1996 SL2 Won't Start

Discussion in 'Saturn S-series' started by hot_chevelle, Jan 29, 2008.

  1. hot_chevelle

    hot_chevelle Guest

    Okay, I'll start by saying I've dug through the internet looking to
    solve this problem and haven't found an answer yet so I came here. I
    have a 96 SL2 that won't turn over. I've replaced the battery,
    alternator, and JUST finished replacing the starter.

    The symptom is the same as with the old starter, it will click, lights
    dim, and it doesn't turn the engine over. I'm lost as to what it would
    be.
     
    hot_chevelle, Jan 29, 2008
    #1
  2. hot_chevelle

    Bob Shuman Guest

    Have you attempted to turn the engine by hand using a socket or wrench on
    the harmonic balancer pulley? If it does not turn then it may have internal
    damage preventing rotation (Be careful when you do this and take
    precautions to make sure the engine will not start.)

    Was the starter solenoid replaced? Are you sure the solenoid is good? (The
    replacement may be defective.) Is the "click" you are hearing the solenoid
    engaging? If so, then the ignition switch and starter relay are good, so
    look for issues in the high current path.

    Are you certain that the full battery current is getting tot the starter?
    Are both of the cables (positive and negative/ground too) tight clean and
    not internally corroded/damaged? Are connections at both ends (grounds to
    the engine block for instance) clean and tight?

    Good luck.

    Bob
     
    Bob Shuman, Jan 29, 2008
    #2
  3. hot_chevelle

    Gyzmologist Guest

    I agree with Bob, a seized engine would do this.

    A quick way to check for a bad ground is to use a volt meter with one
    lead on the starter housing or engine block and the other on the
    battery's negative post. If you see more than 1 volt while cranking then
    you have a problem with the ground cable.

    All wires have some resistance, so some voltage is expected. The voltage
    across the cable will be in proportion to the current. Knowing the
    cable's length, gauge, and material (CU or AL), we can calculate its
    resistance and determine the amperage it is carrying from the voltage. I
    know this works because I saw it on a box of cereal.
     
    Gyzmologist, Jan 30, 2008
    #3
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