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Belt tensioner is grumbling.. really loud!! Allmakes, purchased Aug 2020!! Bet it's not done 5000 miles
Never go alone it ended up like 4-5miles of that getting further from the road, atleast with 2 motors if one sticks or failed your not strandedI see you took the precaution of having a rescue car escort you
A common problem with noise from the compressor is the EAS box resting on the inner wing. a few whacks on said inner wing with a soft faced hammer increases the clearance and stops the noiseTook Otto to Holmes Chapel and back, around 45 miles total. Nice and comfy, steady on the cruise control on the motorway back, smooth and torquey on the A roads down.
EAS compressor still making a lot of noise, suspect the mounts are shot and will change them soon.
Heating erratic - OK on the way there, coming back was boiling hot only, unless selected low, then cold only. And distribution seemed iffy. But then he is leaking and getting damp again so that won't help.
First 1/2 - 1 mile was stalling wen coming to a stop, after that was fine. Maybe I need to get him hot and ready for the open road, reset the adaptive values, and give him a decent run to sort that? Coming to a stop warm the idle drops to about 500rpm against load, pop into neutral and it pops straight up to 750-800 as it should.
Used wrong button and discovered the rear washer has, after 9 months, decided to work. Only dribbling but better than nothing.
Still got all the Nanocom documentation / guides to read.
There is space for the compressor to thrash about more than it ought on the mounts from the look of it. And the ones in the pump don't look like those on sites / videos online so I think they have been butchered / substituted / broken a bit.A common problem with noise from the compressor is the EAS box resting on the inner wing. a few whacks on said inner wing with a soft faced hammer increases the clearance and stops the noise
10 to 15mm drop overnight is OK according to Land RoverThere is space for the compressor to thrash about more than it ought on the mounts from the look of it. And the ones in the pump don't look like those on sites / videos online so I think they have been butchered / substituted / broken a bit.
At least with the compressor piston / sleeve overhaul the actual mechanism runs quieter. And since the slow drop overnight is even I'm guessing that is a worn exhaust solenoid / valve that will sort with a valve block overhaul soon.
Took Otto to Holmes Chapel and back, around 45 miles total. Nice and comfy, steady on the cruise control on the motorway back, smooth and torquey on the A roads down.
EAS compressor still making a lot of noise, suspect the mounts are shot and will change them soon.
Heating erratic - OK on the way there, coming back was boiling hot only, unless selected low, then cold only. And distribution seemed iffy. But then he is leaking and getting damp again so that won't help.
First 1/2 - 1 mile was stalling wen coming to a stop, after that was fine. Maybe I need to get him hot and ready for the open road, reset the adaptive values, and give him a decent run to sort that? Coming to a stop warm the idle drops to about 500rpm against load, pop into neutral and it pops straight up to 750-800 as it should.
Used wrong button and discovered the rear washer has, after 9 months, decided to work. Only dribbling but better than nothing.
Still got all the Nanocom documentation / guides to read.
Whenever I get together with my two daughters and grandkids, I get a supply of " ASDA Root Beer"...that's BRILLIANT for enormous burps after dinner!Worth a try Cola usually works for me
How cold?Here's a question, why is there always a 'little' bit of pressure released when you take the expansion cap off when it's cold?
Not sure precisely but cold to the touchHow cold?
A small difference in temperature between the coolant and ambient will cause air to escape or to be drawn in.Not sure precisely but cold to the touch
Just me being paranoid thenA small difference in temperature between the coolant and ambient will cause air to escape or to be drawn in.
been thinking more on this, probably overthinking, will probably start a new fred when i have a moment...A small difference in temperature between the coolant and ambient will cause air to escape or to be drawn in.
been thinking more on this, probably overthinking, will probably start a new fred when i have a moment...
casting my memory back to skool days and physics and chemistry lessons
2 things.. vapour pressure of water and solubility of oxygen in water and how both of these impact coolant system pressure.
mainly, as water temp rises, oxygen in the water is displaced. it can only go into the expansion tank as its a closed system, this happens fairly readily as the temperature increases.
as the system cools again, oxygen is re-absorbed. as the temperature and pressure reduce, this process slows. the surface area in the expansion tank vs total volume of water is quite small, limiting the absorption capability. this would present a small amount of excess pressure that has nowhere to go.
am i talking complete rubbish?
It must take quite a while to reach equilibrium though, especially with fresh tap water which is full of oxygen?Sounds like rubbish to me. It is a closed system so if it goes back to same temperature it should have the same pressure once it reaches equilibrium. Of course, if it vents and then cools it may have a slight vacuum but I doubt it seals that well so even that will be lost before long or vapour will fill the gap.
Sounds like a complicated answer to a simple problembeen thinking more on this, probably overthinking, will probably start a new fred when i have a moment...
casting my memory back to skool days and physics and chemistry lessons
2 things.. vapour pressure of water and solubility of oxygen in water and how both of these impact coolant system pressure.
mainly, as water temp rises, oxygen in the water is displaced. it can only go into the expansion tank as its a closed system, this happens fairly readily as the temperature increases.
as the system cools again, oxygen is re-absorbed. as the temperature and pressure reduce, this process slows. the surface area in the expansion tank vs total volume of water is quite small, limiting the absorption capability. this would present a small amount of excess pressure that has nowhere to go.
am i talking complete rubbish?
It must take quite a while to reach equilibrium though, especially with fresh tap water which is full of oxygen?
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