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Igniton Switch

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Vendor: JCB
For Sumitomo CASE JCB Excavators JS330 JS180 JZ70 JS130 JS200 JS220 JS240 JS260 JS160 Ignition Switch KHR1868
Regular price $ 69 -
Vendor: Kubota
Free Shipping 37410-59110 Ignition Switch for Kubota B1550E B1750D B1750E B1750HST B2150D-New
Regular price $ 58 -
Vendor: Kubota
Free Shipping Ignition Switch PL501-68910 K7571-62102 Fit For Kubota B Series Tractor B26 BX1860 BX1870 BX1870-1 BX2360 BX2370 BX2370-1 BX25
Regular price $ 45 -
Vendor: Linde
Ignition switch / electric door lock 530 for Linde forklift
Regular price $ 45 -
Vendor: Kato
Ignition Switch 007SS-54-3 for Kato Excavator HD880 HD770 HD550 HD400 HD250
Regular price $ 22 -
Vendor: Takeuchi
Ignition Switch 17001-00023 17001-00052 17001-00072 for Takeuchi Excavator TL130 TL150 TB125 TB135 TB145 TB175 TB228 TB235 TB250
Regular price $ 25 -
Vendor: Takeuchi
Ignition Switch 1700100023 1700100052 Fit For Takeuchi Excavator TB TL Series TL130, TL150, TB125, TB135, TB145, TB175, TB228, TB235, TB250
Regular price $ 25 -
Vendor: Komatsu
Ignition Switch 20S-06-31130 With 2 Keys for Komatsu PC10-6 PC12UU-1 PC15-2 PC20-6 PC25-1 PC30-6 PC40-6 PC45-1
Regular price $ 28 -
Vendor: Perkins
Ignition Switch 2846130 for Perkins Engine 1004-4T 1004-4 1004-40 1004G 1004-40TW 1004-42
Regular price $ 22 -
Vendor: Kubota
Ignition Switch 38180-31800 with 2 Keys for Kubota Tractor L1802 L2002 L2202
Regular price $ 36 -
Vendor: JLG
Ignition Switch 4360469 for JLG 12VDC-20A 24VDC-10A 48VDC-4A E201575
Regular price $ 22 -
Vendor: JLG
Ignition Switch 4360470 Fit For JLG 600AJ 600A 3394RT 4394RT 1230ES 450A 450AJ
Regular price $ 22
How does a ignition switch work?
The principle of the ignition system is to provide high-voltage electricity with sufficient energy to the spark plug at the appropriate time according to the working status of the engine and the engine's working sequence, so that sparks are generated between its electrodes to ensure that the mixture is ignited and the engine does work.
First, the ignition system should ignite according to the engine's working sequence. Secondly, ignition must occur at the most favorable time.
Because it takes a certain amount of time for the mixture to burn in the cylinder, the mixture should not be ignited at the top dead center of the compression stroke, but should be appropriately advanced so that when the piston reaches top dead center, the mixture has been fully burned, thus The engine can achieve higher power. Ignition time is generally expressed by the ignition advance angle, which is the angle of crankshaft rotation during a period of time from the spark to the top dead center of the piston.
If the ignition is too late and starts when the piston reaches top dead center, then the combustion of the mixture is mainly completed during the downward movement of the piston, that is, the combustion process proceeds as the volume increases, which increases The contact area between the hot gas and the cylinder wall, thus the heat converted into effective work is relatively reduced, and the maximum combustion pressure in the cylinder is reduced, causing the engine to overheat and reduce power.