Thats the same heat exchanger I used. Biggest thing I found was the need for more water capacity. I added a small tank to the top of the intercooler which kept it happy, but could have done with more water capacity.
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full flow all the time, pump and fan relays are connected to ignition 'on' circuitThanks. Does that xxi kit implement a thermostatic control of the water pump or is it just full flow all the time?
full flow all the time, pump and fan relays are connected to ignition 'on' circuit
I've done that with my oil cooler, davies craig thermatic switch takes care of that, but I'm happy to leave the w2a running continuously, it doesn't draw much power and saves it having to try and catch up to the heat soak. It has a 9L res tank, system capacity is ~11LInteresting. Wouldnt it be more effective to run a thermostatic controller with the sensor on the intercooler?
I'm running it
I'm running it
This is interesting...View attachment 1088158
Yeah Graeme, I made this back in late 2012 out of two cores from frozen boost. It was good for 234rwkw with one of your earlier turbos pushing it way harder than recommended.Nice work - did you weld up the core or bought it like that?
I found one used for a good price. I have already ordered a new pump, a second exchanger to run in series, and a reservoir.Haven't had personal experience with it but just looking at it all everything is undersized, really needs 1" coolant outlets on the core and a bigger radiator, better pump, bigger volume of water ect, you would probably be better off piecing one together yourself.