Delphi GN10192 ignition coil for the 2001-2006 Mazda Tribute V6 3.0L sends spark energy to a spark plug so the engine can start and run.
- Designed and endurance tested using high quality materials
- Durability and electromagnetic capacity level requirements met
- Delivers power to the spark plugs for fast starts and consistent engine performance
- Winding process controls wire lengths to keep voltage the same
- High quality wire coating resists imperfections that lead to failure
Quick facts
- Part: Delphi GN10192 ignition coil
- Fits: 2001-2006 Mazda Tribute V6 3.0L
- Condition: New
A weak ignition coil can show up as a misfire, rough running or hard starting. Worn spark plugs or a damaged connector may also be behind those signs, so pin down the cause before you buy a coil.
Fits
It fits the 2001-2006 Mazda Tribute V6 3.0L and the 2008 Tribute V6 3.0L. That engine takes six coils, and this listing is one.
Specifications
Fit and size
- Quantity per vehicle: 6
- Connector: 2 pin male sealed connector
Build and materials
- Condition: New
- Boot: comes with the coil
In the box
One ignition coil, with its boot.
This part cross-references / interchanges with the following part numbers:
2M7, 5C1449, E261, E261P, 178-8320, 26331, 26C1009, 52-1787, 673-6005, C1387, IC386, IC526, CLS1044, 2-50053, AJ03-18-100, AJ09-18-100, IC386SB, U5089, 36-8049, C-513, FD-502, FD-502T, CFD502, 921-2004, 921X2004, C1458
Frequently Asked Questions
Is Delphi GN10192 the right Mazda Tribute ignition coil for the 2001-2006 V6 3.0L?
Yes, Delphi GN10192 fits the 2001-2006 Mazda Tribute V6 3.0L and the 2008 Tribute V6 3.0L.
Does this Delphi ignition coil pack come with the boot?
Yes, the coil comes with its boot. The package holds one ignition coil.
Is the Delphi coil pack GN10192 one coil or a full set?
Delphi GN10192 is one ignition coil, sold individually. The V6 3.0L engine takes six.
What connector does the Delphi GN10192 use?
Delphi GN10192 has a 2 pin male sealed connector.
How do Delphi coils keep voltage consistent?
This coil is made with a winding process that controls wire lengths to keep voltage the same. Its wire coating resists imperfections that lead to failure.
