lsj heat exchanger question
lsj heat exchanger question
This might of been covered already
Currently I have an aftermarket cx racing heat exchanger with option b hooked to it.
I'm wondering if its really necessary to hook it up with the stock heat exchanger? Will I see a change in my intake temps?
Stock endplate also
I'm getting tuned next week and just wondering if its really something i should do
Thanks
Currently I have an aftermarket cx racing heat exchanger with option b hooked to it.
I'm wondering if its really necessary to hook it up with the stock heat exchanger? Will I see a change in my intake temps?
Stock endplate also
I'm getting tuned next week and just wondering if its really something i should do
Thanks
Generally, the more fluid you have in the system, the less prone to heat soak you become. I've always ran my stock h/e and aftermarket one in series, but I have seen others bypass the factory unit.
The CXRacing FMHE holds about them same amount of coolant as the stock HE. So if you bypass the stock to the CXR then your effectively just using the stock capacity. Run them in sequence and you double the amount of coolant in the system. More is better.
the manifold mey get the same temp as the head but the laminova cores do not get the same temp as the manifold due to the cooler liquid flowing through them then back out to the H.E. which then takes the heat out of the coolant so it can start the process over again so the system gets hot but not heat soaked
technicaly Heat soak only occurs when you shut the engine off. It's basically the engine retaining all the heat that would usually be dissapated through the flowing coolant in the engine. Since the water pump is no longer moving water through out the radiator the engine cannot be cooled, thus keeping the heat soaked in the engine and the the same for the H.E. system
technicaly Heat soak only occurs when you shut the engine off. It's basically the engine retaining all the heat that would usually be dissapated through the flowing coolant in the engine. Since the water pump is no longer moving water through out the radiator the engine cannot be cooled, thus keeping the heat soaked in the engine and the the same for the H.E. system
the manifold mey get the same temp as the head but the laminova cores do not get the same temp as the manifold due to the cooler liquid flowing through them then back out to the H.E. which then takes the heat out of the coolant so it can start the process over again so the system gets hot but not heat soaked
technicaly Heat soak only occurs when you shut the engine off. It's basically the engine retaining all the heat that would usually be dissapated through the flowing coolant in the engine. Since the water pump is no longer moving water through out the radiator the engine cannot be cooled, thus keeping the heat soaked in the engine and the the same for the H.E. system
technicaly Heat soak only occurs when you shut the engine off. It's basically the engine retaining all the heat that would usually be dissapated through the flowing coolant in the engine. Since the water pump is no longer moving water through out the radiator the engine cannot be cooled, thus keeping the heat soaked in the engine and the the same for the H.E. system
Would having the car off but leaving the electronics on(which would make ic pump be on) prevent this?
I do leave my IC pump on when the car is off after going down the track. It may help, although without any air flow since the car isn't moving, it doesn't help that much. I do fill my flow-through tank with ice as well which helps more.
the manifold mey get the same temp as the head but the laminova cores do not get the same temp as the manifold due to the cooler liquid flowing through them then back out to the H.E. which then takes the heat out of the coolant so it can start the process over again so the system gets hot but not heat soaked
technicaly Heat soak only occurs when you shut the engine off. It's basically the engine retaining all the heat that would usually be dissapated through the flowing coolant in the engine. Since the water pump is no longer moving water through out the radiator the engine cannot be cooled, thus keeping the heat soaked in the engine and the the same for the H.E. system
technicaly Heat soak only occurs when you shut the engine off. It's basically the engine retaining all the heat that would usually be dissapated through the flowing coolant in the engine. Since the water pump is no longer moving water through out the radiator the engine cannot be cooled, thus keeping the heat soaked in the engine and the the same for the H.E. system
you can consider it if you want but it is not heat soak
Thread
Thread Starter
Forum
Replies
Last Post
2.0 LSJ Engine: aem wideband,zzp front mount exhanger,stock exchanger
n20saturn
Parts
7
Sep 30, 2015 12:26 AM



