Monkeybasher
|
| posted on 6/2/06 at 06:44 PM |
|
|
ST170 injector size
Does anybody know what the Focus ST170 injectors flow. I have searched without any joy. In the end I entered them at 42lbs on the megasquirt.
This was enough to get the car running. I was well chuffed, all was going well then the car died . I treid a couple attempts at starting without
any joy and a bit of head scratching I began to worry a bit until I realised I had run out of fuel .
Steve
[Edited on 6/2/06 by Monkeybasher]
|
|
|
|
|
Daxrushv6
|
| posted on 6/2/06 at 07:32 PM |
|
|
If you can get the number off them have a look here
http://www.wolfems.com.au/support/injectorflow
|
|
|
Monkeybasher
|
| posted on 6/2/06 at 09:50 PM |
|
|
Thanks for the link, however mine don't appear to be there unless I missed them
The part number of mine are 0280 156 095
This is frustating
Cheers
|
|
|
the_fbi
|
| posted on 6/2/06 at 11:32 PM |
|
|
0280156095 are 237.0 g/min @ 3bar and are 14.5 Ohm Impedance
No idea how g/minute relates to cc or lb (although you can calculate the lb) but....
The 42lb/440cc are 326.8 g/min so you are much less than 42lb/440cc.
Mathmatically, yours are 319cc @ 3bar based on (440/326.8)*237
Edit: If you want that in lb's, you are 30.46lb
[Edited on 6/2/06 by the_fbi]
|
|
|
Monkeybasher
|
| posted on 7/2/06 at 12:55 AM |
|
|
quote:
Originally posted by the_fbi
0280156095 are 237.0 g/min @ 3bar and are 14.5 Ohm Impedance
No idea how g/minute relates to cc or lb (although you can calculate the lb) but....
The 42lb/440cc are 326.8 g/min so you are much less than 42lb/440cc.
Mathmatically, yours are 319cc @ 3bar based on (440/326.8)*237
Edit: If you want that in lb's, you are 30.46lb
[Edited on 6/2/06 by the_fbi]
Superb
Much appreciated, where did you get your info, I must have spent hours trying to find out. Many thanks.
Now out of interest I will try and work out how you converted
1 pound = 453.59237 grams
500cc per minute is approximately equal to 49lbs according to http://www.wolfems.com.au/support/injectorflow
237.0 g/min = 0.522495561 lbs * 60 (minutes) = 31.34973366 lbs per hour
31.34973366lbs per hour *(500cc/49lbs) = 319.895241 cc
cool I got the same answer
Thanks guys
Cheers
Steve
[Edited on 7/2/06 by Monkeybasher]
|
|
|
