OM 606 Turbo Compound
OM 606 Turbo Compound
larsalan I guess I need to look at this stupid ass drip shit. What you have to like mess with those elements on the pump? What a fucking hassle. then use some wire to hold the throttle open or some shit?
That's a clever log manifold, I might need to steal your ideas
larsalan I guess I need to look at this stupid ass drip shit. What you have to like mess with those elements on the pump? What a fucking hassle. then use some wire to hold the throttle open or some shit?
Subscribed!!
Nice work! Could you share more about your compound setup? Bypass? BOV?
I'm very interested and can't wait to see more progress!
Keep up the good work
Nice! It should have really good low end spooling characteristics with the stock turbo what level of boost are you shooting for? are you going to build up the injection pump to match it?
(08-08-2013, 02:22 PM)Simpler=Better That's a clever log manifold, I might need to steal your ideas
(08-08-2013, 02:43 PM)CRD4x4 Subscribed!!
Nice work! Could you share more about your compound setup? Bypass? BOV?
I'm very interested and can't wait to see more progress!
Keep up the good work
(08-08-2013, 04:52 PM)willbhere4u Nice! It should have really good low end spooling characteristics with the stock turbo what level of boost are you shooting for? are you going to build up the injection pump to match it?
(08-08-2013, 02:22 PM)Simpler=Better That's a clever log manifold, I might need to steal your ideas
(08-08-2013, 02:43 PM)CRD4x4 Subscribed!!
Nice work! Could you share more about your compound setup? Bypass? BOV?
I'm very interested and can't wait to see more progress!
Keep up the good work
(08-08-2013, 04:52 PM)willbhere4u Nice! It should have really good low end spooling characteristics with the stock turbo what level of boost are you shooting for? are you going to build up the injection pump to match it?
looking good
keep up the good work and photo's
larsalan I guess I need to look at this stupid ass drip shit. What you have to like mess with those elements on the pump? What a fucking hassle. then use some wire to hold the throttle open or some shit?
They look like plumbing tees, the same ones you would weld together on railings, etc.
It loks like they were ovaled with a hammer or press or vise
larsalan I guess I need to look at this stupid ass drip shit. What you have to like mess with those elements on the pump? What a fucking hassle. then use some wire to hold the throttle open or some shit?
Very nice! keep up the good work!
Very nice project, you got 2 turbos into a small space Hopefully everything will work as planed. The only concern is heat and back pressure, hopefully the WG will keep up. A good idea will be to install a pressure and temp sensor in the manifold.
Will you push all the air coming from the large turbo trough the small turbo or will you bypass it when pressure builds up?
(08-21-2013, 01:42 AM)erling66 Very nice project, you got 2 turbos into a small space Hopefully everything will work as planed. The only concern is heat and back pressure, hopefully the WG will keep up. A good idea will be to install a pressure and temp sensor in the manifold.
Will you push all the air coming from the large turbo trough the small turbo or will you bypass it when pressure builds up?
(08-21-2013, 01:42 AM)erling66 Very nice project, you got 2 turbos into a small space Hopefully everything will work as planed. The only concern is heat and back pressure, hopefully the WG will keep up. A good idea will be to install a pressure and temp sensor in the manifold.
Will you push all the air coming from the large turbo trough the small turbo or will you bypass it when pressure builds up?
(08-24-2013, 01:00 AM)Sotvisp(08-21-2013, 01:42 AM)erling66 Very nice project, you got 2 turbos into a small space Hopefully everything will work as planed. The only concern is heat and back pressure, hopefully the WG will keep up. A good idea will be to install a pressure and temp sensor in the manifold.
Will you push all the air coming from the large turbo trough the small turbo or will you bypass it when pressure builds up?
There will be pressure and heat sensor in the manifold , no by pass on the small turbo .
