Carb ID?

project74

Trying to find my weed and
Hey guys and gals. I'm looking to see if anyone here knows what these here #'s signify. I might buy this carb, Carter off a 318, unsure of year but suspected 600cfm. #'s are (0119-1405)(W8500). Any help is muchly appreciated :)
 
Those numbers don't look familiar. Look for some #'s stamped onto the front, passenger side bolt flange.
 
I don't have the carb 68. Guy said these #'s were all he could find. Here's a pic. Is this an Edelbrock?carter carb.jpg
 
That's why the #'s didn't jive, Yes, it's an Eddy. Eddy 1405 is, as you guessed, a 600cfm.

Perfect for a stock 318.:(
 
How about for a well built 318 in the 300hp range? Can get the carb for $25 and it needs a rebuild. Figured I'd pick up a good kit and make it one of my winter projects. Never rebuilt one before so I'm thinking it would be a good learning experience for low $'s if nothing else.
 
Trying to get 300hp from a 600cfm would be stretching it.
You'd be better of with the Carter AVS design rather than the Eddy AFB.
The AVS's are a little easier to fine tune because of the spring loaded secondary air baffle.

Here's a few Carter 650's;

http://cgi.ebay.com/ebaymotors/Carter-AVS-Carburetor-Tag-49668-0176-body-2048-top2020_W0QQitemZ280042275906QQihZ018QQcategoryZ33550QQrdZ1QQcmdZViewItem

http://http://cgi.ebay.com/ebaymotors/Carter-AVS-Tag-49668-1756-body-2046_W0QQitemZ280042147723QQihZ018QQcategoryZ33550QQrdZ1QQcmdZViewItem

http://http://cgi.ebay.com/ebaymotors/MOPAR-DODGE-PLYMOUTH-BIG-BLOCK-CARTER-4B-AVS-CARB-4966_W0QQitemZ170041668080QQihZ007QQcategoryZ34198QQssPageNameZWDVWQQrdZ1QQcmdZViewItem

All 3 of those, (4966) are originally from '71 lo-po 440's. They are factory rated at 650cfm. The market seems to be flooded with 4966's. They are very adequate for up to 350 hp and because of their design it is impossible to over-carb. I'm running 2 of the 4966's on my stock '18 in the 4dr blue 68 Coronet in the banner.;) More than it needs, yes. But they only open the secondaries as far as the engine can handle.

They are quite easy to rebuild and tune. The only real "problem" with them is wear in the throttle-shaft bores. It can be fixed by machining and pressing in bushings.

The overall design is such a "no-brainer" that 99.99% of the time they work perfect "out-of-the-box"
 
Thanks for all the great info 68. I'll pick up an AVS instead and tinker. Here's to ya :bravo:
 

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