Merc-O-Tronics 98 User Manual

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2 AND

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SET

AOJUSTMIi'

SCREf

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FOR

tx5uuTt0x

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we sqggest,

May

ponent

will

Magneto

preuent

Your

any leakage

Merc-O-Tronic Ignition

or a vibrator.

with a

(DO

quired,

special breaker

sure

socket.

socket.

light

NOT

OVER

order from

not to

exceed

If vibrator

When inserting vibrator,

oil

fails to operate check

NOTE: This

from

1960-V-6593.

unable

your

Your

distributor or direct

analyzer

to obtain

Figure

SERVICE

nhen testi,ng,

Pmts

on an

place

INSULATED OR WOODEN TABLE TOP.

or shock hazards.

Analyzer

The

motor

once every

LUBRICATE.

has oil

six

lite

months.

If replacement

)

Merc-O-Tronic Instruments

assembly.

15 oz.

is a special

Breaker

make certain

vibrator,

from

(DO

NOT ATTEMPT rO

is equipped with

a

locally, order direct

I

NOTES

is

equipped

Analyzer

and

cam wick at same

Wagneto

bearings

Lubricate

of

Corporation as

points

make certain

and

are

to be

pins

if replacement is

factory.

USE

Burgess 4F5H7

Merc-O-Tronic.

from

Merc-O-Tronic

ANy

as uell

as Com-

This

with either a

should

be lubricated

motor

time.

point

breaker

0.013.

at

set

is re-

this

Pres-

is a

that vibrator is in

up

line

necessary

with

holes

order

Part No.

STOCK VTBRATOR.)

l/2volt

battery.

in

:d
,.!

7

'1

If

Be

sure

specify type of

and

battery required

serial number

and

of unit.

Nevtsed

J- l

-6y

OPER

For Model

Before

instructions. They

of experience

well

Do

not

any attempt

as the

jump

were

to

test app

electrical

from

the first

1. Your Merc-O-Tronic

installed in the

panel.

that the

lead to the

make
terminal nuts

t(Zerot'

2.

meter until

This

To

3.

scale

negative

place

This

will allow the

positive

positive

certain

are tight.)

meter by turning

pointer

is

set at

determine

the factory,

the battery life

No. 1

red

and

selector switch on

positive

to

ATING

98 Beginning with Seriol

is made to

prepared

repair

IN

sTR

this instrument,

use

to enable those having only

the magneto

specialist. Adhere

Magneto

unit.

test to

Remove

the fourth

Analyzer

the

top

(red)

battery lead is disconnected. Connect this

(+

post

)

thebattery.

of

terminal

the

small adjustment

hand lines

((ON"

small

test

up with

but

should

the following: Move

do

position.

lead to

No.

position.

1

vibrator will be running). Read red figures

Battery

cannot be

For

storage battery

volt

4. Your Merc-O-Tronic

The

following

Eveready
Neda

To

should check not

obtained.

bench

storage battery.

903

check low

use

batteries

715

OHM

less than

(Each

analyzet

this

power

supply.

Magneto Analyzer

can be used

Olin

RCA

resistance

division on

can

For

place

in

5605

VS139

values see

U CTIONS

No.l5,O00

read the following

to

the

or the

is shipped

2

metal

to

swing back,

ignition

instructions

(When

system equally

third to the fiffh,

with

screws at the top of

and

replacing

is to right side of

scre'w on

zero

on

be

rechecked.

Attach

positive

small black test lead to

lugs on

(Red

6.5 volts

volt scaie

be connected to an 8

8

volts tap off

is now ready for use.

Burgess

of

page

No.

Scal.e

pilot

on top of

proper

or

equals

4 cells from

4F5H:

Ray-O-Vac 903

Mallory M903

20.

a minimum

in

sequence.

a dry

you

wiII

battery,

tester

and that

front

1, left

switch

for

battery.

be on

will

Scale No. 1.

readings

0.5 volt).

as

etc.

battery

the

notice

of

side.

volt

Then

and

volt

12

a

,--.

Page

See

CAUTION:

SELECTOR
A DIRECT

FOR

ALL TEST

1 THRU 6
To

5.

check condens.er leakage

(on

Scale

outlet. This

read,

automatically

press

6. SPECIAL

#30546,

5 m.m.

mislead

you.

14

30560 and

pot

Voltage Test Procedures.

for

DO NOT

SWITCH

SHORT

VOLT SCALE SWITCH MUST BE IN

-

No.

4),

CONNECT

IS TURNED

THE BATTERY.

ON

PROCEDURES

plug

cord

is the only time

red button, the

discharged

NOTICE:

spark wiil

If

spark

when

When

29632

checking

or

appear fizzy.

is steady,

TEST LEADS TOGETHER

TO POSITION

INVOLVING SELECTOR SWITCHES

(on

into

115-volt

electrical

releasing red

any

No. 5)

Scale

115-volt 60-cycIe AC

60-cycle AC

charge

Lauson Power Products

coil

coil is

good,

NO. 1

((OFF"

condenser capacity

and

is required.

placed

button.

internal condenser the

with

DO NOT

in condenser

let

this

WHEN

AS THIS

POSITION.

electrical

Coils

fuzzy

spark

IS

To

is

PRIMARY

GROUND

FOR

SCREW

PRIMARY

COIL

GRC'UND

PRIMARY
OR + LEAD

CONDENSER

LEAD

BREAKER

TERMINAL

LEAD

COIL

COIL

|

POINT

SCREW

PLT'G

SPARK
HIGH TENSION LEAD

+

SCREW }IOLDING

TO STATOR

PLATE

CORE

-r

HIGH TENSION

CONNECTION

Figure

Figure

2

3

cotL

PRIMARY

PRIMARY

.­I GROUND

SPARK PLI.,,G

CONDENSER

BREAKER

ASSEMBLY

ARK PLI'G

OR

LEAO

+

TERMINAL

LEAD

POINTS

LEAD

AOJUSTING

SCREW

POINT

ASSEMBLY

Figure

+

TERMINAL

FOR CONNECTING

BREAKER POINT
ASSEMBLY

CONDENSER.ANO

COIL

LEAD.

4

CONDENSER

MAGNETO

CAM

WIPER

SCREW

PRIMARY

HOUSING

ATTACH

RED TEST

SINGLE

LEA

PLACE

OF

BETWEEN

PIECE

CARDBOARD

BREAKER

POINTS

ATTACH

SMALL
TEST
TO HOUSING

ATTACH

TEST

LEAD

PRIMARY

BLAC

LEAD

SMALL

TO

RED

COIL

REMOVE

CONDENSER

TERMINAL SCREW

HERE AND

LEADS

SEPERATE

FOR THIS

Figure

5

TEST

ATTACH

SMALL RED

TEST LEAD

PRIMARY

TO COIL

ATTACH

SMALL
TEST

TO HOUSING

BLACK

LEAD

Figure

ATTACH

RED

6

4

SINGLE

TEST

LEAD

SMALL

CONNECT

TEST

BLACK

PRIMARY

COIL

TO

DISCONNECTING

LEAD

COIL

POWEF

TEST

CONOENSER

PLACE
OF
BETWEEN
BREAKER

\\

\

\

HIGH

CARDBOARO

\CoNNECT

SINGLE

TEST

\

\

TENSION

PIECE

HEFE

POINTS

LEAD

\

RED

1.

It

parts

Place

2.

3.

Connect

Connect

4.

assembly
Connect

5.

6.

Alter

current

7.

Turn
Slowly

8.

on Scale

when

9.

shown

note

.not

is

from stator

piece

a

small

small

terminal.

single

wiring

control

selector

turn current

No.

reaches

it

this

in

5

the

necessary

Plate

of cardboard

black

red

test,Iead

red

hookup

knob

switch

1.

the operating

manual
spark

MM

coNoENsER

remove

to

assembIY.

between

lead

test

lead

test

is made,

should

position No.

to

control

under

gap,

lt should

sM;i-L

coNNECT

LEAO

TEST

REO

#'l'X'"'lf-

Figvre 7

magneto

breaker

to

primary

coil

to coil

primary lead

to terminal

as'shown

extreme

to

be

("Coil

1

knob

clockwise

amperage

Manufaeturer's

{ire steadily.

poiifis to

ground

spark

of

illustrations

in

left,beyond

Power

note

and

for'that

Specifications,

engine

from

Iy

wire'

6 or

position.

point

7,

plug

breaker

or

wire.

"Lo"

Test")'

the

current

value

particular winding,

stop

or

the

and

10.

11.

the spark

If

reading,

a steady

If

indicates

is

the coil

spark.

a very

faint,

defective

is

Occurs

good

intermittent

and

below

coil.

no spark

or

replaeed'

be

must

Manufacturer's

occurred

has

*\

Specifications,

'

:

at

this

this

COIL

HIGH

SPEED

TEST

12.

If the

Speed

13.

continue

maximum

14.

The

15.

If

defective

16.

Complete this test

pletion,

On Fairbanks-Morse

the

distributor cap

secondary terminal

to

coil

terminal.

When checking

rotating

rotating

core).

coil is

Test.

turning

spark

the

spark is

at high

turn

primary

The

magnet

magneto

reading

gap

selectot'

lead after

small

coil on

(i.e.

good

on

the

current

of met*.

should fire

faint,

speed and.must

as

power

Coil

steadily.

intermittent or

quickly

switch and

and similar

and end cap so

of

coil

"see

the

lead has

black

test

stator

lead is attached to housing

plate

Wico, Scintilla and

is in neutral

preceding,

Test,

control

as

single red test

Fig.

knob clockwise

no

replaced.

be

possible

power

Magnetos,

5".

Small

been

control to

removed

spark occurs,

and

immediately upon com-

it is necessary to

lead

red test lead

with crankshaft

similar

type magnetos), be

position (magnets

perform

to the

,'OFF"

can be

attached

is

from breaker

"see

type high

not

inductance

opposite the coil

the

High

right, for

the

coil

position.

remove

attached

point

Fig.

sure

is

to

5".

NOTE:

that the

NOTE:

primary

test.

When

laminated

On Fairbanks-Morse

lead

This

laminations.

Coils

with Two

Stator

as noted

NOTE:

plate

in

AII

testing

core be in the

must

be removed from

also applies to

See Figure 5.

(2)

Secondarys

with

7.

Fig.

coils should

specifications. Coils

considered

are

engine and

should

marginal

be

coils

all

2

coils

mounted,

start firing

which

considered

first

and would

off

stator

coil.

and

coils

Testing,

start

defective.

as

plate,

it is absolutely

necessary

similar type magnetos, the

breaker

which

see

each coil to be checked

to fire

give

point

are

page

1

to 3

considerable trouble

terminal

permanently grounded

28.

divisions before rated

on

"rated"

specifications

during this

separately

in starting

coil

to

COIL

SURFACE INSULATION

TEST

t"" Powrn tEEt

U"

1.

Remove

see illustration

PATENT

,.

PENDING

E"

single red test

Fig.

8.

rl

Figure

lead from

w1

8

coil secondary,

(High

R DBOAR

CA

Tension

D

lead)

2.

Small

3.

PIug

4.

T\rrn selector switch

5.

T\rrn

reading

6.

Pass end
coil

7.

If

will

8.

Do not

ducting this test.

9.

Completing

coil.

faint

A

spark and

red and

insulation

current control

on

and

spark

coil insulation

be noted

permit

spark

does not illustrate

black test

test

prob

to

ieads

into

position

knob

meter.

insulation

of

plug

not exceed

"Do

wires.

test

is cracked, leaking

the cracked

at

probe

test

test

occurring around

rapidly as

as

a

stay connected

"JACK"

No. 1.

to

"Hf"

meter

probe

leaking

or

linger

to

possible,

insulationduringprobing

coil

defective

on

position

over

or

surface.

too

coil.

previously.

as

front.of

tester.

for

reading."

insulating

the

damaged, a

long at any

as this

is

maximum current

the

surface

spark

point

a severe test

of

discharge

while

is

corona

a

con-

on

a

COIL

CONTINUITY

TEST

CONNECT SMALL BLACK

TEST

LEAD TO COIL

PRIMARY

LEAD

t

CONNECT

TEST LEAD TO COIL

NOTE:

shown

actual

Iater

1.

2.

3.

4.

5.

6.
7,

8.

on Mfg.

ohm resistance

model

Turn selector

Clip small

T\rrn

meter adjustment

up on

set

Connect

Connect small red test

Reading must be between the

shown in this manual

Reading of actual resistance

Iower
Readings

cations,

SMALL REO

Scale

3 has two

specifications or are comparative

units

starting

red

position

small

numbers

lower

the

secondary

CORE

"lower

with

switch

and

black test lead

to

black

right

on

under

in

same scale.

than the

winding

Figure

9

scales. The upper

numbers."

Serial

position

test

knob for

side of scale No. 3.

lead to

No.

lead

to coil

spark

manufacturer's

in

lowest

is

This is an added

4050.

No.

3

CoiI

together.

scale No. 3 until meter

ground

plug

two values

ohms

value under manufacturer's specifi-

shorted.

number

numbers

Continuity.

as in

wire

"high

tension" lead.

for that

specifications.

be

can

obtained

is the number

place

in

feature

pointer

previous

particular

to

lines

test.

coil

by reading

of

our

9.

Readings
the secondary winding

70.

In either case, the

higher than

the highest

open.

is

coil is defective

value

and must

shown

the

in

be replaced.

specifications,

PRIMARY

RESISTANCE

TEST

CONNECT

TEST

PRIMARY

1.

Turn

checking low

2.

Do not

scale

of scale

from

3.

Clip small red test lead

4.

Connect small black

5.

ReadRed figures

6.

Reading must be

shown in

7.

Resistance

same scale.

8.

Readings lower

indicate the

9.

Readings higher than

SMALL

LEAD TO POSITIVE

LEAD

ON

RED

COIL

selector

OHM

ctip test leads

2

No.

0 to 30

No.

until

2.

OHMS.

this manual

in

primary

cations, indicate the

10.

In

either

case,

the

Figure

switch

resistance

position

to

together.

meter

Your

on

OHMS can be

than the highest

coil

pointer

meter is now

primary

to

test

lead to

Scale No.

between the

under manufacturer's

winding is shorted.

the Iowest

primary

winding is open.

is defective

r"'fl7

CONNECT

TEST

LEAD

NEGATIVE

9A

No. 2,

values.

lines

Positive

primary

2.

two

obtained by reading

value

value

and

Distributor

Turn meter adjustment

up

on

set to

values

shown in the

under manufacturer's

must

position

set

check atl low

side of

Negative side

for

specifications.

be replaced.

SMALL

BLACK

TO

COIL

PRIMARY

Resistance for

on

OHM values

coil.

of coil.

particular

that

numbers

Red

specifications,

LEAD

knob

right

for

side

coil

in

specifi.

8A

COIL

GROUND

TEST

CONDENSER

SMALL

TEST

SINGLE RED
TEST LEAD

NOT USED

1.

Leave

2.

Remove small

ground

3.

Turn selector

4.

The

5.

Any

6.

If

grounded

diagram

BLACK

LEAD

small

black

red

frame of stator

or

switch

meter
meter movement

there is

pointer

a meter

coil,

Fig.

remove

10.

SMALL
TEST LEAD

lead connected

test

test lead

plate.

position

to

hand must

to the

pointer

the

RED

Figure

from hieh

(See

No.

be

on

indicates

right

movement

hand

breaker

l0

in

as

tension wire

wiring

3

and

the

"ZERO"

point

Continuity

CoiI

hookup,

read Scale

line

grounded

a

right, in#cating

the

to

terminal

CONDENSER

Test.

and connect

Fig. 10.)

3.

No.

left.

the

at

coil.

screw

at

"X"

it

to

a

on

7.

Remove

right the

the

to

8.

Check

NOTE:

banks-Morse,

it is not

ground

NOTE:

possible

movement

condenser

When

possible to

(movement

When

to

of

primary

trouble

coils

coil wire

is elsewhere.

for

short

permanently

are

Bendix-Scintilla),

check

meter

of

not

are

coils

ground. This

check

meter

for

pointer

hand.

point.

this

at

grounded breaker

or

illustration

see

ground.

for

pointer hand

permanently

the

If

grounded to

and similar

type

This

full right).

to

grounded

coil

of

type

meter

points.

needle

lamination

of coil

must

must

lamination'

to

not indicate

remains

(i.e.,

Fair-

type Fig.

indicate

it

11,

a

is

any

CONNECT

TEST

LEAD

SMA,LL BLACK

TO COIL

CORE

CONNECT

TEST

PRIMARY

LEAD TO

SMALL

LEAD

RED

COIL

To

test

terminal

Place

of

coil. Follow

of

single red test

illustration

SMALL RED
TEST LEAD

AUTOMOTIVE

automotive

coil

and small

procedure

Fig.

13

showing

type

lead

Figure

coils,

plaee

black test

into

secondary

for testing

insulation

SMALL
TEST

LEAD

I

I

TYPE

small red test

lead to

coils

test

BLACK

CONNECT

TEST

RED

ground

high tension

on

on automotive

SMALL

LEAD

COILS

(

-

pages

b and 6

/RED

\--^#,.',

to

lead

terminal

)

(plug

eoil.

rEsr

positive

of

coil.

in terminal)

refer

and

LE^D

CONNECT

SMALL

TEST LEAD

BLACK

(+)

to

Flgure 12

Figure

l0

l3

CONDENSER

CAPACITY

TEST

CONNECT

BLACK

SMALL

TEST LEAD

TO HOUSING

To make condenser

1.

AC

outlet.

test, cord

2. Leave cardboard between

3. Place selector switch on

4.

small red and

CIip

5. Depress red button,

Iineon

scale

for varying

6. Unclip test

No.

line

leads.

7. Connect small

denser

lead.

black test

turn

4 on right

voltages throughout the

test lead to

red

Figure l4

must be

breaker

position

leads together.

meter

side

breaker terminal

CONNECT

RED

points.

No. 4, condenser

adjustment

TEST

plugged

of meter.

SMALL

LEAD

into

knob on

(This

country.)

115 volt 60-cvcle

'

capacity.

4 to set

scale

adjustment

to

loose

or if

.isr€ft

is

con-

:

8. Connect

otherwise

9. Condenser

ticular motor.

10.

not, replace as a condenser

If

cause

burnt breaker

small

black test

to body of condenser.

be within manufacturer's

must

lead

points.

to

stator

(Depress

that is over

plate

if condenser

red

specification

or under

button to

mounted,

is

read Scaie 4.)

for this

capacity

par-

could

CONDENSER

TEAKAGE AND

SHORT TEST

CONDENSER

tr*

SMALL
TEST

SINGLE
LEAD

1.

Connect
otherwise

2.

Connect
condenser lead.

3.

Leave

4.

To

AC

RED

LEAD

NOT USED

cardboard between breaker

make
outlet.

RED

small

body

to

small

condenser

SMALL

TEST

black tesiteaa

of condenser.

red

test

lead

test, cord must be

BLASK

LEAD

Figure

l5

to

stator

to breaker

points.

plate

if condenser is

terminal.

plugged

CARDE}OARD

BETWEEN
POINTS

CONDENSER

mounted,

or if unmounted. to

into 115 volt

60-cycle

5. After

6. Depress

No.

7.

The

range

8. Any

Ieaking

NOTE:

lead must

eomplete magneto.

while testing to

wiring hookup is

and

short.

ied button

5.

meter

the

of

readings

or shorted and must

On

be removed from the

pointer

narrow

Fairbanks-Morse

show

and hold

hand

black bar

to

the right of

Condenser

up loose

made, turn

minimum

a

will move

at

the black bar

be replaced.

type

breaker

should be

element.

t2

selector

switchto

of

to the right

the left.

magnetos

point

terminal when testing

taped

against an

No. 5

15

seconds.

and

must

indicate

equal, the condenser

or

"Leakage"

Read

return

the

condenser

insuiated

Scale

within

is

on a

board

CONDENSER

SERIES

RESISTANCE

TEST

Leave cardboard

1.

2. Place

3. CIip

Adjust meter

4.

5. Unclip

selector

small

test

6. Connect

lead.

ser

7.

Connect

otherwise

Meter

B.

side

9. While

10. Observe

pointer

meter.

of

testing move

small

small

meter

switch

red

and

setscale6tosetlineon

leads.

red

black

to body of

must

pointer

11. Loose connections

great

a

deal of

vibration.

between

on

black test

lead to

test

test lead

condenser.

be

within

and

"wiggle"

for any

can cause

breaker

position

lead

breaker

to

ok

trouble

points.

No. 6

stator

the leadcomingout

condenser

together.

right side

terminal

plate

green

block

dial for scale

of

or if

if condenser

on scale

movement.

the condenser

if

series

loose

No.

of the

is subjected

resistance.

No. 6.

to conden-

is mounted

right

6 on

condenser.

,,a'''.#'-

..)

.

l

,

to

12, If meter

denser

If meter

18.

is

wiggling

condenser

This test usually

t4.

readily

NOTE:

for

used

DUE

CLIPS

CLEAN

charge and

fhis test

this test.

THE SENSITIVITY

TO

AND PARTS

OR

pointer

sood.

remains within

pointer moves

the condenser

is defective.

hetps to

discharge.

very sensitive,

is

THAT

FALSE

READINGS

green

ok

red sectiot"t

the

into

moves

it

lead

determine

THIS

OF

the

the

as

TEST,

TEST CLIPS

WILL

BE OBTAINED.

t3

bar

into

ability

latest

MAKE

ARE

on scale

No.

on Scale

red section,

condenser

the

of

techniques

CERTAIN

ATTACHED

6 the con-

if by

6 or

the

then

to

being

are

TEST

ARE

TO

VOTTAG

Use

ings

Iead

is

the

from

negative.

E

AND

two small

-

0

24

test

volts

COII

leads

POWER

(Red

and

Black)

maximum. Smail

TEST

for

red

lead

INFORMATION

checking

is

voltage

positive

and

read-

btact

Scale

voltage.

reading

on any

other

voltage

position.

THE

coIL

l/70

of. 4

The

PowER

of.

amperes.

Volts

When

on

position

scale for

No. 1

of. 24

can only

is actually

Each

red line

volts.

positionthan

BLACK

TEST

an amp.,

Scale No.

voitage

ail

other tests.

for

ammeter

two

or division

Do

not

"oFF"

be checked

SCALE

IS FOR

ONLY.

with the
Amperage

1

switch

switch is

other

tests

readings.

scales

attempt

when

Each

black 1

during

is in

in

"ON"

Be

on

in one. The

represents

to check

exceptwhencirecking

volts Scale No.

CHECKING AMPERAGE

black division

representing

power

coil

the

"OFF"

NOTE

position,

sure to

place

anaryzer. Do

red

scale is for

7/2

volt with

voitage

1

switch is

on

the

1

amp. etc

test can

position.

analyzer

volt switch

not

attempt

maximum

a

if

selector

battery

scale represents

up to maximum

only

is inoperative

to

switch

in

analyzer,

the

in

DURING

red

be

,'OFF,,

in

use

checking

is

"oN,,

THE

when

volt

t4

BREAKER

POINT TEST

CONDENSER

SMALL
TEST

SINGLE

LEAD

1.

2.

3.
4,

5.

6.

RED

LEAD

RED

NOT

USED

TESTING FOR

T\rrn selector switch to
CIip small

red and black test

Turn meter

up

with set

Unclip small

Connect small

Connect small

position

illustration No.

T\rrn crankshaft

7.

8.

The meter

9.

If

that

the

there

pointer

meter

is

SMALL

TEST

HIGH RESISTANCE

position

adjustment

red and

red test

black test

16.

knob

on left sidb of

black test

lead to breaker

lead

until cam allows

return

must

pointer

foreign matter

is in

BLACK

LEAD

Figure l6

IN PRIMARY CIRCUIT

2

Distributor

No.

leads together.

for

scale No.

'(OK"

leads.

to stator

breaker

in the

the high resistance

between breaker

2 until

block

point
plate

points

((OK"

REMOVE'

FROM
BREAKER

CONDENSER

Resistance.

meter

on scale

terminal.

or any

to

block.

band'"this

points.

CARDBOARD

BETWEEN

No. 2.

part

close.

POINTS.

pointer

of engine

indicates

lines

per

10.

11.

note.

See

Breaker assemblies

NOTE: Although breaker

current

of

starting

business card)

will

resisting tough

time, especially

the

of

wear and

dirt

After cleaning

the

"OK"

block. If

Sghareen

points

film may

if

stored

engine.

oil will

or

in

not,

not

meeting

points

in a

By

points

the

be removed

the

above

replace breaker

this

are made

form

aJter

damp

running

under

manner,

l5

test

should

the engine

place.

piece

a

tension several

be

non-corrosive

of

film

This

of stiff

from between

the meter

points.

replaced.

stands

for

will cause

paper

the breaker

hand

(such

times, the

should

metal a

period

a

hard

as

film

points.

be in

a

TO

CHECK CONDENSER FOR PROPER

1.

Connect small

2.

Connect small red test

3.

tration

Read

FiS.

Scale No.

black test lead

16.

2.

to

lead to

stator

bodv

plate.

of

condenser.

GROUNDING

B

Point

see

illus-

4.

The meter

5.

If meter

the

condenser

6.

Check

SINGLE RED-}
LEAD NOT

points

USED

pointer

pointer

SMALL

TEST

is

in the

RED

LEAD

must be in

reads

properly

not

same

in the

manner.

T

IMING

SMALL

TEST

the

"OK"

high resistance band

grounded

BLACK

LEAD

band.

to

plate.

this indicates that

CONDENSER

CONNECT

TO CORE AS SHOWN. BE

SURE SCREW

CONDENSER

PRIMARY

IS TIGHT.

WIRE

Preliminary to

specifications.

rubbing

to

the breaker

sure

grease.

proper place.

1.

2.

3.

block is

"Breaker

arm with

the

moveable arm is

Be

Remove

DO NOT

test.

Connect

Connect

small

paper

small black

timing

Use

on

motor,

feeler

a

the highest

Point Test",

fibre

sure

all

screws are

from

between

FILE.

test lead to the stator

red lead

Figure

BEFORE

set

gauge --

part

TIMING

the breaker

ofthe

preceding.)

grease (as

on

pun

free

tight and that all wires

TIMING

breaker

to the

breaker

l6

l7

points

don't

guess.

cam

when setting

Lubricate

specified by

and lubricate

points

plate,

point

terminal

to the manuf acturer' s

Be sure

the breaker

points. (Refer

cam oiler wick of

the

manufacturers).

and

frame.

pivot pin

clean

screw.

with

are

points

in their

before

Be

fibre

"see

motor

your

specification

magneto."

manufacturer's

-relative

this

Set

first.

Figure l8

service

piston

to

sM&L &rcX
LED

(FRAE)

LEAO

RED TEST
TO TERMINAL

manuar

movement

rc GrcUND

for

the

with

particular

timing

of

Again,

Refer

wiring

switch

Rotate

when

block.

hand

will move

can be

on

small

lead

to

be

certain

to

"High

hoolmp

position

to

magneto

points

set in

magnetos,

red

The

the

are

moment

relation

test

frame

that

the

Resistance

is

made,

No.2r

Test

as

shown in

"Distributor

or distributor

closed, that

that

the

breaker

into

the

high

to

movement

such as

lead

or

Fairbanks-Morse

to the

exposed

ground.

ARMATURE

breaker

primary

in

points

illustration preceding,

Resistancet',

in the

the

resistance

advance

meter

points

of

the

primary

See Fig. 18.

GROUND

are

mnking

Circuit,,,

direction.

pointer

start to

band.

piston.

hand

open,

In this

or Kiekhaefer

ground

terminal

TEST

perfect

preceding.

turn

and readscale

It

x/ill be noted,

be

will

m:urner,

the

type,

in the

meter

the

connect

and

the

contact.

After

selector

No.2.

,rg6,i

pointer

timing

the

black

T\rrn

small

and

If the

are

mutator

hand

black

use

pointer

contacted,

should

selector

test lead

small red

hand

the

must be

not

move

switch

to armature

test

moves

armafure

cut

down

during

position

to

lead

to

across the

grounded

is

and

this

test.

