Turbine Doc
Just Another Diesel Guy
I Love this forum, as one can learn new stuff all the time, and I mean that in a good way not sarcastically. As I noted before TD is turbine doc, and not trans doc.
But inquiring minds have got to know; if it is a risk what do the trans experts that see a trans daily think the risk level is? & frequency they see this as being an issue in what they see in there shops from day to day.
If so risky why do mfrs used WTO exchangers, or fail alert us to the risk, now I'll be doing a rethink on the strategy possibly of my set up
I'll be adding trans fluid testing to my sample program, also be considering a periodic trans fluid pressure test as well, as part of my preventative maintenance schedule.
Don't the higher temps within a trans "boil off" moisture that may accumulate in small amounts,
Also what is unique in glycol coolant that dissolves glue used in clutch packs, a variation of glycol is used in large generator/alternator cooling because it has less propensity to attack the generator in event of a leak in the ATW (glycol substituted for the water) in this case.
I could fathom water/glycol causing lubricity problems of the trans fluid and that causing clutch packs over time, but I'm resistive to accept the notion one does not have time to detect it.
But inquiring minds have got to know; if it is a risk what do the trans experts that see a trans daily think the risk level is? & frequency they see this as being an issue in what they see in there shops from day to day.
If so risky why do mfrs used WTO exchangers, or fail alert us to the risk, now I'll be doing a rethink on the strategy possibly of my set up
I'll be adding trans fluid testing to my sample program, also be considering a periodic trans fluid pressure test as well, as part of my preventative maintenance schedule.
Don't the higher temps within a trans "boil off" moisture that may accumulate in small amounts,
Also what is unique in glycol coolant that dissolves glue used in clutch packs, a variation of glycol is used in large generator/alternator cooling because it has less propensity to attack the generator in event of a leak in the ATW (glycol substituted for the water) in this case.
I could fathom water/glycol causing lubricity problems of the trans fluid and that causing clutch packs over time, but I'm resistive to accept the notion one does not have time to detect it.
Last edited: