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I like the black! Looks nice. Sure does look set back a lot ....but I'm used to 56 s.
When I had them weld in the motor mounts, they said they'd mount it back as far as they could so that I'd have plenty of room in front of it to do anything that I'd like.
When I had them weld in the motor mounts, they said they'd mount it back as far as they could so that I'd have plenty of room in front of it to do anything that I'd like.
Note that means you'll have to do electric fan, as it will be pretty far to extend a mechanical fan to make it work.
Note that means you'll have to do electric fan, as it will be pretty far to extend a mechanical fan to make it work.
Sam
Yes, I planned on doing an electrical fan. Haven't decided which one yet. I just got my radiator, so I need to measure it and find out what size I need the shroud and fan to be.
Note that means you'll have to do electric fan, as it will be pretty far to extend a mechanical fan to make it work.
Sam
Hi Sam
What would be the ideal distance the mechanical fan should set from the radiator. I haven,t got to mounting my mounts yet but I've all ways tried to get my numbers first.
PS Derek You got it looking good.
Hi Sam
What would be the ideal distance the mechanical fan should set from the radiator. I haven,t got to mounting my mounts yet but I've all ways tried to get my numbers first.
PS Derek You got it looking good.
as I understand it, the front face of the fan has to be at least 1.5 inches INSIDE the shroud, or it is ineffective, and you MUST have a shroud if you want a mechanical fan to work. So, depending on the depth of your shroud, then you can calculate the rest of the measurements.. I've seen mechanical fans as far back as 3 in from the radiator and as close as an inch.
The shroud is really for the stuck in traffic air flow, and the fan has to be capable of pulling the air from all over the radiator to keep the temps down during stop & go traffic.
The rest of the time you want it as open as possible for max air flow.. all of the gasketing, and rubber air dams around the cowl are all about keeping the engine bay hot air out of the input side of the radiator in the stop & go traffic, and to insure that the driving airflow has to go THRU the radiator and there is no 'easy' way around it..
(air like water takes the path of lrast resistance!)..