Figure

No.

shaft,

probe

mica

t7

l9

3,

as

the

commutator

meter to

and must

must

be undercut.

.,Coil

shown in ilustration

Continuity,,.

the right,

be replaced

copper

as ttre

Meter

divisions.

divisions

Attach

above,

or

com-

pointer

"''*

:=,J;:X':;::2

SPARK

TEST

ROBE

TEST

LEAD

SINGLE RED TEST LEAD

With the selector

lead from

Place test

form

the

probe

ground. Crank engine

small window.

is defective

Iead wire.

or

switch

into

plug

red

spark

If no spark,

lead wire

NOTE: IF SELECTOR

DAMAGE

TO

WILL

METER

STARTER

RED

SMALL

LEAD

_

NEGATIVE

BATTERY

./

in

"OFF"

clip

and

jack

and attach

over and

indications

is broken.

SWITCH

RESULT.

Figure

20

position,

test lead

single

red

opposite

view

that some

are

Repeat

IN

IS

spark

process

SOLENOID

POSTTIVE

BATTERY

+

LEAI)

disconnect

to

to

end

jump

part

for each

TEST

SMALL
LEAD

OTHER

BLACK

ANY

the high

spark

plug

cylinder

through

the magneto

of

spark

POSITION'

tension

lead.

block

tester's

plug

to

1.

T\rrn

Connect

i.

shown

3.

Connect

4.

with

two

Conriect

b.

6.

connect

NOTE:

energized

aJr

7.

Meter

no

8. If

is defective

CAUTION:

MINALS

selector

small

in illustration

small

a battery

jumper

OF

leads on

positive

negative

solenoids

On

terminal.

pointer

movement

and

DO

SOLENOID

Figure

position

switch

black test

hand

to

red tesf

above.

the capacity

of

battery

to smatl

Lead

to case

lead

with

must

or only

be

must

lead to

lead to

terminals.

two

small

move

partial

rePlaced.

NOT CONNECT

METER

OR

2l

3, "Coil

No.

one

other

the solenoid

of

terminal

bracket

or

terminals,

to right

fully

movement

BATTERY

WILL

t8

Continuity"'

large terminal

terminal

Iarge

(6

of

solenoid.

of solenoid

is

one

meter'

of

indicated,

is

LEADS

DAMAGED.

BE

of solenoid,

of solenoid.

volts),

12

or

ground.

for

ground

a

the solenoid

LARGE

TO

as

place

and one

TER'

SMALL

RED

LEAD

CONTINUITY

TEST

Figvre

To test ignition or electrical wires

circuits", turn selector

switch

to

Zero out meter. Connect small

small

above.

meter

red test lead to

Meter

pointer

wire back and

pointer

hand

forth

opposite

hand must move

stays

while

making

left, this

at

end of same

test.

RESISTANCE

check an electrical

To

part

is

Attach

place

OK,

small

selector

red test lead

harness

switch

to

test lead to other end. Meter

needle favors right

If

connection

inducing

a resistance. Repair

side

away

and

on

terminal

pointer

from

22

harness or

and

position

black test

indicates a broken

No.

lead to one

wire,

fully

as

to the right of

TEST

terminals

wire

2,

No.

Scale

of one

needle must

('OK"

connection

"Distributor

of

end
band

parts

3,

"Coil

end of

shown

in illustration

wire.

to determine

lead and

return

to

it indicates

replace

or

for

"open

Continuity"

and

wire

meter. If

lead

Move

if the

Resistance".

block.

defective

a

part.

black

small

"OK"

to

RESISTOR

TEST

Use scale

switch

on No. 2,

together.

red line

with

all low

leads

red

turer's

OHM values

to terminals

figures

specifications.

Manufacturer

SMALL

TEST

LEAD

No.

"Distributor

Ttrn No.

on right

Scale

on

RED

2

for

checking

2

scale meter

side of

from 0 to 30

of resistor,

No. 2.

Figure

low

23

OHM resistance

Resistance",

adjustment

Scale No.

2.

OHMS.

as

shown

Replace

No.

Part

values. Set selector

position.

knob to

meter is

Your

small

Clip

not

Do

adjust

red and black test

in illustration above,

resistor

not meeting

Resistance

Min. Max.

SMALL

BLACK

TEST LEAD

clip test leads

to

set

and read

Reading

needle

check

meter

now

the manufac-

Kiekhaefer
Kiekhaefer

Kiekhaefer

McCulloch

Mercury
Mercury
Mereury

(Scott)

393-1286

393-1482

5?2

393-1

332-196

20

1.3

2.0

3.0
L.7

L.7

2.4

3.4

1.9

HIGH TENSION

TEAKAGE - CRACK TEST

PROBE

TEST CORD

(RED)

AROUND

TERMINALS

PROBE

LEAI)

To

check

distributor
test lead

for

this

rotors, clip

to coil

test,

voltage. The

attached

Iead

position

to

the

end of test

crack

cap

path

no

Bpark

Repeat

so

wlre outlet

No.

1,

position.

"HI"

probe

leakage

or

rather

occure,

than

jump

procedure

TEST

l1

RED

SMALL
TEST LEAD

SMALL BLACK

TEST LEAD

for

cracks

MOVE
PROBING T'{IS

srDE

OVER

i

leakage

or

WHEN

1

_

Figure 24

paths

small red test lead to coil

as

core,

sinee

secondary

that

it

provide

to

"Coil

over

path,

sparking

the

cap ls defective and must be replaced. There

to any

on

shown in illustration

the

coil

coil

extend fulty

will

the

will be

terminal

spark for

used for inducing a

must

into the distributor cap

thls test.

Power Test"randturn"LO-III" current control

Place test

area

it

will show

directly

distributorpostother

other

each

contact

probe

around dlstributor contact

by

up

to the correct terminal. If the

post

of distributor cap.

PROBE TEST

LEAD

SECONOARY CONNECTION

BE BRASHOPPER

CAN

HEAVY WIRE

OR

ln ignition

primary

above.

have a brass or

Turn selector

jack

into

the

in

spark

than the one

tester and

following a

distributor caps

lead and

A

used coil

high

post.

being

copper lead

If

blaek

is best

secondary

spark

plug

switch to

knob

pass

other

there

path

in the

spark

ehould be

tested.

is

or

a

2l

DISTRIBUTOR

ROTOR

TEST

Figure 25

SECONDARY

CAN BE

OR

BRASHOPPER

HEAVY WIRE

CONNECTION

Follow

distributor rotor
rests
rotor

If

a

Replace

distributor cap leakage test

high tension

on

on eoil

with

heavy spark does oecur, it indicates

terminal

ground

defeetive

test

part.

as shown in Figure

probe.

There

terminal

should

lt

procedure, preceding.

that

of coil so

25.

Search

no

be

spark

a defective distributor rotor,

rotor

around distributor

jump

shaft

at any

Place

hole

point.

-

-

TESTING

CONNECT

TO ONE

CONNECTION

END

ONE

PROD
LEAD

SMALL BLACK
TEST LEAD

COILS WITH TWO SECONDARIES

PROD WIRE

TEST

SECONDARY

POST OF

OF

TEST

CONNECT

TESTER

FROM
SECONDARY

SINGLE

TO ONE

CONNECTION.

SINGLE

RED LEAD

RED

PO5T

SMALL
TEST

OF

RED

LEAD

TESTING

PAPER

PLACE
BETWEEN

POINTS

SCREW

END OF

CONNECT

AND BLACK)

RED

PRIMARY WIRES

COIL

THE TWO

TEST LEAOS

FROM

AND

Figure

(SMALL

TESTER TO

TEST Ag OTHER

25

CONVENTIONAT

WIND A
COPPER

TWIST.

AND

TEST LEAD

RED

\

GROUNOING

PRIMARY

WIRE

THE TWO

COILS

TYPE

PIECE OF UNINSULATED

WIRE

CONDENSER

CORE

TO BREAKER

MAGNETO

SPOOL

AROUND

CONNECT

AND ONE LEAD

WINDING

SINGLE

AS SHOWN.

GROUNDED

POINTS.

SCREW

ONE END

ONE

TO

WIRE

GROUNDING

OF

PRIMARY

\

FROM COIL

FROM CONOENSER

PRIMARY

Figure

27

23

f

il

L

Figure 28

TESTING SETENIUM

BY

MEASURING

1.

2.

3.

4.

5. Note reading

6.

7.

8.

9.

10.

11.

selector

Set

small red

Clip

ment knob for

on

Scale

Connect small

Connect small
Figure

Reverse

Ratio of

Remove analyzer test leads and connect to the

lead terminals

or

Note reading

Reverse test leads on rectifier

ratio

The

switch on

and black test leads

Scale No.

No. 3, right

red test lead

black test

28.

figures

of

test leads

two readings

figures

of

of the two readings

DIRECT

position

side.

on

rectifier

on

should be

rectifier.

on

on

CURRENT

3,

No.

3 until

meter

positive

to

ground

to

lead

lower band, Scale No.

note readings again.

and

10:1 or

Figure

lower

band,

and

should

note readings again.

be

Figure 29

RECTIFIERS

RESISTANCE

"Continuity".

together and turn

pointer

leadon rectifiers.

greater.

29.

Scale

no more than

lines up on set

lead on

or

stud

3.

two alternator

3.

No.

2:1.

meter adjust'

position

Figure

28.

rectifier.

leads

L2.

This is

questionable,

If

and checked

only a

with

NOTE: This is a

test ohm

preliminary

final test, rectifier should be

as a

ammeter

true

ohm scale,

resistance

test to determine

while

of other

engine

-

200,000

0

electrical

2.4

is

running.

ohms

components.

eondition of

installed on engine

and can

rectifier.

be used to

FIELD

WINDING

GROUND

TEST

1.

Turn selector
Attach small

motor and

Meter

A

a.

On starter

windin3s,

STARTER

switch

red test

small

hand should

black test

motors

both insulated

test

MOTOR

position

to

lead to

lead

not move, if

having two

itdoes,

terminais.

GROUND

]]ISASSEMBLED

No. 3,

insulated

to

"Coil

terminal

starter

motor

it indicates

fields

1) forward winding

BRUSH TEST

Continuity".

on outside

frame.

field is

the

starter

of

grounded.

? ) rorrerqo

1.

Turn

selector

2.

Attach small

lead to

frame.

q

Meter

nection.

replace

a)

b) check

i

There is

frame

the

STARTER

switch

biack

frame

)

hand must

that the

to which

ground brush

the

also a

end

or

MOTOR

No.

to

3,

test lead

brush

to the

move

and

lead connection

possibility

cap, test by

of

DISASSEMBLED

"Coil

to the

right,

Continuity".

grounded

fastened.

is

if

lead or

is secure

the brush

following

t)

brush

(End

not, there

to the

holder

steps

having a

1,2,3

and small

housing

cap

poor

is a

frame.

above.

red test

field

or

ground

poor ground

con-

to

GROUNDED

STARTER MOTOR ASSEMBLED

ARMATURE

OR FIELD WINDING

1.

Raise

mutator

L.

Turn

selector

a

Attach
motor

A

On starter

windings, test
Iead,

making sure there is

5.

If

analyzer

ground,

Check

a)

Check

b)

Test.

ground

brushes from

with cardboard. Make

position

switch

to

smail red test lead

and small black test

motors having

both insulated

shows continuity

check

individually

armahue

Field

Winding

Page

-

commutator

sure

No. 3.

and insulate

brush is not touching

"CoiI

Continuitv".

to insulated terminal

lead to

two fields 1) forward

terminals.

a solid connection.

(meter

(a)

17

separatety

starter motor

\tlhile

hand

moves

(b)

and

below:

Armafure Ground

Page

-

25 Field

making

to the right) there is

them from

on outside

frame.

winding

test move brush

Test.

Winding

com-

commutator.

of

starter

2)

reverse

Ground

a

26

$ERt/ICI

FOR

STCTIO|\|

EVINRUDE

I

.|OHNSON

UNI.CHARGER

or

AC

GENERATOR

.A[TERNATOR

27

$P?msor

@fiDElslR

tuPPusslox

DroDl

TESTING

two

1.

short

A

connections

A.

between

can

the lead from

If

regulator

become

(marked

grounded.

cause

wires,

the

B. If a high resistance

the

and

Ammeter wiil

battery

wires connected

show

to use an abnormal

C. A short circuit between

(wires

marked

grounded.

that wiring be

frayed

checks

insulation
are

covered

FOR SHORTED

SUPPRESSION

,

It

corrosion,
Additional

3.

TESTING

rectifier

becoming

undercharged battery

is important

SHORTED

A

Figure

FOR

charging

field

the

'tB"

Battery

shoutd

excessively

an

30

FAUTTY

gronnded

a

or

circuit

winding

the wiring

in

will

be charged

develop

the

to

amount of

leads from

and

"C"

Ammeter will

would

result.

checked

and loose connections.

the following

in

OPEN

OR

CONDENSER

WIRING

wire, or

to operate

to the

diagram

excessively.

the

at

.'BAT"

"D",

RECTIFIER

terminal

rate of charge, causing

high

water.

the stator

Fig. 30) or

show a

visually

sections.

(CAPACITOR)

high resistance

improperly.

terminal of

"F"

30)

Fig.

((BAT"

terminals

regulator.

at

winding

from

discharge and an

damage

for

DIODES,

OR

the

should

the

to

these

to

due

Before

1.

t}te large

from

To

2.

12,

Condenser

3.

checking

nylon connector,

the harness

check

the condenser

Fig. 14.

capacity

Also

shorts

diodes

for

the condenser

and

remove

both

for capacity

top

page 16

of

is approximately

opens, disconnect

or

fuses.

and shorts,

proper

for

microfarads.

.2

29

the four

lead,

refer

grounding.

battery

diode leads

page

to

leads,

11 and

RED

1.

2.

3.

4.

5.

6.

7.

8.

9.

test

To

twice.

