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Vista Auto Parts Improves Their Car Hid Lights And The Car Ignition Coil Variety

by admin on Mar.18, 2011, under Spark Plug Wires

Vista Auto Parts Improves Their Car Hid Lights And The Car Ignition Coil Variety

Vista Auto Parts Improves Their Car Hid Lights And The Car Ignition Coil Variety

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Home Page > Automotive > Cars > Vista Auto Parts Improves Their Car Hid Lights And The Car Ignition Coil Variety

Vista Auto Parts Improves Their Car Hid Lights And The Car Ignition Coil Variety

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Posted: Dec 28, 2010 |Comments: 0
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Car HID lights are a pretty new technology to most drivers, even in the USA car market scene. Car HID lights use a really different and effective light bulb as compared to the conventional light bulb. Vista Auto Parts will take you through some of the basics you may need to know about this kind of car lights. Car HID lights use arc lamp technology for their operation. This technology employs high voltage – around 15000 volts – to create an arc between the two electrodes that are in the light bulb that also contains Xenon gas. The conventional light bulb uses a small tungsten filament wire instead of the two electrodes.

Car lighting is generally regarded as its eye and alert the driver of the car about the people moving on the road, the objects on the road and enhance the driver’s vision. One of the prerequisites of a safe drive, car lights are imperative to ward off any accidents which can result due to blurred visions of the driver.

A popular misconception that surrounds Car HID lights is that the higher the color temperature, the brighter the light bulb. This not true and on the contrary color is the only thing affected by temperature. For normal looking lights the 6,000K car HID lights are the best option. The 5000K HID light provides white light which has hints of yellow. The 8,000K provides white light with shades of blue. For white light with shades of green you require the 10,000K car HID lights and for bluish purplish light you need the 12,000K headlight.

Vista Auto Parts recommends car HID lights for their resilience and durability-almost ten times longer than conventional lights. These lights also provide a deeper field of view.; Once you’ve used these car HID lights, you will not want to return to conventional lights.

Visibility is absolutely essential when it comes to a safe drive on the road. Apart from your own consciousness, it is essential that weather conditions stay normal so that you can see the road ahead clearly and brightly. But you cannot expect a clear cut visibility in foggy weather conditions and to drive safe in such weather conditions, it is essential that you have your vehicle equipped with special light systems, especially designed to be mounted on your vehicle to beat bad foggy weather conditions and to warn other drivers and pedestrians that your vehicle is approaching.

At Vista Auto Parts we have revamped our collection of car ignition coils. No need to wait any longer! We now have a full stock ignition coils for all makes and models.

Fog lights come in a variety of colors, intensities and styles to suit various vehicles and personal taste. Yellow is the color that is most desirable when it comes to the right color for a fog light, there are scientific reasons to use a yellow in most of the fog lights but nowadays there are other choices available that fits the same criteria. There are halogen fog lights available in the market that has a propensity to give a tighter beam in comparison to glowing fog lamps to give an added benefit. Also available in the markets are, xenon lights that are almost three times brighter than halogen fog lights.

For those not in the know about car ignition coils (otherwise known as the induction coil), this is a short summary on the basics. , including care and maintenance. The car ignition coil is the component that converts low voltage from the car’s battery into high voltage which is needed by the spark plugs to create the spark that fires the engine. As the car ignition coil wears down, it tends to misfire contributing to waste in fuel. You can prevent this by performing timely service and replacing the car ignition coil when needed.

Xenon Fog Light systems are more durable and long-lasting than any other fog light systems and are also appealing in looks and features. Crucial to navigating poor weather, a fog light system is a real help for driving on the road but if you really want to beat the extreme fog weather, it is essential that you opt for the extreme lights and xenon lights are one such extreme lights that really give you the power to beat the extreme weather conditions – the foggy weather conditions.

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Start-up Right: on the Jeep Ignition Coil

by admin on Nov.13, 2010, under Spark Plug Wires

Start-up Right: on the Jeep Ignition Coil

Start-up Right: on the Jeep Ignition Coil

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Home Page > Automotive > Start-up Right: on the Jeep Ignition Coil

Start-up Right: on the Jeep Ignition Coil

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What Goes Into Your Ignition System?

by admin on Oct.20, 2010, under Spark Plug Wires

What Goes Into Your Ignition System?

