Secondary Ignition Will need crossfire demo 11/2001VHS Auto2.

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Secondary Ignition Will need crossfire demo

Transcript of Secondary Ignition Will need crossfire demo 11/2001VHS Auto2.

Page 1: Secondary Ignition Will need crossfire demo 11/2001VHS Auto2.

Secondary Ignition

Will need crossfire demo

Page 2: Secondary Ignition Will need crossfire demo 11/2001VHS Auto2.

11/2001 VHS Auto 2

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Points close or transistorturns on. . .

Primary circuit is completecurrent flows

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Magnetic field builds tosaturation

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Points open or transistorturns off. . .

If using points, condenserabsorbs electrons until

points get all the way open

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Magnetic field collapsesfrom primary winding. . .High voltage is inducedIn secondary winding

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Yea, we have heard that enough times!

Now what does it do?

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Secondary ignition Primary ignition’s job was to make

the high voltage Secondary ignition’s job is to get

the high voltage to push current to the right spark plug at the right time

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High voltage pushesCurrent (less than 10 mA)

to spark plug throughsecondary circuit

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Secondary ignition components

Coil secondary winding

Rotor Distributor cap Spark plug wires

including coil wire (high tension wires)

Spark plugs

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Ignition Coil secondary winding

Positive TerminalLabeled: “+” “Batt”

Negative TerminalLabeled: “-” “Dist”

Secondary WindingConnects from –to center of coil

Has about 25,000windings StandardResistance is 8,500 to12,000 ohms

Can create approximately30,000 volts (30 KV)

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Distributor caps

Electronic ignition Point type ignition

Can have maleOr female terminals

May have a vent

May have #1 marked

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Distributor caps

Electronic ignition Point type ignition

May have a vent

Ridges areto increaseinsulation

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Inspecting distributor cap Underside

Look for cracks Look for worn or missing center carbon

button Look for carbon tracks Look for build-up on terminals Look for moisture

Outside Look for corrosion on terminals

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Carbon tracks (replace cap)

Don’t try to clean, will come right back

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External corrosion

Prevent by usingDiaelectric grease

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Internal corrosion

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Missing carbon button

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Arcing cap

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Rotors

Connect to distributor shaft Can (should) only go on one

way Only touches distributor

cap carbon button Doesn't touch distributor cap

terminals Usually .060” to .100”

Some have resistor built in

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How rotors should only go on one way

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Inspect rotors for: Wearing thru on spring that

touches carbon button Signs of spark jumping thru to

bottom side Wearing away of tip

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Spark jumping thru (hole burned in rotor)

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Burnt off spring

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Plug & Coil wires (high tension wires)

Come with Different amounts of insulation

7mm (point type) 8mm, 8.5mm, 10mm (electronic and

computerized ignition) Different kinds of cores

Carbon string (up to 7000 ohms per foot) Spiral wound (up to 1000 ohms per foot) Wire core (no resistance)

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Removing wires

Grasp boot and twist and pull Do not pull on wire

Can use plug wire removing tool if there is room to get down under

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Use factory routing of wires

Improper routing and separation can cause pre-ignition and holes in pistons

Wire separators

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Firing orders that cause problems

GM’s & Chrysler

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Demonstration of cross fire

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31VHS Auto11/2001

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Inspect wires for: Resistance Damage to insulation Damaged boots Signs of burning thru

insulation Corrosion to terminals Proper routing and

separation

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Checking wire resistance

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Checking boots

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Proper routing and separation

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Checking wire insulation under load Mist water onto plug wires with

spray bottle Load engine or give vacuum leak Look and listen for spark jumping

out of wires to common Works best at night

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Spark plugs We will do later in a separate

presentation

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Nissan’s dual coil set-upDual carbonbutton

Makes contact on dualLevel rotor $$$

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Secondary ignition review High voltage, low amperage (up to

50,000v, .010a)

Requires excellent insulation Parts include

Secondary winding in coil Distributor cap Rotor High Tension wires Spark Plugs

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Secondary ignition questions