These

the negative and

as

This

Iead-,

By

page

diodes

two

test

smaII Red lead-)

placing

paragraph

8,

meter scale

Connect small

the

and

A

shorted.

base.

zero reading in

for shorts and opens,

checks are accomplished

can be

selector switch

No. 3.

test

A normal diode wiII show

reading in

infinite

An

being

Before

light engine

or

the

opposite

(Very

tested is

replacing a

open.

oil, and

OHMMTIER

TESTING

positive.

made

1, 2, and

both

on

leads as

tests

direction.

High)

diode,

reading in

coat

then

a

tighten to 150-180 inch-pounds

OHMMTftR

Figure

3l

DIODES

diode

each

reversing

by

your

Merc-O-Tronic

position

on

3)

and by

shown in Fig. 3l between

as outlined

reading

high

the diode

No. 3 CoiI Continuity

reading

above

in

tests indicates

both

threads with

Analyzer.

the

lower

indicates

direction

one

must be checked

polarity

the

red

the

silicone

center

the

such

(Black

(See

figure

post

diode

and a

the diode

grease

torque.

of

on

is

low

5U

Figure 32

.ESTING OUTPUT OF

1. The AC

regulator

A.

B.

c.

D. The

E, In this case,

no

2, If

3. Both

the

required.

generator

terminal

"F"

Operate engine

the reading on
A11 accessories

If output

uni-charger, or

is increased

trouble is

setting or a

Voltage Setting.

output

defective reguiator.

proceed

is

obtained,

the field winding

ohmmeter on

AC GENERATOR

ean be check

and

slightly above

the

ammeter.

must

be

(note

rectifies

probably

to the section

for output

ground

is not at fault.

due to

with a

idle speed,

turned

ammeter

an

"

the AC

and

the

Merc-O-Tronic

generator

the

stator

winding should

OR UNI.CHARGER

by shorting

screwdriver.

when

off

reading)

improper

entitled

uni-charger

or

Analvzer

(1500

this

"Checking

scale No. 2

between

RPM)

check

the

regulator

generator,

AC

is defective.

be checked

the

(Fig'

32).

note

and

made.

is

voltage

Regulator

with

3

or

as

3l

ROTOR

5TATOR

WINDINGS

STAIOR

POLTS

INSERT

HAIR

HttD

wt1{Dll,lGs

CO

PINS

/\

,\

PPER

TESTING

the

1. To

2. Take

3.

4. This

5.

6.

7.

8.

9.

10.

11.

lZ.

test

the red and

with

one

pieces

two

into hairpins.

Place in each female conneetor

see Fig. 33.

will allow

Turn selector switch

A.

together.

leads

B. Adjust

red set line on

After

connector

The reading should be

When testing for

hairpins in
Connect

selector

readings should

The

A lower

An infinite

In

either

meter

zeroing

and

position

the other

switch on

reading

reading

case

winding, separate

f|eld

blue

of bare

illustration above.

See

you

to make field

knob

right side of

in meter

the

pointer

other

infinite

shorted

in

as

small

position

be

indicates

indicates

the field

Figure

FIEID

leads)

copper wire

to

scale No. 2

small

or open

Fig. 33.

33

WINDINGS

from

making contact

winding

position

meter.

attach

to

lead

the field

if

field

test lead

No. 2,

1.2 - 3.2 ohms
a

winding

read scale

shorted

winding

defective.

is

the field

the wiring

(20

winding

GA) about

test without

No. 2 do

so meter

one

the lamination

winding

windings

pointer

small

to the other

No. 2.

(1.9

or

winding.

is open.

-

harness.

2"

with

not clip

to either

lead

or

not

is

leave

hairpin

ohms

2.2

connector

long and

each

any

shape

terminal.

difficulty.

small

will line up

hairpin

stator.

grounded.

two copper

the

leave

and

80of).

at

(the

test

on

32

1. Adjust

TESTING

analyzer

for

THE STATOR

the

following

tests

WINDING

procedure.

Place selector

A.

Adjust

B.

position

set

2. Separate

from

one

harness connector.

3.

leads)

Take

the

4. The other

meter

Read

5.
Any meter

6.

grounded.

meter

?. If

defective.

or

8. If

meter

nected

harness

to the core and

switch

meter,

the Stator

the harness.

small

small

knob for

right side

on

Winding

test lead

test lead attach

No.

scale

2,

pointer movement

pointer

moves

pointer does not

connector.

position No.

on

scale

Scale

of

Connector

and attach

reading

left,

the

to

move

attach

2.

2 until

No.

2.

No.

(the

to one

to the

core'

should be

indicates

this indicates

at all

remove

to the other

meter

infinite.

pointer

with

one

the copper

of

the winding

winding

small

copper

up

lineS

the two

test lead con-

contact

yellow

contacts

partially

is

grounded

is

in

on

in

the

9. Leave

10. Read

Winding should

11.

If

72.

connection

If

13.

this

In either case

14.

be

selector

meter

meter

meter

indicates

replaced,

15. Internally

low

very

16. If aII

output

cases

the

is

do

switch on

scale

show

postion

No. 2

a reading

(which

pointer moves only

partial

a

or

pointer

winding

does

oPen.

not

is

move

oPen.

the winding

defect located

or

the

and

the

wlndings

windings.

rectifier

meter)

shorted

resistance of

stator

generator

low,

not show

internally

an

up on

No. 2.

the low

is

minimum .2 -

of

a

part

the way,

of

at all or

is defective

repaired.

and

are

ehecks

shorted

stator

could

resistance

maximum .3.

there

stator

and

difficult

are

winding

the

be

cause.

value

this indicates

infinite

is

an

assembly

test due

to

satisfactory

(which

scale).

poor

a

reading

should

the

to

the

but

in some

33

VOtTMETtR

Figure 35

INCORRECT

cAUTION:

box.

1.

To

check

connect

and

2.

Turn on

The voltmeter

3.

4. A zero

and

circuit

the

the negative

the switch but

reading

the battery.

would be between

coil had current

to

regulator.

If the voltmeter

5"

2A minutes with

for

turned

For accurate

Tachometer.

6. Turn off

to

off

the ignition

REGUTATOR

Do not short

the voltage

positive

lead

should read battery

indicates

If

the

reads battery

bring

the regulator

RPM readings use the

across any

setting reconnect

voltmeter lead

ground.

to

do not start

open in

an

green

"on

the

open would be

voltage, operate

the cover

switch

to stop the engine.

VOTTAGE

the terminals

of

all connections

to the regulator

(Fig.

35).

the engine.

voltage.

the

circuit

light" lights up on

key switch

from

the regulator and

on

to

operating

Merc-O-Tronic

between

and

the

the engine

temperature'

SETTING

the

in

{rBAT"

the regulator

the dash

regulator.

red wire

at

accessories

all

Electronic

junction

then

and

terminal

the

open

ignition

If

to the field

rpm

1500

Service

7, Restart

the

8. The dash

the

time

engine, operate

ammeter

voltage

must show a chatge

setting

it at 1500rpmand

is read.

34

note

of not over

the

voltage

10 amperes

setting.

the

at

A fully

the

9.

If

tinue above

charged

voltage

battery

setting

10

amperes

must be

is 15 volts

after

to adjust

used

or above,

the 20-minute

regulator.

the

charge

warm-up

rate

period.

may con-

In this case

10.

11.

If

above

rate drops

The

L2.

ature.

ing

the voltage

the voltage setting

10

amperes,

to

below

voltage setting

Ambient

the regulator

10 amperes

should be

temperature

l/4 Lnch from

setting

is below

continue

needs to be

15 volts but

to

charge

before

14.4 to 15.0

the temperature

is

the

cover.

reduced.

the

readingthe

VOI.TAGE SETTING

AT ROO'II

ADJUSTING SCRTW

q

(TuRl{

the

charge

battery

rate

until

voltage

the

setting.

volts at ambient

the air

of

IO

AftIBITXI TTIIIPTRAIURT

ADJUST SETTTNG)

T0

remains

charge

temper-

surround-

ADJUSTING VOTTAGE

To adjust

1.

the voitage adjusting

(Fis.

This should be

2.

engine operating

Turning

3.

clockwise

the voltage setting, remove

36).

the screw

will lower

done

1500 rpm.

at

clockwise

the setting.

screw

after

Figure

located

20-minute

the

will raise

35

36

SETTING

the

the

on

regulator

of

back

warm-up

the

setting,

and

and

with

counter-

cover

the voltage

period

turn

unit.

the

CAUTION:

Always

This insures

screw.

necessary

to make

Therefore,

to make the adjustment.

final

make final setting

the springholder

that

turn the screw

setting.

Replace

turning the screw clockwise.

by

will

counterclockwise

Then

the regulator cover.

be

turn

against

head of

the

farther

the screw elockwise

the

than

4.

After

5. Restart

Readjust

6.

7.

Always stop and

making the setting,

the

engine

if necessary.

setting.

8. Always make final

the

9. If

defective

setting cannot

internally.

TAITORING

1.

Unusual
voltage setting

the engine is operated consistently

2. If

turned

the

in

operating

to

the

on,

charging circuit

battery

turn

off the switch and

the

it

engine

and operate

restart

voltage checks

be adjusted

REGULATOR

conditions

battery overcharge

avoid

may become

are functioning

may

1500rpm and

at

before

with

the desired value,

to

reading

the regulator

VOLTAGE

make it

discharged

necessary

or undercharge.

at low speeds

satisfactorily.

the engine.

stop

note

the

the regulator

SETTING

with

even

voltage

finai voltage

cover

to

"tailor"

accessories

though

setting.

place'

in

is

the

the units

3. Raising

correct

4.

increasing the setting

If

the

particular

the

voltage

the condition.

accessory

speed.

load

5. Similarly, consistent

electrical

battery

6. This is especially

7.

lower

A

8.

If

changing

setting should be

for an

loads may

overcharge.

true under

voltage setting

the

setting by .3

changed

improved battery

setting

operation at

to

a value

does not correct

is too

great

moderate

result in excessive

hot

weather

in

this

case

may be

volt does

an additional .3

condition.

36

within

the trouble,

the

for

battery

cQnditions.

not

the specified

generator

high

or

water

required.

correct

volt and

then a check

limits

Iikely

it is

output at

usage

with

denoting

made

speeds

the condition,

may

that

that

light

the

TRANSISTOR

tu:e

RTGUIATOR

':ii,

The components

connected

1.

2.

3.

A

4.

5.

in the

To

check

terminal to

"F"

Close

reading.

If

An

the switch without

reading of approximately

the reading

intermittent

regulator

reguiator

open

excessive heat can

Figure

37

INTERNAI REGUTATOR CHECKS

inside

circuit

the transistor,

is zero volts,

(marked

the regulator may

as shown

IRANSISIOR

ground (Fig.

starting

short

field

between

and

"A"

discharge

cause

the transistor to become shorted.

checked with

be

in Figure 30.

connect

37).

to

1

the transistor is shorted.

"B"

a voltmeter from

the

engine, and

2 volts is

the leads from the field

on

diode, an open

normal.

the wiring

diagram,

suppression

note

the regulator

the regulator

the

voltmeter

winding to the

30),

Fig.

diode,

an

or

the

If

6.

open.

7.

An open

reading

winding ieads

transistor

is

approximately 8

result from a direct

can

(t(A't

and

from interchanging the leads

terminals.

'(8"

to

9

the

in

the regulator

at

JI

the transistor

volts

short between

wiring

is

burned

the

field

diagram, Fig.30), or

((F"

and

"BAT"

8.

If

resistor

9.

The

proceeding

10'

To

11.

To

and

transistor

nections

the

reading

are

transistor

replace

replace

remove

inside

is

battery

burned

and

with

the

the

resistor,

the

transistor,

regurator

attaching

the

regulator

voltage,

open.

resistor,

remaining

merery

disconnect

from

screws

box.

if

damaged,

checks.

unsolder

junction

and

unsolder

both

battery

the

transistor

must

the

connections.

box.

the

be replaced

and

all

Then

two

transistor

and regurator

before

regulator

remove

the

leads

two

con-

NorE:

discharge

The

following

switch

position

1.

To

check the

paper

2-

connect
terminals. (Note

Reverse

3.

minals.

Do

not

diode

REGUTATOR

CHECKING

tests

No.

can

3

Meter

field

between the

small

the

(Note

leads

the

lead

the

reconnect

and

suppression

OHMMITER

FIEI.D

FIETD

DISCHARGE

be made

Sca-le

discharge

voltage

from

readings).

connections

readings).

the

regulator

diode

PI.ACE

APER

BTTWETN

CONTACTS

DISCHARGE

the

on

No.

3.

diode, plaee

contacts

analyzer

to

the

leads

have

been

RTGUTATOR

OHMMTTER

DIODT

DTODE

Merc-o-Tonic

small

a

to

insulate

to

the

,,F,'

them.

,,F,

and

until

checked-

ana\yzer

piece

see

..BAT,'

and

!.BAT,'

after the

selector

of

clean

Fig.

3g.

(Fig.

(Fis.

3g)

field

white

3g)

ter_

If

4.

either

diode

If

5.

both

charge

Remove

6.

To

7.

CAUTION:

replace

reading

is

open.

readings

diode

the

small

the

Excessive

is

shorted.

diode,

is

very

high (infinite),

are

approximate|y

piece

of

merery

heat

will damase

paper.

unsorder

the

regulator

zero,

the

diode.

ee

the

connections.

field

regulator

discharge

fielddis-

RTGUTATOR

UNSOI.DER

DIODE

TEAD

UNSOTDER

DIODE I.EAD

OHMMETER

REGUTATOR

1, To check

base and

the

to

the suppression

connect

diode case

2. Then reverse

If

3.

4. If

To

5.

CAUTION:

readings

both

readings a:l^e

both

replace the diode,

Excessive

CHECKING

SUPPRESSION

the

small

(Fig.

39).

the ohmmeter

high

very

are

the diode is shorted.

zero,

merely

will

heat

OHMMEIER

SUPPRESSION

Figure

diode,

leads

Use Test Position

lead

unsolder

damage

39

DIODE

unsolder

from ana|yzer

connections.