For many people, the ignition of their vehicle is something that’s pretty easy to take for granted – put the key in, turn it and the engine starts as if by magic. But the components that bring your engine to life work in unison and require each to be functioning properly in order to produce a start…like a finely-tuned machine, one might say. Here’s a quick rundown on the basics of your ignition system and one of its most important and easy-to-replace components.

Your ignition system generates and delivers the spark that ignites the air/fuel mixture inside the engine. This spark must be delivered long enough and at the exact moment for the engine to function properly. Most modern cars and trucks utilize a distributorless ignition system for its increased efficiency and lower maintenance requirements in comparison to electronic ignition systems. Distributorless ignition systems, such as Subaru ignition systems and those like them, control ignition timing and firing order through the use of the engine control module, which collects information through the crankshaft sensor as well as the camshaft position sensor in some cases. The spark it produces is referred to as the “ignition.”

The ignition results from a number of components working in unison, including the ignition coil, distributor, distributor cap, rotor, plug wires and spark plugs. While the distributor and other components can go bad from time to time, the one component to keep your eye on is the spark plugs.

Spark plugs are screwed into the cylinder head, with the end of the plug located at the top of the cylinder (where all the action is happening). At the precise moment that the intake valves allow the proper mixture of fuel vapor and air into the cylinder, the spark plug generates a hot, blue spark that ignites the mixture and creates combustion within the engine. Spark plugs – like F150 spark plugs, Mustang spark plugs and BMW spark plugs – are basically a high-voltage bridge for electricity.

The level of torque currently being produced by the engine has a direct impact on the operating temperature of the spark plugs. And to work effectively, spark plugs – like Chevy spark plugs, Ford spark plugs, and Camaro spark plugs – have to be clean and free of dirt and corrosion. If the tip of the spark plug is too hot, it can cause pre-ignition that will result in detonation and possible damage. On the other hand, if the tip of the spark plug is too cold, you may experience a loss of spark energy or even the actual shorting-out of the spark current, leaving you dead in the water.

A number of elements can impact the lifespan of your spark plugs, such as the condition of your engine, the grade of fuel you use or even certain driving habits. But the good news is: they’re inexpensive and easy to replace.

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How To Set A Vehicle’s Ignition Timing

by admin on Oct.07, 2010, under Spark Plug Wires

How To Set A Vehicle’s Ignition Timing

Setting your ignition timing is very easy. First you must locate the timing scale; this is located beside the crankshaft pulley. The “T” or the “0″ represents Top Dead Center (TDC). This place is scaled in 1 or 2 degree increments, and you should have the correct timing marked for your vehicle. If not, you will have to count to the right degrees. You can find that on a label printed somewhere on the vehicle under the hood.

It is always helpful to have a pen and pad ready to write these down before hand so you do not have to keep going back and forth. You must then locate the notch on the balancer or the crankshaft pulley and mark it with something that will be visible under the timing light. You then need to start your engine and let it warm up to the normal operating temperature. Once it has warmed up, you must shut your vehicle down by turning off all the lights and any other electrical loads.

While your engine is now at rest, connect the pick up lead to the number one spark plug wire. You must then connect the timing light power leads according to the vehicles manufacturer’s instructions. Find in the booklet that comes along with your car. You must then start your engine and point the timing light at the timing mark by the crankshaft pulley; this is the mark you made yourself. This is where your pen and paper comes handy. Take notes on where the timing notch is lining up with the timing scale.

If in some cases, your notch is not lining up, you have to loosen the hold down bolt and turn the distributor until the notch lines up with the timing scale. Tighten the bolt and check the timing. Make sure nothing has shifted while you were retightening everything. You can now turn off your car engine and disconnect the timing light.

Renew Your Ignition System

by admin on Aug.26, 2010, under How to Spark Plugs

Renew Your Ignition System

All gasoline powered engines require a spark to ignite the mixture of gasoline and air. This spark must take place at the right time and in the correct cylinder. This is accomplished by the ignition system.

There are essentially three types of ignition system used: the standard breaker point type ignition systems that were used in vehicle from the early 1900s to the mid 1970s; the electronic ignition systems; and the new distributor-less or wasted spark ignition system that was introduced in the mid 80s and is still used today.

All ignition systems employ four basic parts a battery to supply power for the system, a coil that is used to increase the voltage provided by the battery from 12 volts to about 30,000 volts, a distributor that directs the high voltage to the proper cylinder and a sparkplug that produces the spark that ignites the fuel mixture.

