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 Posted: Sat Mar 29, 2014 2:16 pm |
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Joined: Oct 17, 2012
Posts: 25
Trade Rating: 0
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Hi guys, I got round to changing the aux belt on my 206 1.4 today. All was going well until we started her up and SMOKE!. The belt is rubbing on the tensioner bracket and no matter how many times I move it away the belt slips back again. Can anyone shed any light to this problem.
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Posted: Sat Mar 29, 2014 2:47 pm |
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Joined: Feb 07, 2010
Posts: 3085
Trade Rating: +12
Location: Essex
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Its not tracking the belt straight.... check you have located it correctly. There is a peg that locates it. you may have it on pi... (drunk)
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Posted: Sun Mar 30, 2014 7:18 am |
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Joined: Aug 04, 2011
Posts: 1343
Trade Rating: 0
Location: Swindon
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When working with flat belts they "climb" up hill. If the pulley isn't square the belt will climb the pulley.
When you look at some of the old fashioned steam or stationary engines that drive other equipment via large flat belts the reason the belts stay on is the pulleys are convex (they are slightly larger in the middle than outside edges.) therefore each side of the belt tries to "climb" toward the centre keeping the belt on the pulley. Useless info for the day over.
If you pulley isn't square the belt will climb that pulley.
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| Morris 1000, Austin 1100, Escort Mk2, Fiat Mirafiori, Alfa 33, Alfa GT Junior, Alfasud, Alfetta GTV (2x), Alfa 164 3.0 V6, Alfa 164 2.0, Alfa 75 V6, Alfa 156 2.4 (diesel remapped 200bhp), Alfa 147 GTA (3.6 295bhp), Alfa 159 (diesel remapped 245bhp 300ft.lbs @ 2500rpm)
Why isn't my daughter an Alfaholic? | |
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Last edited by kandlbarrett on Mon Mar 31, 2014 3:31 am; edited 1 time in total
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Posted: Sun Mar 30, 2014 12:35 pm |
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Joined: Feb 07, 2010
Posts: 3085
Trade Rating: +12
Location: Essex
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| kandlbarrett wrote: |
When working with flat belts they "climb" up hill. If the pulley isn't square the belt will climb the pulley.
When you look at some of the old fashioned steam or stationary engines that drive other equipment via large flat belts the reason the felts stay on is the pulleys are convex (they are slightly larger in the middle than outside edges.) therefore each side of the belt tries to "climb" toward the centre keeping the belt on the pulley. Useless info for the day over.
If you pulley isn't square the belt will climb that pulley. |
you put it far better than I could.... 
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