(infinite),

the connections.

diode.

the diode

DIODT

its lead

No. 3.

from

from

is

open.

the regulator

the diode

lead

39

RITTI.TR

FILE

TO

Figure 40

(TTAN

CONTACT

POINTS

1.

rf

an open transistor

regulator

illustrated

2

The

small

with

erocus

3.

contacts

toxic

cleaning

4.

After

card)

foreign

cleaning

between

matter.

contact

in Figure

soft-alloy

eloth or

should

solution to

contacts

contact

CTEANING

was

foundintheprevious

must

be

40.

contact

other fine

be washed

remove

run

under tension,

(r00sril

suPPoRT

CONTACTS

cleaned with

does not

abrasive material.

trichtorethylene

with

any foreign

piece

a

{$rcK

oxidize

of stiff

thereby

AIR

6AP

potilTs

wrTH

JUST TOUCI{II,IG)

\l

\t.i

UPPER

(0NTA$

tl,louNTtNc

check, the

spoon

a

and must be cleaned

or some

material.

paper (such

removing

large

or riffler

as a

scREws)

voltage

file

other non-

business

film

any

as

or

1.

After

Figure

2

Push

3.

Adjust the

and

cleaning

41.

the

just

touch

{TURI,I

Figure

ADJUSTING

the

armature

upper

when

TO

ADJUST SITIING}

4l

contacts,

(not

the

contact

the

support

AIR

GAP

set

flat

support

MOUNTING

{r00s${

the

spring)

so the

screws

40

SUPPORT

S(REWS

T0

sET Atn GAP)

gap

air

Oown

to

against

contacts

are tishtened.

.070

are

inch

gauge.

a

aligned

as shown

squarely

in

MANUFACTURERS

SPEC IFICATIONs

FOR COIL

TESTS

ON

MAGNETO

TESTS

WITHIN THE

BE

TOLERANCES

SHOULD

DEFECTIVE

IS

TO

BE REPLACED

MANUFACTURER'S

SPECIFICATIONS.

AND

CONDENSER

MERC.O.TRONIC

ANALYZER.

MADE

MUST

SPECIFIED

OR THE

PART

AS

AND

NOT UP

IT

4l

Ignition

Failures

SERVICE

HINTS

Engine

I.

Fuel Are

Incorrect

Defective

Spark
Spark

Sticking

Incorrect

Breaker

Breaker

Loose wire

Defective

Corroded
Cracked

Leaking

Weak

Worn
Worn

Defective
Defective

Spark

Engine

U.

Through

Misfires

OKr Check

sPark

loose

or

ptugs
plug

or

armature

cam

distributor

timing

Backfires

incorrect

of

gaP

set

weak

breaker

points

points

not sYnchronized

not

in

PrimarY

distributor

or

Pitted

distributor

broken

or

lobes

coil or

ignition

out-of

Exhaust,

Idle or

at

for:

gaP

Plug

sPark

incorrectlY

breaker

Point

properly

eircuit

rotor

breaker

caP

high tension

magnets

distributor

on

magneto

or

condenser

switch

adjustment

-

Check

High Speed,

-

Plugs

range

heat

spring

arm

gaP

adjusted

Points

shaft

for:

-

wires

magneto

or

bushings

Presuming

shalt

Carburetion

and

Cracked

Carbon

Crossed

leak

Air

Improper

Engine

III.

Spark

advanced

Incorrect

Burned

Incorrect

IV. Starter

Broken,

Dirty,

Shorted
Grounded

Resistance
Misaligned

armature

Worn
Misaligned

Loose

spark

path

in

sPark

at intake

Porcelain

PIug

distributor

wires

PIug

defelector

timing

far

too

electrodes

setting

There

If

-

starter

Check

Plugs

Pre-Ignition,

type sPark

spark

PIug

breaker

Motor

jammed

gummed armature

armature

field

engine

shaft

Pieces

or

motor

bearings

shaft

armature

from

field

starting

armature

Pole

caP

for

Is

drive

Ignition

Excessive

Causes:

current

-

Draw,

check

for:

-

4J

ry.

Starter

If

Starter

Poor

Jammed

Broken

Direct ground

Solenoid

Burned

Improper

High
Shorted
Shorted

v.

Distributor

There

High

Resistor

High

Incorrect

Motor

(Cont,d)

Fails

battery ground

drive

teeth

fiywheel

on

in

dead

or

contact

mica

armature

field

points

seating

between

or brushes

system

Is Breaker

battery
resistance

voltage

incorrect

of

type

ignition

in

SERVICE

to

Operate,

switch

shorted

in

switch

brushes

commutator

Failures

Point

Oxidation,

capacity

condenser

coil

HINTS

Check for:

segments

with

-

circuit

Ignition

Check

Cont'd.

-

-

for:

system

-

as Guide,

If

with

Ignition

Check for:

Extremely
Moisture

Excessive

formation

vI. Electrical

Check

Corroded

Alternator grounded

Worn

Rectifier

Short
Excessive
Short

for:

battery

out, inefficient

defective

circuit

circuit

system

-

high

voltage

heat

from

Failures

-

terminals

in

charging

use

of electrical

in isnition

as

Guide,

engine

If Frequent

-

or

shorted

battery

circuit

units

switch

If rhere

Battery

Is

Breaker

point

charge Is Necessary,

oxidation,

44

AMC

I'SABER''

.

A

q

Model

No.

3DI2M
3DI3M

IM

5DI

55I2M
5DI2M

l2Dl lM
r2Dl3M

22Dt0M

22DEIOM

22DllM

22D13M

22DE13M

H. P.

3

3

5
5

5

12

12

22
22

25
25
25

Yeor

1955

1956

1955

1955-56

1956

1955

956

I

1955
1955

1956

r956

1956

Mogneto

No.

28

5801

28

5801

5801 83

20

5801

82

5801

580r 53

580207

80

5801

80

5801

580209
580209
580209

Coil

No.

5801 I8
5801 l8

5801

l8

5801 l8
5801

l8

580r I

580r l8

5801 t8
5801 r8

5801 r8
5801

l8

5801 l8

Operoting

.Amperoge

1.6

1.6

1.6

1.6

1.6

8

1.6

1.6

1.6

1.6

1.6

1.6

1.6

Continuity

Min.Mox.

30-40
30-40

30-40
30-40
30-40

30-40
30-40

30-40
30-40

30-40
30-40
30-40

Condenser

No.

t

5

0173

51 0r 73

510173
510173
510173

510r73
5t0173

5l 0l 73

510t73

73

5l 0l
5l 0l 73

5t0173

Copocity

Microforods

.18-.22
.18-.22

.18-.22

-18-.22

.18-.22
.18-.22

.18-.22
.18-.22

.18-.22
.18-.22

.18-.22
.18-.22

ATLAS

-

"ROYAL''

.r

G

Model

No.

3DIIA

3DI2A

3DI34

55l lA

5DIIA

5DI2A
5DI34

lA

l2Dl

l2Dl34

22Dt0A

22DEt0A
22D124

22DE12A

25Dl lA

25D I 34
25DE I IA

34

25DE I

H. P.

3

J

?

5

t2
t2

22

22

22
22

25

25
25

25

Yeor

953-55

I

955

I

1956

r 955

955

I

1956

I 956

954-55

I

956

I

955

I

955

I

955

I
I 955

1956
1956

956

I

1956

Mogneto

No.

5801

28

5801

28

5801 28

5801

20
83

5801
5801 20
5801 82

5801

53

580207

580r 80

5801 80
5801 80

580r 80
580209

580209
580209
580209

Coil

No.

5801 I I

5801 I
5801 l8

580r I 8

5801 l8

580t l8
580r r8

580t r 8

5801 I 8
5801 l8

580118

5801 l8
5801 l8

580r r8

5801 l8

580r

l8

580118

Operoting

Amperoge

I.6

I

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

I.6

1.6

1.6

1.6

1.6

1.6

Continuity

Min.Mox.

30

-40

30

-40

30

-40

30 -40

30 -40
30 -40
30

-40

30

-40

30

-40

30 -40

30

-40

30 -40
30 -40

30

-40

30 -40
30 -40
30 -40

Condenser

No.

5r 0l

73

51 0l 73

5l 0l

73

5l 0l 73
5l 0l 73
5l 0l

73

510173

5l 0l

73

510173

5r 0r 73

5l 0l 73

5r 0l 73
5r 0l 73

5l

0l 73

510173

5l 0l

73

51 0l 73

Copocity

Microforods

.18-.22
.18-.22

.

t8-.22

.18-.22

.18-.22
.18-.22
.18-.22

.18-.22
.18-.22

.18-.22

.18-.22
.18-.22

.18-.22
.18-.22

.18-.22
.18-.22
.18-.22

AUTO LITE

.

FORD

No.

Port

3076 Jr

IAT

3076 LA

IAT

IBB 2015,1,R.

No.

Coil

200673

71 0l 08

201010
200673

Port No.

IGA-123008

8EL-123004

H-l 2300

7RA-l 23008

Typ"

Resistonce
Resistonce

cgeoc-iry
Microforods

,21- ,25
,25- ,28

in

porr

No.

2042ss

IBB

IGB 1025,E,J.

.25- .28

AUTOLITE IGNITION COIL

Primory Secondory

Operoting Resistonce Continuity

Amperoge Min.Mox.

t.l l.l-1.5
l.l

.c,oPoc.ifY

Ml crotorods

1.2-1.4 60-70

AUTOLITE

Min. .410

Min. .410 Mox.

PRODUCTS

FORD

in

.29-.32

.20- .25

.30-.34

.21- .25

Min.Mox.

BALLAST

Pqrt
7RA-123000

FAB-12300A
B7A-12300A

B7A-12300B

60-70

Mox.

No.

.520
.520

Condenser

No. Min.

Copocity
Microforods

"in

.25- .28

.20' ,25

Copocity

Microforods

Mox.

Copocity

Microforods

.21- .25
.21- .25

.25

.21­.21- .25

in

No. Typ.

Coil

200691
200692

PRESTOLTTE

Operoting

AmperogC

Boitery .57

Botfery

.7

(THE

ELECTRTC AUTOLITE CO.)

Primory Secondory

Resistonle

Continuify

Min.Mox. Min.Mox.

- 3.9 55

3.5

l. I

1.5 55 -

-

47

- 65

65

Copocity

Condenser

Micioforods

No. Min. Mox.

I

i

BENDIX

SCINTILLA

COIL SPECIFICATIONS

Coil

No.

4936

.

4998

5179

2-306.

2-751

.

2-752 .

'ln-l4lQ

r

0-21 60

t0-2160

I

I 0-2

60W

t0-21 60Y
10-5294

r0-6710

I 0-8548

10-9247
10-9267

1 0-9606

t0-r3165

I

0- r 3623Y.

10-13624

10-136252

I 0-l 3760

4856

0- r

I

10-14857

10-15829Y,W,V.....

0-r sB29U

I

t0-1 6144
10-17288

10-17970Y

t0-s4007

t0-57460

10-77308

t0-77379

10-77334
10-79157

r 0-8r 203

t0-82215

t0-82241

10-82259

*

I

0-84356Y

I 0-86641

qnd

.

. .

Y

Typ.

PN

GN

MN

vAG

.

Moximum

Amperoge

2.30

I

.95

2.10

1.95

SF9-SB9 r.90

VAG

SGA

c-cR-cG

Bendix

Bendix

Bend

ix

SCA

Series I .55

"C"

Series

"C"

Series

"C"

MN4-6

PC Series

12

Volt Boftery

6 Volt Bottery Coil.

. .

Coil

. 1.45

SG Series

5F4-SB5-SB6

SFI4-I

SCD-I

sBl4-t

Bendix

;;,,

;.;",'::::::::::::::: l:?3

MN

Series

VMN

Series 1.80

PA

Series

PA

12 Volt Bottery Coil-H

CBR Series 1.60

Series 1.00

LA

Series

H

LA, Series 1.35

Series

Hl

Comp. I.l0

Hl Series

H2 Series

(Single

K Series

Series

VAG

Series

K
K Series 2.30

K Series

K Series

K Series 1.60

SPK)

.

2.10

2.10

1.60

1.35

I

.60

2.30

2.00

1.75

l.l0

1.75

1.70

r

.80

1.90

2.10

2.10

1.90

1.90

1.60

1.60

I

.80

2.30

2.10

1.60

2.30

1.80

*Test

with coil on stotor

plote

ond

insulote between contoct points.

48

BENDIX

SClNTILLA

COIL SPECIFICATIONS

(Cont'd)

Series

K

No.

Coil

10-3822
t0-38222Y

l0-5071

l0-70100

t0-70128

t0-70132

10-70169

l0-70161

10-70199

t0-94097

lo-ttt287

Operoting

Stotor Off

On

Plote

2.0

2.0

5

1.8

1.8

1.8

1.8

1.8

2.1

2.1

1.8

1.8

Amperoge

Stotor

Plote

2.3

2.3

2.1

2.1

2.1

2.1

2.1

2.4

2.4

Moximum

Secondory

nui ty

Conti

60

60
60
50
50
50
50
60
60
45

J6

49

BENDIX SCINTILLA

CONDENSER

SPECIFICATIONS

Condenser

No.

0-l

r

3373Y

t0-17453

t0-12u9

l0-15061

t0-81927
t0-12049

t-7E,4V
0-82

04

r

I

0-s5555

I

r 0-38350W

0-549

I

10-54954

r0-70r4r
t0-70162

t0-76413

t0-79125

r 0-79t 68Y.
r 0-79r 88

10-82104

10-82207

r 0-82238

10-86610 .

I 0-231 86
I

10-56546

t0-17453
t0-85252

I
I
I

10-20654

t0-37626

10-37626

r

10-s3229

r 0-l 5061

I 6

0-23

86

I

0-8r 958

0-81 956

0-85256

10-43412
t0-20654

0-31592

0-8 r 650

I

0-r 025r 3

I

0251

r 0-l

r0-102514

0-88603

|

3

..

..

Typ"

Series .18

VMN

Series

C
PA, PB

PA, PB

Spork .17

Fixed

Voriqble

Spork .

Minimum

Copocity

29

.17

PA6/2F .17

PC.

. .

Series

VAG

H Series

Ht-21

K Series
K Series
K Series

Series

K

K Series

Series

K

Series

K

Series

K

K Series

Series

K

K Series

Series

K

.