Point-type ignition system:

In this type of ignition system, the battery power is fed through a resistor to the primary side of the coil and is then grounded through the closed ignition points in the distributor. Causing the current to flow through the primary, windings and creating an intense magnetic field.

As the distributor cam turns, the points are opened interrupting the flow of current causing the magnetic field to collapse. The collapse of the magnetic field causes the lines of force to cut through the secondary windings. Since the ratio of turns in the secondary windings is higher than the primary, the voltage is increased to about 30,000 volts.

The distributor rotor acts as a selector switch directing the high voltage created by the coil to the sparkplug in the proper cylinder where the spark causes the fuel mixture to ignite.

One of the major problems with this system was the points. Due to the arcing created by the points opening and closing the points would become burned which rendered them useless after a while. Placing a condenser across the points would improve this condition but the points would still need to be replaced about every 10,000 miles.In addition to the points the contacts on the rotor and cap would also become burned and would also need replacing.

Electronic ignition systems:

In the 70s new emissions laws and the need for better reliability created a requirement for a higher mileage, reduced emissions ignition system with better reliability, which led to the development of the electronic ignition systems.

The major difference of the Electronic ignition system from the conventional ignition systems is the distributor components. Instead of a distributor cam, points, and condenser, the electronic ignition system has an armature, a pickup coil, and an electronic control module.

All electronic ignition systems operate basically identically current flows from the battery through the ignition switch to the coils primary windings. The primary current is turned on and off as the armature revolves past the pickup. As each tooth of the armature nears the pickup coil, it creates a signal to the electronic module to turn off the flow of current to primary side of the coil. A timing circuit in the module will turn the current on again after the coils magnetic field has collapsed which causes a high voltage in the secondary windings of the coil. The remainder of the system still functions the same as in a standard ignition system.

In the electronic ignition systems the problem with the points has been solved but the rotor and cap still need to be replaced periodically.

Distributor-less ignition systems:

The distributor-less ignition systems is not really distributor-less, but no longer has a mechanical distributor. It was replaced by an electronic switching system.
There are two types of distributor-less ignition systems, the true distributor-less ignition system and the wasted spark system.

The distributor-less ignition has a dedicated coil for every cylinder. The timing of the spark is controlled by an Ignition Control Unit (ICU) and the Engine Control Unit (ECU).

In the wasted spark system each cylinder is paired with the cylinder opposite it in the firing order. The ends of each coil secondary leads are attached to spark plugs for the paired opposites. These two plugs are on what is known as companion cylinders, cylinders which are at Top Dead Center (TDC) at the same time. But, they are paired opposites, because they are always at opposing ends of the 4 stroke engine cycle. When one is at TDC of the compression stroke, the other is at TDC of the exhaust stroke. When the coil discharges, both plugs fire at the same time.

The distributor-less ignition system has finally solved both of the reliability issues with the ignition system that has pledged automobile engines from the 1900s till the mid 80s. But there is still hope for the older vehicles; as there are a number of extremely good aftermarket conversion kits available on the market at affordable prices.

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Ignite Ignite With the Mercedes Benz Ignition Coil

by admin on Jul.11, 2010, under Spark Plug Gap

Ignite Ignite With the Mercedes Benz Ignition Coil

Perhaps one of the greatest inventions ever to be created by mankind, the automobile is the most common necessity of the modern world. Throughout history, rigorous research and development was dedicated to the production of vehicles. The systems and components that make the automobile the machine that it is has constantly been reinvented to provide the world the most efficient of use. One of these systems, mainly the ignition system and its parts, proves to be an important part of the overall engine system that basically gives life to the machine. In this article, we will take an inner look on what is really happening inside the hood of the car and isolate a very important part of the ignition system. Engines, particularly the automotive, have to be ignited first before they can actually roar to life. The ignition system handles this responsibility. The basic components of the ignition system are the ignition coil, high voltage ignition wires, distributor and the spark plugs. These components work in systematic harmony to provide a timely burning of the fuel mixture within the engine. The one part that were going to focus on is the ignition coil. The ignition coil is the main source of voltage that goes up to as much as 120,000 volts. This high voltage produces the timely spark needed to ignite the fuel mixture. It performs this function by making use of the principle of induction. The inside of a coil consist of primary and secondary windings of wire coiled around a vertically mounted soft-iron core. When 12-volts passes through the primary windings, it creates a strong magnetic field. When the current is turned off, the magnetic field causes a surge a high voltage in the coil’s secondary windings. The high voltage passes to the distributor, then on to the spark plugs where it jumps the plug gap and fires it, thereby igniting the compressed aerosol gasoline bringing the engine to life. Usually one would find the ignition coil externally-mounted to the fender or internally mounted inside the distributor cap. One brand of these coils proves to be the most accurate of all, this is the Mercedes-Benz ignition coil. Its high quality engineering basically is the big difference that sets the Mercedes-Benz ignition coils apart. It highly eliminates engine misfire and reduce plug fouling and enhances efficiency and fuel economy by keeping the combustion chambers in good working condition. Quick ignition effectively increases the engine performance, as the machine gears up and heat the fuels inside. Inside the valued Mercedes-Benz, one would find carefully placed Mercedes-Benz ignition coils that stores just the exact amount of voltage needed. Although the coils are engineered to be durable against extreme conditions, it may need to be regularly check and replaced if needed. Excessive heat and other elements like accumulated rust and grimes may afflict the coils that in turn may cause damage to the engine itself. By changing worn-out ignition coils with Mercedes coils, one is given a guarantee that the engine will be provided with the best source of voltage.

