Hi!
I'm new to this forum and came here in hope of getting answers for my little problem/project.
I have a Kubota D722-E from a mid 90's trailer cooler/generator unit, judging from the engine number it's older than 1997 but later than 1992. If that matters in my case I don't know, guess you guys will have to tell me.
I'm stuffing this little engine into a twin track work sled, and I need an exhaust manifold that will work for my application. I've found three that seems like that they might do the work. But I can't connect their part numbers and their physical dimensions without a little help.
First up, exhaust manifold part number 19462-12312
Listed often as Kubota original or "default", if you so will, exhaust manifold.
You can see it here: http://www.gcironparts.com/GCIronPartsSelection.asp
Similar, but somehow diffirent apparently, exhaust manifold part number 15861-12313
You can see it here: http://www.gcironparts.com/GCIronPartsSelection.asp
And the third one, isn't even listen for the D722, but for the L2000 tractor with the D1100 engine. Exhaust manifold part number 15321-12313
If the exhaust ports and flange bolts line up I really can't see any problems with it.
Kubota D722 exhaust ports and flange bolts measurements.
Exhaust port center-center measurement: 78 mm (3.070 in)
Flange bolt center-center measurements: 48 mm, 70 mm, 96 mm, 70 mm (1.890 in, 2.775 in, 3.779 in, 2.775 in)
Flange bolt holes: 6, 6.7 mm (M6)
Exhhaust port diameter: 22 mm (0.87 in)
The thing is that I need to get over the gearbox cover and under the gearshift/steering column under the daschboard and that's why I can't use manifold 19462, because the raised hump/flange will collide with the gearshifter and steering column.
If there's no difference between 19462 and 15861 and 15321 doesn't fit I'll be forced to either build my own manifold (which I'm not too eager to do...) or take a 19462 or 15861 and cut it off by the flanges and flip it over 180 degrees and weld it back up. But I rather have a manifold that will fit bolt on in my machine if so possible.
Thanks for coming this far, appreciate it! All tips here on out are welcome!
Thanks in advance!
I'm new to this forum and came here in hope of getting answers for my little problem/project.
I have a Kubota D722-E from a mid 90's trailer cooler/generator unit, judging from the engine number it's older than 1997 but later than 1992. If that matters in my case I don't know, guess you guys will have to tell me.
I'm stuffing this little engine into a twin track work sled, and I need an exhaust manifold that will work for my application. I've found three that seems like that they might do the work. But I can't connect their part numbers and their physical dimensions without a little help.
First up, exhaust manifold part number 19462-12312
Listed often as Kubota original or "default", if you so will, exhaust manifold.
You can see it here: http://www.gcironparts.com/GCIronPartsSelection.asp
Similar, but somehow diffirent apparently, exhaust manifold part number 15861-12313
You can see it here: http://www.gcironparts.com/GCIronPartsSelection.asp
And the third one, isn't even listen for the D722, but for the L2000 tractor with the D1100 engine. Exhaust manifold part number 15321-12313
If the exhaust ports and flange bolts line up I really can't see any problems with it.
Kubota D722 exhaust ports and flange bolts measurements.
Exhaust port center-center measurement: 78 mm (3.070 in)
Flange bolt center-center measurements: 48 mm, 70 mm, 96 mm, 70 mm (1.890 in, 2.775 in, 3.779 in, 2.775 in)
Flange bolt holes: 6, 6.7 mm (M6)
Exhhaust port diameter: 22 mm (0.87 in)
The thing is that I need to get over the gearbox cover and under the gearshift/steering column under the daschboard and that's why I can't use manifold 19462, because the raised hump/flange will collide with the gearshifter and steering column.
If there's no difference between 19462 and 15861 and 15321 doesn't fit I'll be forced to either build my own manifold (which I'm not too eager to do...) or take a 19462 or 15861 and cut it off by the flanges and flip it over 180 degrees and weld it back up. But I rather have a manifold that will fit bolt on in my machine if so possible.
Thanks for coming this far, appreciate it! All tips here on out are welcome!
Thanks in advance!