The function of the condenser in a breaker points ignition system is to store electrical energy and release it quickly to create a high-voltage spark at the spark plug. It helps to suppress voltage spikes that can occur when the breaker points open, preventing arcing and prolonging the life of the points. Additionally, the condenser aids in ensuring a more efficient ignition timing by improving the overall performance of the ignition system.
The function of the condenser in a breaker points ignition system is to keep the points from sticking together. If the points stick together during ignition it could cause the points to burn up. The condenser sends a signal to the points and then takes the signal away to make the points separate.
If you are talking about points and condensor for your automobile they are located inside of your distributor located on you motor.
In a small engine ignition system, the breaker points are typically connected to the ignition coil and the condenser (or capacitor) is connected in parallel with the breaker points. When the engine is running, the breaker points open and close to control the flow of current to the ignition coil, while the condenser helps to suppress electrical arcing at the points, prolonging their lifespan and improving ignition efficiency. This configuration allows for the generation of a high-voltage spark needed for combustion in the engine's cylinders.
In a breaker points ignition system, a condenser, or capacitor, serves to store and release electrical energy. When the breaker points open, the condenser discharges its stored energy, which helps to create a stronger spark at the ignition coil. This results in an improved ignition of the air-fuel mixture in the engine's combustion chamber. Additionally, the condenser helps to prevent arcing across the breaker points, prolonging their life and ensuring reliable operation.
Constant voltage delivery Eliminate the need for periodic replacement of points and condensor
No, ignition breaker points should not arc significantly when opening. Ideally, they should separate cleanly to minimize wear and prevent damage to the points. However, some minimal arcing can occur due to the inductive nature of the ignition system, but excessive arcing indicates a problem that may require adjustment or replacement of the points. Proper maintenance can help reduce any unwanted arcing.
A 66 Mustang regardless of engine doesn't have an ignition module from the factory. It uses breaker points inside of the distributor housing to directly control the ignition coil.
My cousin has a LaGuna and his did this.......he still has the points and condensor. He replaced his coil and then put a new set of points in his and it ran better. You didn't state if yours has electronic ignition. He keeps his stock for shows.
Dwell angle is simply the amount of time the points or electronic ignition components are in a closed state to charge the primary side of the ignition coil for firing of the spark plug.. This time is expressed in distibutor rotation, hence the degrees..
Depending on the year model, ( points or CD ignition ), check the following: Points, gap and condition Coil and lead Condensor Spark plugs, gap and condition ( worn, fouled ) Sensor coil powerpack On points ignition, usually closed or dirty contacts. On CD ignition, usually the powerpack. Also, check that all grounds are clean and tight.
The points are in parallel with the condenser. Both are connected to ground on one side (screwed to something metal). The other side connects to the coil.
Assuming the original stock distributor with points and condensor is what you have, the single black wire that comes out of the bottom of the distributor would go to the small negative post on the ignition coil.