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An Introduction to Inductive Ignition Systems

by admin on Jun.28, 2010, under Spark Plug Gap

An Introduction to Inductive Ignition Systems

Inductive ignition systems have existed since 1908, developed by Charles Kettering who also developed the first practical engine driven generator.

The design has been improved over the years but the most significant recent development has been the introduction of Insulated Gate Bipolar Transistors (IGBT); these have allowed the design of extremely accurate, high spark energy inductive ignition systems.

A single operation is carried out by a transistor turning on the current to the ignition coils primary winding. This ‘charging’ stores energy in the coils magnetic circuit. The current is then switched off. As the magnetic field begins to collapse the coil tries to resist the drop in current causing the voltage in the secondary winding to rise rapidly, this high voltage breaks down the air/fuel mixture in the spark gap allowing a spark to pass, causing ignition of the air/fuel mixture.

The most significant advantage of inductive ignition systems is that inductive coils are generally more efficient than capacitive discharge coils as they can provide longer spark duration that can ensure complete combustion, especially on lean burn and turbo charged engines. The ability to provide longer spark duration is because inductive coils only provide enough energy to cross the spark gap; the remaining energy from the ignition coil is used to maintain the spark. Capacitive discharge coils release almost all of their energy instantaneously, therefore considerably reducing the amount of energy available to maintain the spark.

With inductive ignition systems more energy can be delivered to the secondary winding of the coil than in a capacitive ignition system. In fact, with the same power supply current draw, up to five times more energy can be delivered to the secondary winding of an inductive ignition coil than to a capacitive discharge coil. Typically a capacitive discharge system will deliver a maximum of 10 millijoules of energy compared to an inductive ignition system delivering more like 50 millijoules of energy and potentially in excess of 100 millijoules. This large difference in supplied energies will mean an inductive system can provide spark duration of 2000 microseconds or more in a single spark, compared to 600 microseconds for a capacitive system.

With inductive ignition systems the time taken to charge the ignition coil is called the ‘Dwell’. This dwell can be increased or decreased for differing engine applications. If longer spark duration is required to improve combustion of lean mixtures or engines with large cylinders the dwell time is increased, inputting more energy into the primary coil. Dwell time is decreased when there is more than enough spark energy to combust the mixture, this decrease will reduce spark plug wear, therefore increase spark plug life.

The high energy and long, programmable spark durations are a considerable advantage since they provide better ignition of lean or non-homogenous air/fuel mixtures. In many cases engines that are unable to meet emission standards with capacitive discharge systems can be bought into compliance with electronic inductive ignition systems such as those manufactured by Gill Instruments.

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Ensuring Powerful Ignition Performance With High Quality Ignition Coil

by admin on Jun.03, 2010, under Spark Plug Gap

Ensuring Powerful Ignition Performance With High Quality Ignition Coil

Because engine ignition operations require tremendous amount of voltage of electricity, your engine employs top of the line Pontiac ignition coil constructions to serve as built-in auto-transformer. Crafted to be a typical induction coil, the part manipulates the voltage and current of electricity running from your car battery. This way, the 12-volt electricity sourced from the engine battery is converted to be as high as 35,000 volts which is crucial to jump the spark plug gap. After the part amplifies the voltage of electricity to meet the level of the electricity required by the spark plugs, your engine ignites fuel quickly and more efficiently. Inside a typical ignition coil, it has secondary and primary windings of copper wire that is coiled around a vertically mounted iron core. By means of critical ratio settings for power conduction between primary and secondary windings, the small amount of voltage sourced from the battery is transformed into a very high voltage of electricity as output. Because the functionality and efficiency of the part’s service is crucial to the overall performance delivered by your engine ignition system, stock Pontiac ignition coil must be kept effective like new to continually enjoy the fuel efficiency and performance gains of delivering quick ignition.

