69427
The Artist formerly known as Turbo84
Hey, the fuel tank looks great. Whatcha using to weld it?
About $140. A comparable tank would cost $1100 built - so you can save some bucks.
Here's the math:
$100 for the stainless flat metal, fittings are really dependant. The 3/8" and 1/2" fittings cost between 3 and 6 bucks each. The fitting I used for the supply was pretty spendy (bulkhead, compression fitting, AN fitting was $26.00) . I have a huge advantage in that my dad owns a shop that builds stainless commercial kitchen equipment so press brake, shear, etc are are just a visit to the parents away (170 miles, one way)... if you had to have a shop do it, it shouldn't cost much for them to chop it out and brake it as long as you give them the dimensions to be cut.
Another alternative, nearby I have a laser shop that does cutting for me, they can be relatively a good cost - however, I also use them for one of my side businesses, so I do get a good-guy discount.
I'd avoid the HVAC shops because this is tougher metal than they're normally used to making; but most metropolis have a shop that does commercial kitchen equipment - and they'd be able to do this.
AN fittings themselves can be kind of spendy - this is who I used
http://www.buyfittingsonline.com/
if you are looking for a way to make the new gas cap work in the old hole how about cut out a polished stainless steal ring to go up under the new cap and fill the hole. Why can you not use the stock gas door?
if you are looking for a way to make the new gas cap work in the old hole how about cut out a polished stainless steal ring to go up under the new cap and fill the hole. Why can you not use the stock gas door?
Forgot
Update on the FAST install. I powered up the system today, everything came up and no error codes (woohoo).
However,
it wouldn't be me if there weren't something to bitch about.
I sent FAST an email at least 3 weeks ago asking about the 02 sensor in the sidepipes. As you may have seen in my post, I've now ground a bit off the ceramic coating to put the sensor in place.
want to guess what FAST said?
"you should put the sensor in 'closer' to the motor"
WTF charlie?
"put the sensor in the leanest pipe"
Anyway, their late take on this is the sensor (at the outside rails) is too far from the motor to get an accurate reading. I say they're full of crap - as there are several OEM designs where the O2 sensor is as far away.... anyway, if I'm wrong, I'll have to drill another hole in the ceramic coating.
So yes, it's an awesome system, and they do fully put the cuss in customer service....
Forgot
Update on the FAST install. I powered up the system today, everything came up and no error codes (woohoo).
However,
it wouldn't be me if there weren't something to bitch about.
I sent FAST an email at least 3 weeks ago asking about the 02 sensor in the sidepipes. As you may have seen in my post, I've now ground a bit off the ceramic coating to put the sensor in place.
want to guess what FAST said?
"you should put the sensor in 'closer' to the motor"
WTF charlie?
"put the sensor in the leanest pipe"
Anyway, their late take on this is the sensor (at the outside rails) is too far from the motor to get an accurate reading. I say they're full of crap - as there are several OEM designs where the O2 sensor is as far away.... anyway, if I'm wrong, I'll have to drill another hole in the ceramic coating.
So yes, it's an awesome system, and they do fully put the cuss in customer service....
Is it a wideband sensor? it has an internal haeter, I would test..maybe you are OK. Willing to bet the oem systems you saw had a cat con behind the O2 sensor, those things contribute a lot of heat to the sensor warming up.
The oem rear sensors always have a better heater circuit than the fronts, some people swap rears on the front to get them to warm up better, commonly done w/ header installs. Not all heated are widebands, in fact most are not. C5 etc uses 4 narrow bands, the rears have the better heaters.
On the 502 ramjet here the bung is in the collector but that's right under the rocker panel, a good distance away from the motor, no problem
and yes, I am testing it because I've nothing to lose... I still (despite another 3 or 4 emails) haven't received a straight answer from FAST about why it must be closer. Their response has been "air will cause it to read incorrectly".... which, while I know that, isn't true here. There's no air from the motor or from the end of the pipes that would cause a problem. For some reason (and I'm considering while I type), they seem to think the o2 sensor is at the end of the sidepipe, not before the muffler in the collector yet still a fair distance from the motor.
and yes, I am testing it because I've nothing to lose... I still (despite another 3 or 4 emails) haven't received a straight answer from FAST about why it must be closer. Their response has been "air will cause it to read incorrectly".... which, while I know that, isn't true here. There's no air from the motor or from the end of the pipes that would cause a problem. For some reason (and I'm considering while I type), they seem to think the o2 sensor is at the end of the sidepipe, not before the muffler in the collector yet still a fair distance from the motor.
Maybe they are talking about the factory setup where air is pumped into the coverter and the downstream sensor "reads" that?