The ignition coil is a device designed to ignite a fuel-air mixture from different types of engines. High-quality ignition coils must work reliably at high voltages, have good insulating properties, have great resistance to chemical attack and aggressive deposits in the combustion chamber, as well as the insulator and electrodes must have good thermal conductivity.

The BREMI brand Ignition Coil is a transformer with two windings: primary and secondary, inside which there is a steel core, and outside - an insulated case.

1. BX (XB-_)
2. BX Break (XB-_)
3. 309 II (3C, 3A)
4. 309 Mk II (3C, 3A)
5. 405 I (15B)
6. 405 I Saloon (15B)
7. 405 � (15B)
8. 405 I Break (15E)
9. 405 � Estate (15E)
10. 205 II (20A/C)
11. 205 Mk II (20A/C)
12. 309 I (10C, 10A)
13. 309 � (10C, 10A)
14. C15 Van (VD_)
15. 405 II (4B)
16. 405 II Saloon (4B)
17. 405 Mk II (4B)
18. 405 II Break (4E)
19. 405 Mk II Estate (4E)
20. See more in applications

The principles of the ignition coil work

From time to time, this voltage is cut off by the breaker, causing a sharp reduction in the magnetic field and the formation of electromotive force in the turns of the coils. In the secondary coil with a large number of turns, a high voltage pulse is generated, which is fed through high voltage wires (not applicable to an individual ignition coil installed directly on the spark plug) to the ignition coil. The impulse transmitted by the coil creates a spark between the electrodes of the spark plug, which ignites the air / fuel mixture.