Early Cristmas
7,5 mm 140 CC Pump
Good link about Bosch inline pumps http://transportation.centennialcollege....inline.pdf
(08-24-2013, 01:00 AM)Sotvisp(08-21-2013, 01:42 AM)erling66 Very nice project, you got 2 turbos into a small space Hopefully everything will work as planed. The only concern is heat and back pressure, hopefully the WG will keep up. A good idea will be to install a pressure and temp sensor in the manifold.
Will you push all the air coming from the large turbo trough the small turbo or will you bypass it when pressure builds up?
There will be pressure and heat sensor in the manifold , no by pass on the small turbo .
Early Cristmas
7,5 mm 140 CC Pump
Good link about Bosch inline pumps http://transportation.centennialcollege....inline.pdf
62.5mm
(08-24-2013, 01:00 AM)Sotvisp(08-21-2013, 01:42 AM)erling66 Very nice project, you got 2 turbos into a small space Hopefully everything will work as planed. The only concern is heat and back pressure, hopefully the WG will keep up. A good idea will be to install a pressure and temp sensor in the manifold.
Will you push all the air coming from the large turbo trough the small turbo or will you bypass it when pressure builds up?
There will be pressure and heat sensor in the manifold , no by pass on the small turbo .
Early Cristmas
7,5 mm 140 CC Pump
(08-24-2013, 01:00 AM)Sotvisp(08-21-2013, 01:42 AM)erling66 Very nice project, you got 2 turbos into a small space Hopefully everything will work as planed. The only concern is heat and back pressure, hopefully the WG will keep up. A good idea will be to install a pressure and temp sensor in the manifold.
Will you push all the air coming from the large turbo trough the small turbo or will you bypass it when pressure builds up?
There will be pressure and heat sensor in the manifold , no by pass on the small turbo .
Early Cristmas
7,5 mm 140 CC Pump
(08-29-2013, 06:46 AM)Ksteen2 62.5mm
(08-29-2013, 06:46 AM)Ksteen2 62.5mm
looks very nice did you have to weld the housing when you got all of that stuff out?
nice and simple I like that idea
Finally i have mounted the new pump from Dieselmeken in my car.
The original leaking O-ring Pre filter is in the garbage bag and a "new" from an OM616 w 123 is mounted with "real" banjocouplings !! so no more bubbles .
I have started the car and i runs perfect ! so soon the turbos will be installed.
a couple of pics i made a tool for the pump with IKEA parts
looks good
Hello you said you are using an external wastegate to bypass the high pressure turbo but there is no wastegate flange on the manifold?
The wastegate flange you fitted seems to be on the high pressure turbo outlet?
Or am I misunderstanding?
H.
(09-08-2013, 12:53 PM)Sotvisp Finally i have mounted the new pump from Dieselmeken in my car.
The original leaking O-ring Pre filter is in the garbage bag and a "new" from an OM616 w 123 is mounted with "real" banjocouplings !! so no more bubbles .
I have started the car and i runs perfect ! so soon the turbos will be installed.
a couple of pics i made a tool for the pump with IKEA parts
larsalan I guess I need to look at this stupid ass drip shit. What you have to like mess with those elements on the pump? What a fucking hassle. then use some wire to hold the throttle open or some shit?
(09-08-2013, 12:53 PM)Sotvisp Finally i have mounted the new pump from Dieselmeken in my car.
The original leaking O-ring Pre filter is in the garbage bag and a "new" from an OM616 w 123 is mounted with "real" banjocouplings !! so no more bubbles .
I have started the car and i runs perfect ! so soon the turbos will be installed.
a couple of pics i made a tool for the pump with IKEA parts
larsalan I guess I need to look at this stupid ass drip shit. What you have to like mess with those elements on the pump? What a fucking hassle. then use some wire to hold the throttle open or some shit?
looks great! I would love to see some videos and hear how that sounds!
lovley build, but how did you manage you'r oil?
return from the T70 to the small ? or did you make two single systems?
(10-30-2013, 03:20 AM)Ksteen2 lovley build, but how did you manage you'r oil?
return from the T70 to the small ? or did you make two single systems?