Your engine ignition system particularly does two important things to establish powerful engine performance. The first one will be to create the level of voltage of electricity required to cross the gap between the ignition conductors and spark plugs so powerful spark will be created and ignite the yielded air-fuel mixture. The second one will be to control the timing of spark delivery to designated combustion cylinders. This way, your engine performs highly efficient combustion operations that generate greater engine output with less emission and therefore less fuel wastage. For specific ignition operations, the system is divided into two sections with specific tasks to perform. The primary circuit is responsible to the delivery of the spark to the spark plugs. The secondary circuit is responsible in handling the returning high voltage of electricity and converting it to other forms of energy which can be consumed in sustaining smooth engine operations. Your stock Pontiac ignition coil is a vital component of the system’s primary as well as secondary circuit for it serves as the auto-transformer that manipulates the power sourced from the battery and the power generated by your engine for quick ignition and more efficient combustion operations.

The primary winding of your stock Pontiac ignition coil typically contains for up to 150 turns of copper wire which is isolated to prevent voltage jump from loop to loop. Voltage jumping will be a big problem for ignition coil operations as it disrupts smooth conversions of level of voltage electricity that is needed for specific ignition system operations. It also affects the generation of primary magnetic field required for seamless ignition. The secondary winding of the part typically features for up to 30, 000 turns of fine copper wire that is wrapped around a soft iron core to effectively increase the magnetic field created by the coil. To have better capacity to withstand the heat created by constantly handling tremendous amount of generated engine power, ignition coils are protectively filled with oil to keep it cool enough to work effectively and efficiently in suppor6ting the demands of following the course of your driving style with absolutely no fail.

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How To Test Ignition Coils

by admin on Jun.01, 2010, under Spark Plug Gap

How To Test Ignition Coils

Preparation for Ignition Coil Test

The first thing you want to do is always take the necessary precautions. When working near or around a running engine one must exercise great caution. You should be aware of any loose clothing. If you have long hair you want be careful that it does not make contact with any part of your car’s engine and its moving parts.

Testing the ignition coil on your car is one of the fairly easier tasks to perform. It’s not that complex nor does it require any special tools or equipment. One thing to keep in mind is that your ignition system produces a great amount of electricity. Should anything go wrong, the result could be very dangerous. Proceed cautiously.

If your coil has already been removed from your vehicle and you need data that is more specific about your ignition coil, you can perform what is called a bench test. Set up the bench test by removing the one spark plug wire from its plug. Then remove the spark plug with a plug socket. Now you want to connect that spark plug back to the spark plug wire. Do this with great care; you don not want anything to fall into the empty spark plug opening or you’ll have a problem.

Testing the Ignition Coil: The Bench Test:

Grab a pair of insulated pliers. Hold your plug wire with insulated pliers. Now, you need a grounding point so look around your engine for one. You want a spot that is easy to access and that has exposed metal. You could even use the car’s engine for this.

Hold the spark plug wire with your insulated pliers and make contact with your chosen grounding spot with the threaded part of your spark plug. Have some one start your car’s engine and pay attention to the spark plug gap. You are looking for a bright blue spark to jump across the gap – the electricity. If you can observe this blue spark clearly, even in daylight, then your spark plug is working just fine.

Testing the Ignition Coil: The Multimeter Test

There are a number of other tests you can perform for your ignition coil. However, if you want accurate information on the status of your ignition coil then you should perform a multimeter test. This test is far more accurate in determining whether you need to replace the coil or not. It is considered the only proper test for a coil.

You could rely to an extent on the bright blue spark you see in your bench test but if that spark is somewhat weak and your eyes can’t really tell, using this spark plug can cause your vehicle to run rough or incorrectly which is the last thing you want.

Let go inside the ignition coil for a moment. The ignition coil contains two coils of wire that are right on top of each other. We refer to these coils as windings. There is a primary winding, the first wire, and a secondary winding, the second wire. The primary winding collects the electricity to create the spark. The secondary winding sends it out to the distributor. It is possible for either of these windings to malfunction causing your vehicle’s ignition coil to fail. Sometimes an ignition coil can completely fail meaning it makes absolutely no spark whatsoever.