.

KKSeries

oAl..

(10-20650-2).

oA2

(10-32420-1). .14

oA2

. .

LA.

.

LA. .

LAR..

LAR

.

DS-l ...

s4R(L)N-32

s6R(L)N-32

BA Bottery Timer.

SW6LN-12 Boftery

WN Bottery

Automog

Timer

Timer .

.

1C....

DLC L.H. . ..

DLCR.H....

.17
.17

. 15

.14

. 15
. 15
. 15

.17

. 15

.35

. 15

.27

. 15
. 13

.29

. 15
. 15

l6

.16

.29
.60

.7

1.5

1.5
.15

.20

20

.18

.18
.29

.22

.17

.18

78

.78
.78
.23

50

FOR MODEL 88 & MODEL 98 MAGNETO IGNITION

AMERICAN

BOSCH

SPECIFICATIONS

COIL

ANALYZERS

No. Type

Coil

4463736

AA68936

A474709
AA75795
AA75798
AA75798

A476184
4477815

A477839

AA78l68

AA8r878
cL52r
c1523

CL524

cL527

c1528

cL529

cLs2r0

cL5217

cL5220

cL523l

cL5234
cL5236

c15238

cL5239

cL5244
cL5246
cLs249
c15286
cL5293
cL5297
c15298

cL52t07

cL52l09

cL52n2

l5

cL52r

l6

cL52l

cLszt17

c1521 l8

cL52l l9

cLs212l

cL52127

cL52t34

cL52137

cL52l4l

cL52t43
cL52t45
cL52r58
cL52l58
cL52l58

cL52l59

cL52't59

cL52t59

cL52t62

AB33-1922

AB34

ZR4

15

Ar4-AT4/2

DU4 ED
ZR4
DU6 ED

ED

u4

ED

l8

26

l8

1,2,3

fo

36

ro 26

U2EDI

UI EDI

U4ED4

(Speciol)

MJA

MJAEd.

MJB, Ed. A, MRF

MJC 44

MJC
MJA

MJC 64

RF 41, 42ED.

MJA,

MJC

B&C

& 64

IA & MJC IB

(Speciol)

1

Duty

Heovy

4A,

6A,

48,

(vorioble

69

timing)

MVA 2A, 2A 310, 64 2108

lA,

MVA
MJC,

lA 3t0, 64 2108
C,

4C

Ed.

&

6C

MJH IC

MJD

MVA Ed.
MJC Ed.
MJC Ed.

A

C
C

MJH2C

ED.

MJC

C

MJKEd.A&B

MRF, MJB, ED. B, 4cyl(fixedtiming)

MJA Ed. D

MJH

MRD

MJA

MRD

MRA, Ed. A

4C

MJH
MJC Ed.

MJC

MJH,

MRD

MJA Ed. D

MRD Ed.

MRE Ed. A
MRB
MRB with
MRB
MRB with
MRB
MRB

MSB wirh

Ed.

MRD

with
with

wirh

Wifh

C

C

A

CLC

CLC

CLT
CLC

CLC

CLT
CLC

6

l2

40

6

l2

40

6

Operoting

Amperoge

1-45

I .55

1.45

r .05

r .30
r .30

l.l0

.95

.05

1

I .30

.95

.30

I

r .30
r .30

l.ll

t.t7

1.

15

l.l0

I .85

r .00

l.ll

I .40

r .40

.30

I

.30

r

I .65

I .40

.30
.30

.70
.30
.40

I .30

.JU

.40
.30
.30
.45
.30

r .30

I .30

r

.30

1.45

1.45

I .30

1.45

I .40

1.70

1.70

2.20

1.70

1.70

2.20

1.5

Primory

Secondory

Resistonce Continuity

Mox.

Min.Mox.

Min.

47-57
47-57
52-62

52-62
52-62

47

-_57

:_

52-62

52-62
52-62

::

52-62

::

50-60
52-62

47-57

50-60

52-62

50-60

48-58

52-62

47-57

52-62

52-62

48-58

48-58

47-57
48-58
48-58

Scole

Off
Off Scole
Off Scole

Scole

Off
Off Scole
Off Scole

Off Scole

5l

FOR

No. Type

Coil

cL52t62

cL52162

cL52l63
cL52l63

r63

cL52

cL52t64

cL52r65

cL52166

cL521674

68A

cL52r

cLs2t72

cL52172

cL52t72

73

r

cL52

cL52173
cL52173

r 001

cL52

0054

cL52r

CLC6A

cLc6A
cLc6A

5

I

cLcr 2455

CLTIOAIS

sA75393

sA7808r
sA78308

s479555

sA81426

sA8l603

sA82995
sA83054
sA84383

wc2580
wc2594
wc6040
wc69342
wc73360
wc74792

wc761M

wc77803

wc79444

wc829r3

wc82995

wc86l87

wc86l88

AMERICAN

MODEL 88 & MODEL

MSB with
MSB WiIh

MJA wirh
MJA wirh
MJA with

Ed. B, MJK

MRA

MJA

MRA,

MRA

MRA
MRA

with

MJB

MJB with
MJB with

with

MRL
MRL with
MRL with

(Speciol)

MJF

tension mog. lgn.

Low

tension mog.

Low

tension mog.

Low

CLC

CLT

CLC

CLC

CLT

CLC

CLC

CLT

CLC

CLC

CLT

l2

40

6

12

40

6

l2

40

6

12

40

lgn.
lgn.

FYED2

FY

ED 2,3,4

t2

FY2,6,13,17,28,36

FYISEDI

FY30EDI
FY33EDI

sEDI

FY3TEDI

RF ITED I

zEv

AB 33.A834-BA-AZ

AB34

FXI, 2,

SPK.FBC 2

DU4&6-ZR4&6

AT4&6

FBC,

FXI-FH.FB I&2

ED

u4

U6EDI

U4

1,2,3, F\

su4, ED

1,2,3,4

SEDI

(LOW

ED 2

4/2-U4, ED 2 ond

U

SPEED)

BOSCH

98

MAGNETO IGNITION

tronsformer
tronsformer
tronsformer

SPK

(low

4

speed)

SPECIF|CATIONS

COrL

Operoting

Amperose

1.3

1.9

2.0

2.0

2.7
t.30

r

.30

I .30

t.30

r

.30

1.7

1.7

2.2

1.7

1.7

2.2

r .30

1.5

.98
.98
.98

.7

.8

2.00

2.05

2.20

I .80

I

.30

2.00

.82

1.97

2,25

I .50

I .45

1.45

2.10

l.15

I .05

.50

I

.05

I

.98

.05

I

.82

.00

I

.00

I

ANALYZERS

Primory

Resistonce

Min.Mox.

(Contrd)

Continuity

Min.Mox.

Off

Off

Off Scole

Off

Off

52-62
52-62
52-62
52-62

52-62

Off
Off Scole
Off
Off
Off
Off

52-62

.4 .5

3 4

50-60

45-55

l0 t2 45-55

Scole
Scole

Scole

Scole

Scole
Scqle

Scole

Scole

Scole

52

AMERICAN

FOR MODEL

BOSCH

MODEL 98 MAGNETO

88 &

CONDENSER

SPECIFICATIONS

IGNITION

ANALYZERS

Condenser

cw522
cw527

cw52l0

cw5224
cw5232

cw5249

cw5250

cw5252
cw5260
cw5263

cw5279

cw529l

cw5292
cw5293

cw5296

cw5297
cw5298

cw5299

cw52l

l0

cw52l3l

No.

Voriotion

Condenser

cw5232

cw5279
cw5293

cw52l3r

cw529l

cw5296
cw5298

cw5292

MJC
MJC

MRD,

MRD

MSB

MJA,

MJA,
MJA,

MJA,

MRB

MJF

MRB,

MJK

MJK

MSA

MJB,

MJB,
MJB,
MJB,

MRL

Mognefo

MJF,
MJF,
MJF,

MJF,

MRA,
MRA,

MRF,

MRA,

MRF
MRF

MRA

MRF

Copocity

Reoding

in Microforods

.33
.22

.22
.22

.22

.22

.33
.33
.33

.33

.22

.22

.70

.22
.33
.22
.22
.22

Mox.

.39
.27
.27

.27
.27

.27

.39

.39
.39

.39
.27
.27
.85
.27
.39
.27

.27

.27

Min.

.33

.35

.28

.22
.33

.70

.33

.70
.28
.28

.25

.39
.27

.39
.85
.39
.85
.35
.35
.28

53

ROBERT BOSCH COIL

SPECIFICATIONS

(GERMAN)

Coil No.

*0-221-s00-800

*2-204-21

*2-204-210-013

2-204-210-041

*2-204-211-008
*2-204-211-029

2-204-211-030

2-204-211-070

2-204-7lO'O4l

000-43-05.554

5034T2

MZAN4T-12
MZAN4T-12

*TJ

*TK

98008

l0B0

'13800

*0-212-940-001

Coil

t-214-210-042

1-214-216-160

1-214-210-163

1-214-210-056

*NOTE:

CAUTION:

t-005

(Poloris)

12/t

l2A3

No.

When

connect

(Poloris)
(Poloris)

Core"

"Red

"Green

GERMAN

testing

leods

NOT

DO

Core"

-

obove coils,

to

USE

Ski-Doo

Operoting

No. A.mperoge

4027008 0.6

4024038

4024040

Red Core

Core

Green

(Polqris)

(Poloris) .65

4027008

BOSCH LIGHTING

Ski-Doo

No.

4024083
4024084

4027014

ond

4027015

disconnect

THE

boitery

l2

VOLT

l2 volt

o

COIL

Operoting

Amperoge

Short Leod

2-Leods

Long

theT-l/2 vol

for

coil

BATTERY

Primory Secondory

Resistonce

Min.Mox.

1.6 2.0

1.0 1.6

1.0 1.8

1.0

1.0

1.5

1.7

1.5

1.2
.65

1.2

1.5
.7
.4

1'7

1

'7

l

'7

.6

1.7

.7
.7

'l

.3

1.2

I

.5

0.6

SPECIFICATIONS

power

FOR ANY

2.9

3.2

1.6

Leod

t internol

test only.

1.8

2.1

1.9

I.3

.s

2'1

2

'l

2'l

'9

2'1

3.5

3.6

2.0

bottery ond

OTHER

Continuity
Min.

Mox.

45

35

40

50

?< ,1 <

/li An

45

35

40

50

40 50
40

50

Ai cn

45

60

JU OU

40

50

60

50

si ston

Re

4

7

t.2

1.0

.8

TESTS.

c e

Condenser

r

-237-330-035

l

-237-330-037
LMK0lZ32

l.

9B0l

r

0800

r237-330-036

1217-330-048

No.

GERMAN

(Polori

(Poloris)

BOSCH CONDENSER

$

Ski-Doo

No.

4024067

4024068

54

SPECIFICATIONS

7

I

Copocity

Min.

t3

.

.26

.lJ
.14

.ll
.ll

.ll

Reoding

Microfqrods

Mox.

17

.30
.27
.18

.t5

.15

ROBERT BOSCH

SPECTFTCAT|ONS

COrL

(GERMAN)

No.

Coil

wz8t64 . .

2A27279/7
2A27279/8
2A27279/9

2A27279/11.
2A27279/12.

2429035.

2429192.

2A'29244.

2429362.

zAKt/15.

zAKl/16.

zAKt/18.

zAK2/il.

zAK4/11.
zAKt0/11

No.

Coil

TKI2A?

TK6A3

TKI24I

TK6AI

TE683
TK

TK6A7

I

I

I2A3

Typ"

spk.

DR2

z4-26

ZR-2U4,

P29h2-Vt-V2

6

22 spk.

ZU-4, 6-2R4,6-2 spk.

zR6-2....

P22h2-V1-Y2

P30h2-Vl

DU4,

6, ZR4,

FF4A,

6,

-FF4,

1

FFl, 2-FFV

FFIA-FF2A-FFVA

FFC I -F

FR4,

FU4, 6-FU4A,

ROBERT BOSCH

Operoting

,Amperoge

1.2

1.2

.7

1.2

t.J

.75

1.2

FC

I A-FFC

6-FR4A-FR4B.

Duol

DR4

6

. . I.55

FF6A

.'...i.'.',.'........

. 1.75

AR.

I

FU6B.

FU4B,

(GERMAN)

Primo ry

Resisfonce

Min.Mox.

1.7- 2.1

1.0- 1.4

2.8- 3.3

'|

.0- I .4

r .3

.9-

3.0- 3.6

1.0- 1.4

Operoting

Amperoge

1.50

r.30

1.20

1.30

I.40

1.20

1.20

r.30
I.60

1.75

1.30

t.25

Secondory

Continuify

Min.Mox.

50-60
50-60

45-55
45-55
40-50

50-60

45-55

55

BRIGG

& STRATTON

Model No.

00200

I

r 00900

60000

80000
60000

80000

243000

44000

I

45000

I

I 46000

t47000

93000

I

233000

Condenser

29861

No.

.
291369
294-628

BRIGGS

Coil No. Engine

291617-A

291617
292184
294319
295680

295845

296084
296171

296703

296834
296858

297320
297594

6-68
6-68

68
68

I 40000-

68

80600-81600-80800-81800-84500-85500-84900-85900

I

I

60000-80000

I

100200-t00900

Models

40000-

40000­40000-

290880 9-14-19-23

29656
29657

293289

*295915

"293431

297307

(Use

298502)

298274

298316

298443

A-B-ZZ
A-B-ZZ
A-B-ZZ

68

9-14-tg-23

60000-80000
60000-80000

100200-10900

60000-80000

298502 60000-80000

298s24

100200-100900

298654 60000-80000

298968

I 44000-

93000-233000-243000

I

299366

*NOTE:

Double

leod secondory

No.

Coil

2983

6

I

298502

298654
298968

298968
298968

298968
298968
298968
298968

& STRATTON

4l 000-

I

I 4l 000-l

I 4 I 000-

4l

I

45000- 1 46000-

I

000-

42000-

l

42000-

42000-

1

42000-l

I

(see

Operoting

Amperoge

1.8

1.8

1.8

1.6

1.6

1.6

1.6

1.6

1.6

1.6

MAGNETO

43000

I

43000

I

43000

I

43000

47000

I

poge

23,

56

Primory

Resistonce

Min.Mox.

.18-

.24

. t8- .24

.24

. t8-

.18- .24

.24

.18-

.24

.18-

.24

.18-

.18-.24

.18-.24
.18- .24

SPECIFICATIONS

COIL

Primory

Operoting Resislonce

Amperoge

1.7

1.7

1.7

l.

15

.s

2.0

t.2

1.6

1.8

1.6

t.4

r.s

Figure

26)

Min. Mox.

.25

.35 45 55

.3

.5 35 45

"28 "34

.8

.6
.2 .35

.5

"7

.2 .3

. t8 .24

.3

.2
.2 .3 40

.22

"28

connecting

one end of

Secondory

Continuity

Min.Mox.

25-35
25-35
25-35

40-50
40-50
40-50

40-50
40-50
40-50
40-50

Copocity

Microforods

. 16-

.26

. 16-

.26

. 16-

.26

Secondory

Continuity

Min. Mox.

50

60

36

56

40

50

40

50

60

?(

25

Jf,

25

35

25

50

47

37

BRITISH

I

SEAGULL

AMI634E

Model

BS-HM,/S

50 Leoder

BS-75

Sporfster

BS-7D

q

v

Sportster

BS-90
BS-907

BS-90M
BS-90

BS-90
BS-907

BS-90M
BS-90

BS-50S
BS-605

Sport.

B5-50S

BS-605

B5-I75DT

NOTE:

No.

Std.

Del

Sport.

Sport.

To

our

reodings

.

lest

_port

Operoting

Mfgr.

Rockford

Rockford

Rockford

Rockford

Rockford
Rockford

Rockford
Rockford

obove

coils,

#+Z-lll

be

will

Amperoge

Primory Resistonce

2.0

BRIDGESTONE BY ROCKFORD

No. TyP"

Coil

GAl-17211

El9221

GAt-17211
Et922l

E09301

EAI

-89310

EAl-17212

EAl-17213

EAI-38310

GBl-17212

GB2-17213 Lighting

8501-8000 lsnition

disconnect

suppressor in series with

incorrect.

the

internol 7-l/2

Min. Mox.

lgnition

L ighiing

lgnition

L ighting

lgnition

lgnition

lgnition

Primory

L ighting

lgnition

lgnition Pri.

test

one

(2)

volt

bottery

leod.

Secondory

Resistonce

Min.

Mox. Condenser

30-40

Oper.

Amps

1.5

MOTORS

Resistonce

Min.Mox.

INC.

Primory

1.0-l .2

.05

1.5 1.0-1.2

.05

.6 s.4-6.7
.7 2.0-2.5

.6-.7

.5

.7

.8 4.2-5.2 60

ond connect

ioution:

2.0-2.5

.6-.7

. l-. 14

leods to

Do

not use the 12

o l2 volt

No.

Secondory

Continui

ty

Min.Mox.

35 - 45 E19241

45

35 -

50 - 60 E09105

Copocity

Min. Mox.

Condenser

No.

Et924l

55-65 EAt-17241

55 - 65 EAl-17241

-7O 1753-8000

storoge bottery

fo-r

volts

ony otlier test's

or equol. Connect

M

icroforods

0-

.26

Copocity

Mi

croforods

Min.Mox.

.25­.25-

. 25-

.25-.30

.25-

.25-

os oll

other

.30

.30

.30

.30

.30

BUNDY MARINE

Mogneto

Coil

No.

300-1535

Generotor

No.

Coil

300-t503

Tension

Low

No.

Coil

300-r 500

Diodes

No.

. .

I 13 .

300-l

Mfq. No.

?I:i:l-n

mPeroge

TJ6r6 .75

J. I. CASE COMPANY

SPECIFICATIONS

COIL

*i,"',1J,11.

Min.Mox.

3.7

3.3-

Resistonce

Min. -Mox.

Resistonce

Min.

I

Resistonce

poge 248

See

:""::l"w

Min.Mox.

55

Reoding

.4-.5s

Reoding

-Mox.
.85

.55-l

Reoding

for tesfing'

-

65

2rcMA
2OJMA

4JCMA

4JMA

1.90

2.05

58

CHRYSLER

(FORMERLY

WEST BEND OUTBOARD MOTORS)

Motor

Model

No.

l

6021

I

t&22r

2801

2802

l@50r

I6051

I

I 60521

I 60531

6801

6802

q

\o

I 60701

1&711

t&721
t&731

8801

8802

r

60902

t&912

1&941

r

60951

12801

l28r

I

12802

12812

35841
35851
35861

3587t

H. P.

2
2
2

2

5-1 /2

5-t/2

6

6

6

6

7-1/2

7-t/2

I
I

8
8

l2

t2

t2

12

t2

12

l2

12

35
35
35
35

Yeor

956

I

1957

I 958

958

I

1956
1956
1957

1957
1958
1958

1956

I956

1957
1957
1958
1958
1956
1956
1957
1957
1958
1958

I 958
I 958

1958

l95B

1958
1958

Wico

Coil

No.

x7500
x7500
x7500

xl1406

x7500
x7500
x7500
x7500
x7500

xl1406

x7s00
x7500
x7500
x7500
x7500

xl1406

x7500
x7500
x7500
x7500
x7500
x7500

xt 1406

xl1406

xl1563

xr r563

xl1563

xl

1563

Operoting

ArP.

2.to

2.10

2.10

2.10

2.to

2.10

2.10

2.10

2.10

2.10

2.to

2.10

2.10

2.10

2.10

2.10

2.10

2.10

2.10

2.10

2.10

2.10

2.10

2.10

0.75

0.75

0.75

0.75

Coil

Continuity

Min.-Mox.

30-50
30-50
30-50
40-60
30-50
30-50
30-50
30-50
30-50
40-60
30-50
30-50
30-50
30-50
30-50
40-60
30-50
30-50
30-50
30-50
30-50
30-50
40-60
40-60
50-60
50-60
50-60

50-60

Wico

Cond.

No.

x5463

x9182
x9182

xl1397

x9327
x9327
x9327
x9327
x9327

xll397

x9327
x9327
x9327
x9327
x9327
x11397
x9327
x9327
x9327
x9327
x9327
x9327

xl1397

x11397

xl1337

xr 1337

xt

1337

xt

1337

Cond.

coP.
Mfd.

.16
.26

.26 -

.16
.26
.26

.26
.26
.26
.16
.26
.26
.26
.26
.25
.16
.26
.26
.26
.26
.26
.26
,16
.16
.26
.26
.26
.26

.20

-

- .30

.30
.20

-

.30

-

.30

-

.30

-

.30

-

.30

-

.20

-

.30

-

.30

-

- .30

.30

-

.30

-

.20

-

.30

-

.30

-

.30

-

.30

-

.30

-

.30

-

.20

-

.24

-

- .30

- ,30

.30

-

.30

-

CHRYSLER

(FORMERLY

WEST BEND

OUTBOARD

MOTORS

Cont'd)

Motor

Model

No.

I 609403

3

I 60941

r&9602

1609612

t&421

60431

I

t&621

I 60631

l@801

CF

o

6081

I

35801

3581

35821

35831

I

I

H. P.

25
25
25
25

30
30

30
30
30
30

35

35
35

35

Yeor

1956

1956

1956

I 956

1957
1957

1957
1957
1957
1957

958

I
I 958
I 958

I 958

Foirbonks-Morse

Coil

No.

LX2477
LX2477
LX2477
LX2477
LX2477

LX24n
LX24n

LX2477
LX2477

LX24n
LX24n

LX2477
LX2477
LX2477

Operoting

Amp.

r.50

1.50

1.50

1.50

r.50
r.50

I .50

t.50

I

.50

I .50

I .50

I .50

1.50
I

.50

Coil

Continuity

Min.-Mox.

40-60
40-60

40-60

40-60

40-60
40-60
40-60

40-60
40-50

40-&

40-60
40-60
40-60
40-60

wtco

BATTERY

IGNITION

40-80

1957-60

xr

1563

0.7s

50-60

Foirbonks-Mone

Cond,

No.

s2433

s2433

s2433
s2433
s2433
s2433
s2433
s2433
s2433
s2433
s2433

s2433

s2433
s2433

wlco

xl

1337

Cond.

coP.
Mfd.

.28

-

.28

-

.28

-

.28

-

.28

-

.28

-

.28

-

.28

-

.28

-

.28

-

.28

-

.28

-

.28

-

.28 -

.26

-

.33

.33

.33
.33
.33

.33

.33
.33

.33

.33
.33
.33
.33
.33

.30

)

1397

1337
1337

r*

Foirbonks-Mone

Microfqroc

Cond.

Copocity

.16-.20
.16-.20
.16-.20

.t6-.20

.16-.20

.t6-.20

.16-.20
.16-.20
.16-.20
.16-.20
.16-.20
.16-.20
.16-.20

l6-.20

.

.16-.20

l6-.20

.

.28-.32
.28-.32
.28-.32
.28-.32
.28-.32
.28-.32

.26-.30
.26-.30
.26-.30

*

Wico

Motor

Model

H. P.

CHRYSLER

Yeor

No.

6901

6911

6902
6912

I

890

891 I

8902
8912

2901

I

o

12911

12902
12912

I

6901

l69ll

16902

1 6912

35901
3591 I

35921

I

3593

35941

35951

35961

35971

3598r

12

t2

12
12

l6
l6
l6
l6

35

35
35
35
35
35

JJ

35
35

6
6
6
6

U

I

8
8

I 959

1959

959

I

19

1959

I 959

1959
1959
1959

I

959

r959

I 959

1959

I 959

1959

959

I
I 959
I 959
I 959

1959
1959
1959
1959
1959
1959

59

(FORMERLY

Coil

No.

x I 1406

xl t406

xl1406

xl 1406

xl1406
xl1406
xl1406

x

I 1406

xl1406
xl1406

x

I 1406

xl 1406
xll406
xll406
xll406
xl r406

**

LX2477

**

LX2477

**

LX2477

**

LXz477

**

LX2477

LX24n

x

I 1563

xl

1563

xll563

WEST BEND OUTBOARD

Operoting

Arp.

2.1

2.1
2,1

2.1

2.1

2.1

2.1

2.1

2.1

2.1

2.1

2.1

2.1

2.1

2.1

2.1

1.5

1.5

1.5

1.5

1.5

1.5
.75
.75
.75

MOTORS

Continuity

Min. Mox.

Cont'd)

40-60
40-60
40-60
40-60
40-60
40-60
40-60
40-60
40-60
40-60
40-60
40-60

40-60

40-60

4A-60

40-60
40-60
40-60
40-60
40-60
40-60

40-6C

50-60

50-

50-60

60

**

**

*rt

**

Cond.

No.

x11397
x11397

xt 1397
xt 1397

xl t397

xll397

xl1397

x|397

xl t397

I 1397

x

xl1397
xl1397

xr

xtt397

xl1397
xl1397

s2433

s2433

s2433

s2433
s2433
s2433

xt

xl

xl1337

*

Wico

CHRYSLER

(FORMERLY

WEST

BEND OUTBOARD MOTORS

Cont'd)

**

Folrbonks-Morse

Motor

Model

H. P.

Yeor

No.

3599 I

35982

35992
4090r

4091

I

40902
40912
40961

40971

o.

l$

40962
40972
40963
40973

2901

700 I

7002
800t

12021
1203r

I 8001

t80ll

2s021

2503r

4000

I

4001

I

35
35
35
40

40
40
40

40
40
40
40
40

40

2

7-1/2

7-t/2

R

12

t2

l8

l8

25
25

40

40

I 959

1959
1959
1959
1959

r 959

1959
1959

1959
1959
1959

I 959

1959

I 960

1960

t960

1960

I 960
I 960
I 960

960

I
I 960
I 960

1960

I 960

**

rt*

**
**

**

**

Coil.

No.

xl

1563

xl

1563

xl1563

LX2477
LX2477

LX247V

LX2477

xil563
xll563

xlt563

xll563

xl

1563

xl

1563

xl1406

xl1406
xl1406
xl1406

x I

1406

xil406

x12302
x12302

LX2477
LX2477
LX2477
LX2477

Operoting

AtP.

.75

.75
.75

1.5

1.5

1.5

1.5

.75
.75

-75

.75
.75

.75

2.1

2.1

2.1

2.1

2.1

2.1

2.2

2.2

1.5

1.5

1.5

1.5

Continuity

Min. Mox.

50-60
50-60
50-60
40-60
40-60
40-60
40-60
50-60
50-60
50-60
50-60
50-60
50-60

40-60
40-60
40-60
40-60
40-60
40-60
40-55
40-55
40-60
40-60
40-60
40-60

*{r

**
**
**
**

Cond.

No.

xl

I337

xl

1337

xl1337

s2433
s2433

s2433
s2433

xl

1337

xl

1337

xl

1337

xl1337
xl1337
xl1337

xl1397
xl1397

xn397

xl1397
xl1397
xl1397

x12303
x12303

s

2433

s 2433
s 2433
s 2433

Cond.

Copocity

Mlcrofqrods

.26-.30
.26-.30
.26-.30
.28-.32

.28-.32
.28-.32
.23-.32
.26-.30
.26-.30
.26-.30
.26-.30

.2G.30

.26-.30

.16-.20

.l5-.20

.16-.20
.16-.20

.16^.20
.16-.2A

.16-.20

.16-.20

.28-.32

.28-.32

.28-.32
.28-.32

*

Wico

CHRYSLER

(FORMERLY

WEST BEND

)

OUTBOARD

MOTORS

Cont'd)

)

**

Foirbonks-Morse

Motor

Model

No.

40021
40031
40061

40071

2l0l

2102

7001

7002

l 2l0l

12102

l8l0l

tSlll

18102

l8lr2

25121

251

25122
25132

40101

40lll

40102
40112

40121

401

40122

&132

Cond.

