How do you find the LPH your fuel pump puts out?
#1
Guest
Posts: n/a
How do you find the LPH your fuel pump puts out?
I had to swap out my d16y8 73lph pump for another one. The only one I had was a 1995esi talon non-turbo pump. I know my fuel pressure is dead on, but I dont think its flowing enough. How do we find out? is there a formula?
Ive searched the denso part number for weeks, and couldnt find anything.
Ive searched the denso part number for weeks, and couldnt find anything.
#3
Honda-Tech Member
Re: (MidwestCartel)
I believe it is about 180lph... I know when I needed a replacement I just bought a walbro 190lph and from the research I did at the time, I wanna say it was roughly 10lph more than stock. Stock (which was also walbro) from the dealer was roughly $350 and I got my walbro 190lph for about $80 which I was flamed at the time that I even spent too much on that and that I could have gotten it for about $50. So there ya go!
This is the one I got but it looks as though it's gone up in price a bit since I bought mine about 3 years ago:
http://inlinefour.com/holinfuelpum.html
It says it's a Holley fuel pump but when you get it, it's just a rebadged Walbro.
This is the one I got but it looks as though it's gone up in price a bit since I bought mine about 3 years ago:
http://inlinefour.com/holinfuelpum.html
It says it's a Holley fuel pump but when you get it, it's just a rebadged Walbro.
#5
Honda-Tech Member
Re: (MidwestCartel)
No, it was the bad OEM one for an aftermarket OEM replacement. I guess what I was getting at was I don't think your stock fuel pump was 73lph... That seems extremely low compared to my personal experience. I really have no idea what the lph is for a talon ESI pump. To be sure your pump is providing enough fuel I would recommend just buying an OEM replacement as the can be had for fairly cheap and you can eliminate the possibility that you're not pumping enough fuel.
#6
Honda-Tech Member
iTrader: (1)
1. Disconnect your fuel line from the fuel rail and put it in a bucket.
2. Hot wire the fuel pump to run constantly - it takes 12V.
3. Run the pump for 1 minute. Calculate the volume of gasoline (in liters) pumped in that 1 minute.
4. Multiply by 60 - now you have LPH (liters per hour)!
2. Hot wire the fuel pump to run constantly - it takes 12V.
3. Run the pump for 1 minute. Calculate the volume of gasoline (in liters) pumped in that 1 minute.
4. Multiply by 60 - now you have LPH (liters per hour)!
Thread
Thread Starter
Forum
Replies
Last Post