SL/R230: SL600 / SL65 Intercooler system liquid Air probleem solved.
#1
Super Member
Thread Starter
SL600 / SL65 Intercooler Air probleem solved.
Hello members.
I've been thinking for a long time what would be the simplest and best way to get rid of Inrecoolerin coolant liquid air problem. I'm tired of the constant bleed the air from the system and a decrease in power.
Now I have solved the problem the best and most effective way to get rid of it!
Im gone show you what I have already done and I'm 100% sure that after this modification Im gone have al the time full power at the engine.
I started from following point? Its so tight every where but I found a solution after a lot of measurements.
Keep in touch. .
I've been thinking for a long time what would be the simplest and best way to get rid of Inrecoolerin coolant liquid air problem. I'm tired of the constant bleed the air from the system and a decrease in power.
Now I have solved the problem the best and most effective way to get rid of it!
Im gone show you what I have already done and I'm 100% sure that after this modification Im gone have al the time full power at the engine.
I started from following point? Its so tight every where but I found a solution after a lot of measurements.
Keep in touch. .
Last edited by Ekselent; 05-13-2017 at 05:48 PM.
#2
Super Member
Thread Starter
#3
Super Member
Thread Starter
My idea is make a expansion tank.
I want to use the OEM parts for this so its gone look like a OEM tank.
Its easier to install it bak also.
I'm gone install also from right and left intercoolers tubes to the expansion tank. So the system is going to bleed air itself. Same way the engine coolant system do. The expansion tank size is about 1 liter / 0,26 gal. So its gone be big enough. I'm little worried if the expansion tank cap hit the engine hood. I have measure it many times so I think it would fit.
Here few pictures about the tank.
I want to use the OEM parts for this so its gone look like a OEM tank.
Its easier to install it bak also.
I'm gone install also from right and left intercoolers tubes to the expansion tank. So the system is going to bleed air itself. Same way the engine coolant system do. The expansion tank size is about 1 liter / 0,26 gal. So its gone be big enough. I'm little worried if the expansion tank cap hit the engine hood. I have measure it many times so I think it would fit.
Here few pictures about the tank.
Last edited by Ekselent; 05-13-2017 at 03:56 PM.
#4
Super Member
Thread Starter
#5
Super Member
Thread Starter
Bad news. The expansion tank was to high.
The cap hits the hood. The space decreases closer to the front. Thats why it hits.
Today I have lowered the tank and I have paint it again.
Tomorrow I'm gone install it back.
The cap hits the hood. The space decreases closer to the front. Thats why it hits.
Today I have lowered the tank and I have paint it again.
Tomorrow I'm gone install it back.
#6
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#7
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The following 5 users liked this post by Ekselent:
evoviiiyou (02-16-2024),
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Welwynnick (05-19-2017)
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#9
Super Member
Thread Starter
#11
Nice work
I guess everyone wants to buy a product that cheap if it helps the inlet air temperature lower.
Have you testet it properly?
There are a specific way you shall bleed the original system as you know.
Did you do that and then compared it with original setup?
Your set up doesn't cool anymore than the original, but you indicate that it's impossible to bleed the original and therefore I will get air pockets now and then that will slow me down?
I'm in if that's the thing, but is it?
Or is this your way of skipping the bleeding prosess because it's time consuming and can get air pockets if not done right?
Do you have any before and after IAT values?
I guess everyone wants to buy a product that cheap if it helps the inlet air temperature lower.
Have you testet it properly?
There are a specific way you shall bleed the original system as you know.
Did you do that and then compared it with original setup?
Your set up doesn't cool anymore than the original, but you indicate that it's impossible to bleed the original and therefore I will get air pockets now and then that will slow me down?
I'm in if that's the thing, but is it?
Or is this your way of skipping the bleeding prosess because it's time consuming and can get air pockets if not done right?
Do you have any before and after IAT values?
#12
Super Member
Thread Starter
Nice work
I guess everyone wants to buy a product that cheap if it helps the inlet air temperature lower.
Have you testet it properly?
There are a specific way you shall bleed the original system as you know.
Did you do that and then compared it with original setup?
Your set up doesn't cool anymore than the original, but you indicate that it's impossible to bleed the original and therefore I will get air pockets now and then that will slow me down?
I'm in if that's the thing, but is it?
Or is this your way of skipping the bleeding prosess because it's time consuming and can get air pockets if not done right?
Do you have any before and after IAT values?
I guess everyone wants to buy a product that cheap if it helps the inlet air temperature lower.
Have you testet it properly?
There are a specific way you shall bleed the original system as you know.
Did you do that and then compared it with original setup?
Your set up doesn't cool anymore than the original, but you indicate that it's impossible to bleed the original and therefore I will get air pockets now and then that will slow me down?
I'm in if that's the thing, but is it?
Or is this your way of skipping the bleeding prosess because it's time consuming and can get air pockets if not done right?
Do you have any before and after IAT values?
Last edited by Ekselent; 09-19-2018 at 07:02 PM.
#13
Ok. My first thought was that this is more for people struggling to get the air pockets out of the system. If you don't do it right with the extra bleeding tool. The bleeding process get all air out. Then again it may get air in again trough the filler cap valve.
#14
MBWorld Fanatic!
Without an expansion tank, normal heating/cooling of the system will force out a little coolant and draw air back in when it cools. Some have fitted a tank connected to the overflow connection that is left open from factory to prevent this. Or swap to the m279 parts which have a tank and bolt up to stock parts.
#15
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Thread Starter
#16
Super Member
Can't we just attach a rubber hose to that nipple and attach the other end to a reservoir of coolant to achieve the same result? The same way Toyotas do with their cooling system, the radiator has a nipple sticking out and with a tube attached that leads to a reservoir.
#17
MBWorld Fanatic!
Can't we just attach a rubber hose to that nipple and attach the other end to a reservoir of coolant to achieve the same result? The same way Toyotas do with their cooling system, the radiator has a nipple sticking out and with a tube attached that leads to a reservoir.
#19
Can't we just attach a rubber hose to that nipple and attach the other end to a reservoir of coolant to achieve the same result? The same way Toyotas do with their cooling system, the radiator has a nipple sticking out and with a tube attached that leads to a reservoir.
#20
Super Member
Thread Starter
#21
Super Member
Thread Starter
Can't we just attach a rubber hose to that nipple and attach the other end to a reservoir of coolant to achieve the same result? The same way Toyotas do with their cooling system, the radiator has a nipple sticking out and with a tube attached that leads to a reservoir.