FORD ignition coils Custom

OE Number:
CM5G12A366CB  CM5G12A366CA  CM5Z12029C  CM5Z12029B  DG553  DG556

MODEL:DHFD-102

Application Summary:
1760593, 1776803, 1827901
DG556
FORD  Fiesta  2014-2017
  Focus  2015-2017

OE Number:
DS7G12A366BB  DS7G12A366BA  DS7212029B  DS7Z12029A

MODEL:DHFD-103

Application Summary:
FORD ESCAPE 2017 L4-1.5L
FORD FUSION 17-14 L4-1.5L

OE Number:BL3Z12029C  BL3E12A375CC

MODEL:DHFD-170

Application Summary:
FORD EXPEDITION 17-15 V6-3.5L
FORD EXPLORER 17-13 V6-3.5L
FORD F-150 16-11 V6-3.5L
FORD FLEX 15-13 V6-3.5L
FORD POLICE INTERCEPTOR SEDAN 16-13 V6-3.5L
FORD POLICE INTERCEPTOR UTILITY 17-14 V6-3.5L
FORD TAURUS 16-13 V6-3.5L
FORD TRANSIT-150 17-15 V6-3.5L
FORD TRANSIT-250 17-15 V6-3.5L
FORD TRANSIT-350 17-15 V6-3.5L
FORD TRANSIT-350 HD 17-15 V6-3.5L
LINCOLN MKS 16-13 V6-3.5L
LINCOLN MKT 16-13 V6-3.5L
LINCOLN NAVIGATOR 17-15 V6-3.5L

OE Number:BR3Z12029A

MODEL:DHFD-172

Application Summary:
Ford F-150 5.0L 302cid  11-16 
Ford Mustang 5.0L 302cid  11-16

OE Number:6E5Z12029BA  6E5E12A375BB

MODEL:DHFD-173

Application Summary:
Ford Escape 3.0L 181cid  09-12 
Ford Fusion 3.0L 181cid  06-12 
Lincoln Zephyr 3.0L 181cid  06-06 
Mazda Tribute 2.5L 152cid  09-09 
Mazda Tribute 3.0L 181cid  08-11 
Mercury Mariner 3.0L 181cid  09-11 
Mercury Milan 3.0L 181cid  06-11

OE Number:FR3E12A375AA

MODEL:DHFD-174

Application Summary:
12759710                    
12759718                    
35313006                     
91356899                 
91467761

OE Number:8L3Z12029A   FD509  GN10233  DG521

MODEL:DHFD-214

Application Summary:

OE Number:
3L3E12A366CA  3L3Z12029BA  3L3U12A366BB  DG511  112029340  FD508

MODEL:DHFD-215

Application Summary:

OE Number:
4L7E12A366AA  4L7Z12029AA  1F3U12029AA  1F3U12A366AA  1F3Z12029AA  F7LZ12029AC  F7LZ12029ADF  7LZ12029AA  F7LU12A366CC

MODEL:DHFD-270

Application Summary:
FORD
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More Information

Industry Knowledge Extension

The Use of FORD ignition coils

FORD ignition coils are used in the ignition system of Ford vehicles to convert low voltage from the battery into a high voltage needed to spark the spark plugs. The ignition coils are responsible for creating the high voltage spark that ignites the fuel and air mixture in the engine cylinders, allowing the engine to run.
FORD ignition coils work by using the battery's low voltage to create an electromagnetic field in the coil. When the magnetic field is collapsed by a signal from the engine control module (ECM), the high voltage spark is created in the secondary winding of the coil, which is then transmitted to the spark plug.
The FORD ignition coils are designed to work in conjunction with the vehicle's ECM, which monitors the engine's operation and controls the timing and duration of the ignition coil's operation. The ECM uses data from various engine sensors to determine the optimal time to fire the spark plugs, ensuring efficient engine performance and minimizing emissions.
FORD ignition coils are known for their reliability and longevity. They are designed to withstand high temperatures and other harsh conditions that can cause other ignition coils to fail. However, like any component of the engine, FORD ignition coils can fail over time due to wear and tear or damage.
If the FORD ignition coil fails, it can cause the engine to misfire or not start at all. To prevent this from happening, it is recommended to follow the manufacturer's recommended maintenance schedule for the vehicle and replace the ignition coils as needed. Regular inspections of the ignition coils and their wiring connections can also help identify potential issues before they become major problems.

What are the classifications of FORD ignition coils?

FORD ignition coils can be classified based on various factors, such as the type of coil, the number of cylinders in the engine, and the year and model of the vehicle. Here are some common classifications of FORD ignition coils:
Coil-on-Plug (COP) ignition coils: This type of ignition coil is used in modern Ford engines and is mounted directly on top of each spark plug. Each COP ignition coil provides a high voltage spark to the corresponding spark plug, eliminating the need for a distributor.
Distributor-based ignition coils: This type of ignition coil was used in older Ford engines and is mounted on a distributor. The distributor distributes the high voltage spark to each spark plug in the correct firing order.
Single-coil ignition systems: This type of ignition system uses a single ignition coil to provide a high voltage spark to all of the spark plugs in the engine.
Multi-coil ignition systems: This type of ignition system uses multiple ignition coils to provide a high voltage spark to each spark plug in the engine. The number of ignition coils corresponds to the number of cylinders in the engine.
E-core ignition coils: This type of ignition coil has a unique E-shaped magnetic core that provides a more efficient and powerful spark. E-core ignition coils are often used in high-performance Ford engines.
Round-style ignition coils: This type of ignition coil has a round shape and is commonly used in older Ford engines.
Rectangular-style ignition coils: This type of ignition coil has a rectangular shape and is commonly used in modern Ford engines.
It is important to use the correct type and specification of ignition coil for the specific year, make, and model of the Ford vehicle to ensure proper ignition performance and engine function.