Take your ball and go home.Almost identical
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Take your ball and go home.Almost identical
Take your ball and go home.
Never feel like you are wasting our time, if it's got you concerned enough to ask then we are happy to talk you through it.lmaoooo
I’ll continue to drive and see if the smoking persists and where from
Sorry if I’ve wasted anyone’s time
Yes, agreed. I had wondered this myself and better safe than sorry.Never feel like you are wasting our time, if it's got you concerned enough to ask then we are happy to talk you through it.
Only one way to learn and receive guidance sometimes. Wasted time? I'm sure most, if not all, of us are getting on here and passing spare time. If one were to view it as a waste their time, they'd be free to move on to other endeavors and not reply.Sorry if I’ve wasted anyone’s time
Indeed. It's not as easy as it looks, because the gauge face was designed by a middle-school kid to look "pleasant" which causes the gauge to be TOTALLY MISLEADING.Are you reading the gauge correctly?
Nope.The span is between 100 - 210 . Each has has an approximate value of 13.8 or round up to 15. Therefore 195 would be 2.5 - 3 hash marks below 210.
Indeed. It's not as easy as it looks, because the gauge face was designed by a middle-school kid to look "pleasant" which causes the gauge to be TOTALLY MISLEADING.
Nope.
Look at the temp gauge. Low reading is 100. High reading is 260. That's a 160 degree difference.
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But the middle of the gauge is not 100 + (160/2) = 180. It's 210. So the first half of the gauge represents 110 degrees increase in temp, while the second half of the gauge only covers 50 degrees. The higher the needle goes, the fewer degrees are between the evenly-spaced markings on the gauge face. This it totally common with temp gauges, but most (aftermarket) gauge manufacturers have enough sense to not use evenly-spaced markings on the gauge face.
Example:
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The marks on the GM instrument cluster gauge do not represent an evenly-spaced amount of degrees. The gauge markings are screwed-up to look symmetrical and evenly-spaced when the temperatures they represent are not evenly-spaced.