TESLA, as the market leader for spare parts in the field of ignition systems, offers a complete range of coils.
Ignition coils are a key part of the ignition system of gasoline engines. Their task is to convert the low voltage of the battery (12 V) into the thousands of volts (up to 40 kV) needed to create a spark in the spark plug. This spark is used to ignite the mixture of air and fuel in the combustion chamber of the engine.
Without a sufficient amount of energy supplied by the ignition coil, the spark plug would not be able to create the spark needed for optimal combustion. A malfunctioning ignition coil can cause engine misfires, erratic running, loss of power, high fuel consumption, or can lead to the vehicle not starting.
Quality ignition coils provide more accurate ignition timing, reduce emissions and guarantee better fuel consumption. TESLA's wide range of coils provide OE quality, long life and maximum operating performance. Thanks to their construction and the materials used, TESLA ignition coils fulfill all that is necessary for the trouble-free operation of any vehicle.
TESLA ignition coils are designed and engineered to meet or exceed OE specifications to provide high durability and maximum life. Each ignition coil is subjected to rigorous product testing and validation.
The oldest type of ignition coils. Currently, cylindrical ignition coils are installed only in older cars. They are designed for cars with high voltage rotary distribution and circuit breaker.
Ignition coils for vehicles with a mechanical ignition distributor. One ignition coil feeds the spark plugs through the distributor. The number of ignition cables corresponds to the number of spark plugs.
In the ignition rail, several ignition coils are stored in a common module, depending on the number of cylinders. These coils operate independently of each other and behave like single spark ignition coils. The individual coils are connected directly to the spark plugs.
The block coil combines multiple ignition coils that supply the individual spark plugs with the necessary high voltage pulse via the ignition cables. Block ignition coils use single and double spark technology.
Single-spark pencil ignition coils are installed directly on the spark plug. No ignition cables are usually required except for dual spark ignition coils. As a result, the coil generates a high voltage pulse directly at the spark plug.
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