Delphi Ignition Coil P/N:GN10845
Delphi GN10313 ignition coil for the 2009-2010 Toyota Corolla 4-cylinder 2.4L and other vehicles steps up battery voltage so the spark plugs can fire. Delphi engineers it to OE design specifications.
Hard starting, a misfire or rough running can be signs of a weak coil. Worn spark plugs, a faulty sensor or a fuel problem can be behind the same signs, so find the cause before buying a coil. If a failed coil is the cause, this one replaces it.
Listed for a wide range of Toyota, Scion, Lexus and Pontiac models, this ignition coil is a direct-fit replacement for the 2002-2011 Toyota Camry 4-cylinder 2.4L and the 2001-2003 Toyota RAV4 4-cylinder 2.0L and 2004-2008 RAV4 4-cylinder 2.4L, among others. This listing is one coil, and each of those cars takes four. If your car isn't named here, look it up on the Buyer's Guide tab.
Fit and size
Build and materials
One ignition coil.
Is this Toyota Camry ignition coil right for the 2002-2011 Camry 4-cylinder 2.4L?
Yes. Delphi GN10313 is listed for the 2002-2011 Toyota Camry 4-cylinder 2.4L, which takes four coils.
Is this the engine coil for the 2009-2010 Toyota Corolla 4-cylinder 2.4L?
Yes. Delphi GN10313 is listed for the 2009-2010 Toyota Corolla 4-cylinder 2.4L, and this listing is one coil.
How is this Delphi coil pack wound and coated?
The windings use a smart winding process that controls wire lengths to keep voltage the same, and the wire has a high quality coating that resists imperfections that lead to failure.
How can I tell an ignition coil like the Delphi GN10313 is going bad?
Hard starting, a misfire or rough running can be signs. With the engine off and cool, you can look for cracks or burn marks on the coil body, and a shop can test its output.
Does the Delphi GN10313 come with spark plugs?
No. This listing is one ignition coil; spark plugs are sold separately.
WARNING: These products can expose you to chemicals including lead and phthalates, which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov.