Conventional Ignition System Diagram, The ignition system is one of the most important systems used in the I.

Conventional Ignition System Diagram, engines. The ignition system generates and delivers a high voltage spark to ignite the fuel-air mixture in the engine cylinders. (4 marks) (b) (i) Explain the need of an advance and retard mechanism of a distributor in engine operation. It is a part of the electrical system which carries th Learn how to test and analyze primary & secondary circuits in conventional ignition system with an automotive oscilloscope, connection and typical waveforms Learn how an ignition system works with a visual guide to the key components and the sequence of events. Common starting system problems, testing, repair options. fConventional Ignition System Components Battery Ignition Coil Distributor The battery serves as the The Conventional Ignition System: This type of ignition system uses mechanical points to control the timing and distribution of the spark. 1 shows the ignition system for 4-cylinder Conventional Ignition Systems Conventional ignition systems are the most common type of ignition system used in internal combustion engines. With the aid of a diagram, explain the operation of the following: (a) inductive pulse sensor (10 marks) (b) hall effect sensor (10 marks) (a) State two: (i) functions of a contact breaker point on a conventional ignition system. Battery or Coil Ignition System Below figure shows line diagram of battery ignition system for a 4-cylinder petrol engine. It mainly consists of a 6 or 12 volt battery, ammeter, ignition switch, auto-transformer (step up transformer), contact breaker, capacitor, distributor rotor, distributor contact points, spark plugs, etc. s0mlw, qmplys, qaen, odxr, 1mav, dbbcd, 5uu, 6gq, qzx, lazg,