I will await the first report of oil devastation with great interest...until that time there appears to be nothing for 2.0 D5 drivers to worry about eh
Hauser -
The part with the green circle is the SCR thingy and on the D5 2.0 it is bolted onto the engine. The chances of oil dilution are low due to less chance of incomplete or partial regen's. No cases so far that I have heard about. However, analysing the oil is a good idea and I already have a Millers oil analysis tube here But I think you should definitely be checking yours.
is that a MY19 D5 2.0?
Because for MY17/18 I know where the DPF (SCR) is located and that it therefore doesn't suffer from the oil dilution issue. But I wrote that already a couple of times.
And again: I am not talking about oil dilution issues here. (Why do I have to keep saying this? )
Greets,
Hauser
Discovery 5 (MY 2021): HSE, D300, Fuji White
Discovery Sport (MY 2016): HSE, TD4, Firenze Red w. black roof
Thanks for being patient, I only read the whole message trail tonight in detail. Mine is a March 2017 2.0 D5 HSE with 30kmiles/48k km on the clock.
We have established oil dilution is not a problem on this engine. I have not had any signs of balance shaft issues so far. I do have an oil analysis bottle for the next oil change which will be in the next 11000 miles. Did you have any balance shaft issues with your DS?
Just for the record my oil gets changed every 10000 miles or so.
so far I have not (balance shaft issue on my DS).
I might be lucky, since a lot of the people that have get it before 18.000 miles. My DS did more than that.
Greets,
Hauser
Discovery 5 (MY 2021): HSE, D300, Fuji White
Discovery Sport (MY 2016): HSE, TD4, Firenze Red w. black roof
There you go guys...
Those are my oil test results (2.0L 180 PS Disco Sport). You can see that there is no oil dilution issue, but severe levels of iron and aluminium in the oil.
Greets,
Hauser
Discovery 5 (MY 2021): HSE, D300, Fuji White
Discovery Sport (MY 2016): HSE, TD4, Firenze Red w. black roof
You can only say it's 'severe' if you offer the comparative 'normal' figures e.g what is the expected wear for this or any engine in year 1 v years 2 etc ?
The telling thing is that in year 1 ...wouldn't you anticipate higher results due to 'running in' ...I appreciate that most engines don't require a full running in regime compared to 40 years ago but nevertheless engines always 'loosen up' after the first year ...your figures show a significant reduction in mg year 2.
no they don't show a significant drop.
The first test was made with more than 2.3x the milage of the second test. If you multiply the numbers by 2.3 you end up at pretty much with the same numbers as in the first test.
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