

safari_mulisha wrote:if you guys want me to make a similer j pipe to turbo i can
GQTROL wrote:My truck and the race truck both use CT26 turbos (twin waste-gated, 6-bolt exh housing) from Celica GT-4. Ceramic exhaust wheel replaced with steel wheel and shaft. Mine has T04-E compressor and race truck uses T04-B...both trucks get along alright.
decsnz wrote:GQTROL wrote:My truck and the race truck both use CT26 turbos (twin waste-gated, 6-bolt exh housing) from Celica GT-4. Ceramic exhaust wheel replaced with steel wheel and shaft. Mine has T04-E compressor and race truck uses T04-B...both trucks get along alright.
Is it necessary to replace the ceramic exhaust wheel with a steel one on the CT26?
Cheers
GQ_TURBO wrote:What RPM does she start coming on boost? when you planning on getting the exhaust done?
Nice work shane, a very tidy job
xorph wrote:Hi Shane,
Im almost finished turbocharging my 1HZ landcruiser at the moment, very similar method using a J pipe. Your installation looks very proffesional and prob going to be reliable. i.e not made of fixall....
Im wondering how you are adjusting your fueling? Ive have just done a big internet search and found mostly people pretending to know what theyre doing and trying to justify why what theyve done is best.
From what I gather when turbocharging diesels is the cylinder temperatures can get out of hand if you increase fueling to near stoichometric and a way of relieveing this is to run more boost (say 10psi) and only provide enough fuel for say 7psi.
alternatively racing diesels pump in far too much fuel and the excess provides a cooling effect. Do you have any greater wisdom on this or know a good diesel specialist?
xorph wrote:Hi Shane,
Im almost finished turbocharging my 1HZ landcruiser at the moment, very similar method using a J pipe. Your installation looks very proffesional and prob going to be reliable. i.e not made of fixall....
Im wondering how you are adjusting your fueling? Ive have just done a big internet search and found mostly people pretending to know what theyre doing and trying to justify why what theyve done is best.
From what I gather when turbocharging diesels is the cylinder temperatures can get out of hand if you increase fueling to near stoichometric and a way of relieveing this is to run more boost (say 10psi) and only provide enough fuel for say 7psi.
alternatively racing diesels pump in far too much fuel and the excess provides a cooling effect. Do you have any greater wisdom on this or know a good diesel specialist?