Thanks for that graph,
From what i can understand then the fan helps with cooling over 110c normal driving, went out for a 60 mile drive today and temp gauge sat in the middle (119c) but when i stopped the fan was not on, which according to your chart it should have been.
Is there a way i can test the fan will switch on at temp please.
Thanks Bill
 
Thanks for that graph,
From what i can understand then the fan helps with cooling over 110c normal driving, went out for a 60 mile drive today and temp gauge sat in the middle (119c) but when i stopped the fan was not on, which according to your chart it should have been.
Is there a way i can test the fan will switch on at temp please.
Thanks Bill
I said the gauge stays at the middle "up to 119" as it goes to the middle at 70*C so between 70 and 119 you never know the ECT without additional gauge... though if you want to check the fan remove relay R4 and bridge the perpendicular cavities in the fusebox with a piece of wire, if everything is OK it should start
 
I said the gauge stays at the middle "up to 119" as it goes to the middle at 70*C so between 70 and 119 you never know the ECT without additional gauge... though if you want to check the fan remove relay R4 and bridge the perpendicular cavities in the fusebox with a piece of wire, if everything is OK it should start
Sorry i misread your post, can you clarify "the perpendicular cavities" please, I assume you mean the slots the relay pins go into but if it is a four pin relay there will be four slots
 
Sorry i misread your post, can you clarify "the perpendicular cavities" please, I assume you mean the slots the relay pins go into but if it is a four pin relay there will be four slots
Yes, four slots and only two are perpendicular, there is the relay's contact, 30 - 87

Relay pins.jpg
 
Aksherly, "perpendicular" only means "to a given plane" so SF is technically right.
Many think of "perpendicular" as being "vertical" as opposed to "horizontal".
Just sayin, like!;):D:D:D
 

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