuned boostcontrol it can be tried. If going up slowly, one will know when running out of injectors flowrate. I think there is an error on http://www.rceng.com/technical.htm they swapped the BSFC for turbo and supercharged. Turbo is better (lower). Below I calculate with BSFC(gasoline)=0.55l / (HP * l), consistent with some other sources. examples * For factory 220 Hp 220 * 0.55 / (5*0.8) * 10.5 = 317cc/min (they used 350cc/min) * Teppo Kalske used to have 460cc with wich ended up 100% dc at 5000 rpm with reasonable afr (580Nm/3800, 440hp/6800). Prolly maxed out near 400 HP: * for 400 HP, even with 100% duty: 400 * 0.55 / (5*1) * 10.5 = 462 cc/min needed ** <Jorgen__> It's recommended but not needed. * or in other words 360 * 0.55 / (5*1) * 10.5 = '''415 cc/min (enough for 360 HP)''' should be good to start with Jorgen's note: If the stock injectors is 350cc the 415cc injectors in the webshop is almost identical in size. (good point!) 350cc/min@3bar is same as 404cc/min@4bar: 350 * sqrt(4/3) = 404.15 Then we can use the stock injectors instead, at 4bar fuel pressure of course. Jorgen will check if he finds a 4bar regulator for me (isn't it just a stiffer spring inside the FPR?). ---- '''Fuel Pump''' Kalske's hints in this case is to use 044 pump in PnP install inside fuel tank * 895201531A strainer * 895201779H reservoir mount * N 90330701 banjo union * N 0138128 2pc seal * N 0110691 domed cap nut First two are the most important ones, they are used fitting the pump in place of the original one. Banjo, seals and nut are used for fuel line connection. What is the hard part without these ? I think Nanassy and Karkus will probably handle this, but I really don't know about the potential complications.
Optional: Add document to category:
Wiki formatting: * is Bullet list ** Bullet list subentry ... '''Bold''', ---- is horizontal ruler, <code> preformatted text... </code> See wiki editing HELP for tables and other formatting tips and tricks.