A multimeter test is performed with the ignition coil completely disconnected. This meter provides numbers to help you determine the status of the coil – far more reliable than a visual assessment. There are different types of digital multimeters and they can be found online or at your local auto repair retailer.

Of course, to use the multimeter, you will have to know the resistance specifications for your ignition coil. If you don’t know what they are then refer to your vehicle’s service or repair manual for that information.

Testing the Windings

To test the primary winding of your ignition coil:

As mentioned above, the primary winding of the ignition coil first collects the electricity or voltage from the car’s battery. Have you found the resistance specification for your ignition coil? You will need this before performing the multimeter test. If you do not have them take a moment to locate you service or repair manual for that information.

Once you have found the resistance specifications, locate your digital multimeter. If you have a traditional round coil, you will need to use the multimeter and place the leads on the small, outside poles of your ignition coil. If you have one of the newer enclosed units, then place the leads on indicated or marked poles of your coil.

Observe the reading you get on the multimeter. If the multimeter reads within the range according to the specification in your service manual, then your primary winding is functioning well and you can go on to check the secondary winding. If you find the reading to be even slightly out of the range then you should replace the ignition coil.

To test the secondary winding of your ignition coil:

The secondary winding of your ignition coil sends the spark to your distributor and then to the spark plugs. A weak spark or no spark at all is an indication that the coil needs to be replaced.

To test your ignition coil’s secondary winding, attach the probes to the outer 12V pole and the center pole of your ignition coil. The center pole is the spot where the main wire is located that connects to the distributor. Again, check the reading to make sure they fall within the specified range as indicated in your car’s service manual. If your coil falls within that range all is well. If the reading should fall even slightly out of the specified range, then you should replace your ignition coil. Remember a failing ignition coil will cause your engine to run rough and can cause other problems as well.

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Efficient Ignition With Volvo Spark Plug

by admin on May.19, 2010, under Performance Spark Plugs

Efficient Ignition With Volvo Spark Plug

Starting a car comes naturally for most motorists, not realizing the intricate process that happens each time the vehicle starts up. Volvo acknowledges the driver’s need for ease and convenience once he is behind the wheels, so it lavishes attention on the engine performance beginning with something as basic as the start-up. The various elements installed in the vehicle contribute to the overall operation of the entire engine system, just like the Volvo spark plug.

A spark plug acts like a lightning bolt as it compels electricity to travel across a gap. To produce a good spark, this electricity should be at an extremely high voltage, varying from 40,000 to 100,000 volts. As for the Volvo spark plug, it should have an insulated channel wherein the voltage can go way down to the electrode, where it can jump the gap. From there, it is led into the engine block and grounded. While it is made to withstand the extreme heat and pressure inside the cylinder, it also employs a ceramic insert to segregate the high voltage at the electrode. This ensures the occurrence of the spark only at the electrode’s tip and nowhere else on the plug. As a poor heat conductor, ceramic becomes too hot in the process so this heat facilitates in burning off deposits from the electrode. The standard Volvo spark plug consists of a shell, insulator, and conductor. Since it penetrates the combustion chamber’s wall, it must also secure the combustion chamber against both pressures and temperatures that are extreme. It should perform this function over lengthy periods of time as well as a number of usages without failing.

The Volvo spark plugs should be regularly maintained to ensure an efficient ignition. It is advisable that standard spark plugs are replaced every 30,000 to 45,000 miles. Extended life plugs reach up to 100,000 miles without or with little electrode wear. This is because they have special wear-resistant electrodes built of platinum, iridium, nickel yttrium or other alloys that curtail electrode erosion. However, they may still get contaminated if the engine encounters an oil consumption problem or remains idle for a long time. In this case, they should be replaced as well.

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Spark Plug Wires

Tag: Ignition

Vista Auto Parts Improves Their Car Hid Lights And The Car Ignition Coil Variety

Start-up Right: on the Jeep Ignition Coil

What Goes Into Your Ignition System?

How To Set A Vehicle’s Ignition Timing

Renew Your Ignition System

Ignite Ignite With the Mercedes Benz Ignition Coil

An Introduction to Inductive Ignition Systems

Ensuring Powerful Ignition Performance With High Quality Ignition Coil

How To Test Ignition Coils

Efficient Ignition With Volvo Spark Plug

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