(10-30-2013, 04:32 AM)Flakis Very nice But i put my dieselmeken 7,5mm pump on 14 degrees and got a really good responseIm from Blekinge sweden ..is it more fast rev in the 14 degree mode??
Where in Sweden are you from?
(10-29-2013, 01:40 PM)willbhere4u looks great! I would love to see some videos and hear how that sounds!
(10-30-2013, 03:20 AM)Ksteen2 lovley build, but how did you manage you'r oil?
return from the T70 to the small ? or did you make two single systems?
(10-30-2013, 04:32 AM)Flakis Very nice But i put my dieselmeken 7,5mm pump on 14 degrees and got a really good responseIm from Blekinge sweden ..is it more fast rev in the 14 degree mode??
Where in Sweden are you from?
(10-29-2013, 01:40 PM)willbhere4u looks great! I would love to see some videos and hear how that sounds!
(10-30-2013, 04:32 AM)Flakis Very nice But i put my dieselmeken 7,5mm pump on 14 degrees and got a really good responseIm from Blekinge sweden ..is it more fast rev in the 14 degree mode??
Where in Sweden are you from?
(10-30-2013, 04:32 AM)Flakis Very nice But i put my dieselmeken 7,5mm pump on 14 degrees and got a really good responseIm from Blekinge sweden ..is it more fast rev in the 14 degree mode??
Where in Sweden are you from?
Sorry for the bad updates here i have an other projekt a 250tdt with 8 mm pump and ball-bearing turbo will be a new tread soon.
The 300 will be rebuild soon to bigger turbos for less back pressaure so as soon as some progress is made there will be updates.
Keep on Rocking Diesel lovers!!..
You from Blekinge? Where? I'm from Blekinge also, Karlskrona/Ronneby! And I don't recognize this build.
(02-23-2014, 08:11 AM)Sotvisp(02-23-2014, 05:10 AM)F.R.A.S You from Blekinge? Where? I'm from Blekinge also, Karlskrona/Ronneby! And I don't recognize this build.
Yes from Hassloe inbetween Kna-Rnb , i know Macke in your shop..
I have build many Diesels in the past...
Amazing I have to ask Macke why I haven't seen this build. What's the next project then?
You have to visit the shop and look at the e36/46 om605 Compakt. It's really coming together now. Far from the old soot-whore 4-5years ago
(02-23-2014, 08:11 AM)Sotvisp(02-23-2014, 05:10 AM)F.R.A.S You from Blekinge? Where? I'm from Blekinge also, Karlskrona/Ronneby! And I don't recognize this build.
Yes from Hassloe inbetween Kna-Rnb , i know Macke in your shop..
I have build many Diesels in the past...
(10-02-2013, 04:53 PM)Hario Hello you said you are using an external wastegate to bypass the high pressure turbo but there is no wastegate flange on the manifold?
The wastegate flange you fitted seems to be on the high pressure turbo outlet?
Or am I misunderstanding?
H.
(10-02-2013, 04:53 PM)Hario Hello you said you are using an external wastegate to bypass the high pressure turbo but there is no wastegate flange on the manifold?
The wastegate flange you fitted seems to be on the high pressure turbo outlet?
Or am I misunderstanding?
H.
(03-08-2014, 05:53 PM)Alcaid Compounding with the stock turbo without complete bypass (sequential) is a really bad idea with regards to back pressure...
(03-08-2014, 05:53 PM)Alcaid Compounding with the stock turbo without complete bypass (sequential) is a really bad idea with regards to back pressure...
Only enough wastegate bypass is needed to keep manifold back pressure down, 44mm for example?
The HP turbo only needs enough exhaust to drive the compressor wheel to produce 15psi PR (example figure).
Tito, there is a wastegate bypassing the small high pressure (primary) turbo, this is usually boost pressure referenced. But my setup will see the primary turbo wastegate reference exhaust manifold pressure. So it bypasses when exhaust pressure gets to an unacceptable level dictated by me and probably my EGT/EGP gauges.
Keep it up, compounding is the unsung hero of all things coal powered! Lol
H.