| ||||||||
![]() |
| | LinkBack | Thread Tools | Display Modes |
| ||||||||||||
| Hey folks I got a 1986 Lt250r and When I was taking off the damper I nicked my brand new source coil and now I'm not getting any spark so I figured it was bad and I found another older stator laying around with a source coil on it. Now I tested the old source coil I found for resistance and its not reading anything its not even changing the numbers on the multimeter at all. Does this mean its no good? What is the Ohms of resistance a good source coil should read?? When I tested it what I did was put on end on the mount part of the csource coil that holds it onto the stator and the other end on the wire coming out of the source coil.. Is this how you test it?? If not how do you test the source coil?? Thanks much.. Also I have a bent a-arm and I bought a new one but no matter what I try I cannot disconnect the a-arm from the steering nuckle... I can't get the tie rod end or wishbone mounts out. Are they pressed in or something I tried beating them out with a hammer and had no luck... Any ideas?? thanks
__________________ \ "My Myspace page here" 1986 Zuki Lt250r:
Used to have a 1991 With:Leagers +2 A-arms Works steelers fronts Revalved rear Pep steering damper Maier Plastics Tether kill Dg Nerfs Dg front and rear bumper Pual turner Pipe Fatboy Silencer? 18" Rear tires Motion Pro twist throttle (Got rid of quad for a damn mustang which I NO LONGER have )
|
| Sponsored Links |
![]() |
| Tags |
| arm, ball joint, source coil, spark, stator |
« Previous Thread
|
Next Thread »
| Thread Tools | |
| Display Modes | |
| |
All times are GMT -4. The time now is 01:05 PM.
Powered by vBulletin® Version 3.7.3
Copyright ©2000 - 2008, Jelsoft Enterprises Ltd.
SEO by vBSEO 3.1.0 Advertising | Bad Credit Loan | Debt Consolidation | Loan | Debt Help
Copyright ©2000 - 2008, Jelsoft Enterprises Ltd.
SEO by vBSEO 3.1.0
vBCredits v1.4 Copyright ©2007 - 2008, PixelFX Studios
Copyright 2005 everything2stroke.com
























Used to have a 1991 With:
)













Linear Mode