Copocity

crofqrods

Mi

.28-.32
.28-.32
.26-.30
.26-.30

.16-.20

.16-.24

.16-.20
.16-.20
.16-.20
.16-.20
.16-.20
.16-.20
.16-.20

.16-.20
.28-.32
.28-.32
.28-.32
.28-.32
.28-.32
.28-.32
.28-.32
.28-.32

.28-.32

.28-.32

.28-.32

.28-.32

**
**

*
*

,,

*

r,

*
*

"

*
*

**
**
**
**
**
**
**

**

**
**

**
**

*
*

Cond.

No.

s2433
s2433

1337

xl
xl 1337

x12174

xl1397

x11397

xl1397
xl1397

x11397
x12303

x12303
x12303
x12303

s2433
s2433
s2433

s2433
s2433
s2433
s2433
s2433
s2433
s2433
s2433
s2433

Operoting

ArP.

1.5

I.5

.75
.75

1.8

2.1

2.1

2.1

2.1

2.1

2.2

2.2

2.2

2.2

1.5

i.s

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

**

*t,

*

*

*

*
*
*
*
*

"
"

*

*

tt

**

*t
t*
*t
*t

*r,

**

**

**
**

1,1

Coll

No.

LX2477

Lx24n

XI 1563

xl1563

x12660

xl1406

xl1406

xl1406
xl1406

xl 1406

x12302
x12302
x12302

x_12302

LX2477
LX2477

Lx2477

Lx2477
Lx2477
Lx2477
Lx2477
LX2477

Lx2477

LX2477
LX2477
LX2477

P.

H.

40

40
40
40

2
2

7-1/2

7-1/2

t2

12

l8
l8

l8

l8

25

3l

3l

25
25
25
40
40
40
40

40
40

40
40

Yeor

1960
1960
1960
1960

l96l

l96r

l96l
l96l
l96l
l96l
l96l

l96l

l96l
l96l

951

I

l96l

I 961

t96l

1961

961

I

l96l

l96t

I 961

l96l

l96l
l96t

Continuity

Min.-Mox.

40-&

40-60
s0-60
s0-60

40-55

40-60

40-60
40-60
40-60
40-60
40-55
40-55
40-55
40-55
40-60
40-60
40-60
40-60

40-60

40-60

40-60

40-60

40-ffi

40-60

40-60

40-60

I966

CHRYSLER OUTBOARD

CORP.

Model

No.

360
361

660

H.P.

3.5

3.5

6.0

960 9.2
964

9.2

2060 20.0
2061 20.0
2064 20.0

3401

3s60 35.0
3563

35.0

4562 45.O

4563 45.0

5062 s0.0

5063

50.0

5066 50.0

5067 50.0

6401

7566 75.0
7567 7s.A

040r

I

-

0403

I

10566 105.0

10567 105.0

20401

35401

-

35431

4542t-

45431

45423-

45433

50421-

50431

50461-

50471
8046 I

-

80471

80242­80252

950r

No.

Coil

x

I 2940

x12940

xl4877

x14877
x14877

x14381

x

1438 I

xt438l

x12660

rx2477
rx2477

rx2477
rx2477
rx2477

TX2477

rx2477
rx2477

xr 1406

A85475-l

A8s475-l

xl1406

485475-l*t2V

A85475-t*12V

xl438r
1X2477

1X2477
rx2477

x I 1563 0.75

xr 1563 0.7s

xl1563 0.75
xl1406 2.1

Oper. Resistonce

Primory

A*p.

1.5

1.4

1.4

1.4

1.4

1.4

1.4

1.8

Min.Mox.

.45-

.65

-45-

-65

.4

-.6

.4

-.6

A- A

.4 -.6

,4-.6
.4-.6

.62-

,68

,62-,68

1.5

.62- .68
.62- .68
.62-

.68

.62-.68

1.5

.62- .68

.62- .68

2.1

1.6

1.6

2.1

1.0

1.0

1.4

t.5

1.5

1.5

2.4

.6-

.6- 2.0

.7- 2.3

2.3

.7-

.4- .6

62-

.68

.62- .68

.62-.68

Secondory

Continuity
Min. Mox.

50-60
50-60
50-60
50-60
50-60
50-60
50-60

50-60
40-55

45-55

45-55

45-55
45-55
45-55
45-55
45-55

45-55
40-60

63-73

63-73

40-60

65

-75

65

-7s

s0-60
45-55

45-55
45-55
40-60

40-60

40-60

40-60

Condenser

No.

x12174
x12174

xl1397
xl1397

xl1397

x r 2303

2303

x I

x I 2303

xlzt74

s2433
s2433

r

12042

T

12042

xll337

xl

I337

s2433
s2433

xtt397

14022
14022

xlt397

14022
14022

2303

x I

s2433

s2433
s2433

xil337

x12647
x12647

xl1397

Copocity

M i

crofo

Min. Mox.

.16­.16-

. t6- .20

.16- .20
.16- .20

.16­.16-.20

.16- .20
.16­.28- .32

,28­.30- .33

.rA-

.26- .30
.28- .33
.28- . 33

.16-.20

.38-

.38-.40

.16- .20

.38-.40
.38-.40

.16- .20
.28- .36

.28- .36

.28-

.26- .30

.26- .30
.26- .30

.16-

rods

.20
.20

.20

.20

,32

?n

.40

.36

.20

64

*

Wico

CHRYSLER

INDUSTRIAL

(FORMERLY

ENGINES)

WEST

BEND

**

Foirbonks-Morse

Motor

Model

No.

2725

2760

2761

27612

2762
2763
2764

2785
27882
27883

27812
27813

27822

27823
27824
27825
27854

58001

58002
58003
58004
58006
58007

58008
58009
58010

580r I

5801
5801 3

580'15

5801
5801

70001

70002

70006
70007

70008
70009
70010

70012

70013

6100r

61002

8200r

82002

Coll

No.

*

xl 1260

*

xl

1260

*

xl 1260

*

xl1260

x

xl1260

*

xl1260

*

xl1260

*

x9055

*

xl1260

*

xl1260

*

xt 1260

*

xl1260
xl1260

"

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xt 1250

*

xl 1260

*

xl1260

*

xlt260

*

xl1260

*

xl 1260

*

xl1260

*

xil260

*

2

6

7

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl1260

*

xl33l3

*

xl33l3

*

xl33l3

*

xt3313

Operoting

ArP.

1.8

1.8

I.8

1.8

1.8

1.8

1.8

2.1

1.8

1.8

1.8

1.8

.6

.8

.6

.8

1.8

1.8

1.8

1.8

t.8
I.8

1.8

1.8

.8
.8
.8
.8
.8

1.8

1.8

1.8

1.8

1.8

1.8

1.8

1.8

1.8

1.8

1.8

1.8

1.8

1.8

1.8

1.8

Coil

Continuity

Min.-Mox.

40-55
40-55
40-55

40-55
40-55
40-55

40-s5

35-55
40-55
40-55
40-55
40-55
40-55

40-55
40-55
40-55
40-55
40-55
40-55
40-55
40-55
40-55
40-55

40-55

40-55
40-55
40-55
40-55
40-55
40-55

40-s5

40-55

40-55

40-55

40-55

40-55

40-55

40-55

40-55

40-55

40-55

50-60

50-@

50-60
50-60

Cond.

No.

*

xlt000

*

xl1000

*

xl1000

*

xl1000

*

xl1000

*

xl1000

*

xl1000

*

x9100

*

xl1000

*

xl1000

*

xl1000

*

xl1000

*

xl1000

*

xl1000

*

xl

*

xl1000

*

xl1000

*

xl1000

*

xt 1000

*

xl1000

*

xl t000

*

xil000

*

XIIOOO

*

xl t000

*

x12508

*

x12508

*

xt2508

*

x12508

*

x12508

*

x12508

*

xl1000

*

xl1000

*

xil000

*

xl1000

*

x12508

*

xl1000

*

xl

*

x12508

*

x12508

*

xt2508

*

x12508

*

x13299

*

x13299

*

x13299

*

1000

1000

x13299

Cond.

Copocity

Microforods

I 6-.23

"

.16-.23
.16-.23

.16-.23
.16-.23
.16-.23
.16-.29
.26-.30
.16-.23
.16-.23

.16-.23
.16-.23
.16-.23

.1 6-.23

.16-.23
.16-.23
.16-.23
.16-.23
.16-.23

.16-.23
.16-.23
.16-.23
.16-.23

.16-.23
.16-.20
.16-.20
.16-.20
.16-.20

.16-.20
.16-.20

.16-.23
.16-.23
.16-.23

.16-.23

. I 6-.20

.16-.23
.16-.23
.16-.20
.16-.20
.16-.20
.16-.20
.16-.20

.16-.20
.16-.20
.16-.20

65

CHRYSLER

(FORMERLY

WEST

BEND

TNDUSTRTAL ENGINES

Conr'd)

Motor

Model

No.

2700

270/.

2706

2723

2726

2727

2728

2729

2730

2731
2732

2733

27U

2735
2736
2738
2740

2742

2744

2752

2756
27562

2VO

2V0

2V1

2n12

2772
2772

2n2

2V22

2n4

2n4

2n4

2n42

2V5

2777

2778

2n8-1

2n9

2780

2781

2782

2783

27U

2785

27852
2786
2787

2788

2788

x7467
x7167

*x9055
*x9055

xt

1260

xl

t2@

xl1260

xl 1260

x|2&

xl

t260

xt

l2@

xt

1260

xl1260

xt

1260

xt

1260

xt

t260

xl1260
xl1260
xl1260

x75%

*x9055

xl1260

x7535

*x9055
*x9055

xl1260

x7535

*x9055

XI

I2@

XI

I2@

x7s36

*x9055

xl

t260

xl1260

*x9055

x7467

*x9055

*x9055
*x9055
*x9055
*x9055
*x9055
*x9055
*x9055
*x9055

xl1260

*x9055
*x9055
*x9055

xl

t250

I

.80

I .80

2.to

2.10

1.75

1.75

1.75
1,75

1.75

1.75

1.7s

1.75

1.75

1.75

1.75

1.75

1.75

1.75

1.75

I.90

2.

r0

1.75

r.90

2.10

2. r0

1.75

I .90

2.to

1.75

1.75

1.90

2. l0

1.75

1.75

2.10

r .80

2.10

2.to

2.10

2. r0

2.10

2.10

2. r0

2.10

2.10

1.75

2.10

2.10

2.10

1.75

Coil

Contlnuity

Mln.-Ivlox.

30-50
30-50

40-50

,+0

50

-

30-50
30-50
30-50

30-50
30-50

30-50
30-50
30-50
30-50
30-50
30-50
30-50
30-50
30-50
30-50
38-58
35-55
30-s0
38-58
35-55
35-55
30-50
38-58
35-55
30-50
30-50

38-58
35-55
30-50
30-50
35-55
30-50
35-55
35-55
35-55
35-55
35-55

35-55

35-55
35-55

35-5s

30-50
35-55
35-55
35-55
30-50

x7461
x7461
x8959
x8959

X

1000

X

r000

X

1000

X

000

X

000

X

000

X

000

X

000

X

000

X

000

X

000

xt

1000

xl1000

xt

1000

xr 1000

x7529

x9100

xl1000

x9100
x9100
x9100

xr

1000

x9100

x9r00
xl1000

xl t000

x9r00

x9100

xl

1000

xr

1000

X9IOO

x7161
x9100
x9100

x9t00

x9100

x9t00

x9100
x9100
x9100
x9100

xt

1000

x9t00

x9100
x9100

xl1000

Cond.

cop.

Mfd.

.10

.t5

-

.t5

-

,.t0

.16

.20

-

.16

.20

-

.16

.20

-

.16

.20

-

.16

- .20

-

.16

.20

.16

.20

-

.16

.20

-

.16

.20

-

.16

.20

-

.16

.n

-

.16

.20

-

.16

.20

-

.16

.20

-

.16

.20

-

.16

.26
.16

.26

.26
.26
.16
.26
.26
.16

.16
.16

-

-

-

-

-

-

-

-

-

-

-

-

.20

.20

.20

.n

.20

.n

.n

.n

.20

,g
.n

.20

.t6 - .20

.26

- .n

.26

.N

-

.16
.16
.26
.10
.26
.26
.26
.26
.26
.26
.26
.26
.26
.16
.26
.26

.26

.16

.20

-

.n

-

.n

-

.15

-

.n

-

.n

-

.n

-

.n

-

- .S

.n

-

.n

-

.30

-

.n

-

.20

-

- .n

.{

-

.30

-

.20

-

*

Reploce

with

Wico

Coil No. X9692.

66

CLINTON

ENGINE

CORPORATION

No.

Coil

I 35-t 7-500

135-167

9-500

I 35-r

35-169

I

35-2-500

I

35-22-s00

I

I 35-23-500

0-500

I 35-l

3-990

I 35-l

Condenser

135-24

r3s-r5r

135-27-500
135-29-990

r 35-30-500

t3s-26

(P-5502)
(P-550e)
(P-553r
(P-5538)
(P-5545)
(P-5563)

(P-55e3B)

(P-5733)
(P-5770)

No.

(P-2053)

(P-3416)
(P-5549)

(P5589

(P-5s99)
(P-721e)

ENGINE DIVISION

)

CONDENSER

P-5736)

&

SPECIFICATIONS

COIL

Operoting

Amperoge

2.8

2.8

2.8

2.8

2.8

2.2

2.8

2.8

2.8

SPECIFICATIONS

Secondory

Conf

Min.Mox.

36-56

40-60

40-60
36-60

36-60

50-70

35-60
40-60
40-60

Copocify

in Microforods

Reoding

Min.Mox.

.16

t2­t5- .19

.

.27

22-

.19

. 15-

15- .19

.

.16

.12-

inuify

No.

Coil

r35-2-500

135-8-500

l3s-23-500

158-32r

Condenser

-500

t3s-24

135-29-990
135-241-500

(P-5r3)

(P-40046n

(P-400789)

(P-700343)

No.

(P-26r)

(P-4oo7m.

(P-700344).

CLINTON

. .

CONDENSER

. .

SAW & OUTBOARD

SPECIFICATIONS

COIL

Operoting

Amperoge

SPECIFICATIONS

2.8

2.8

2.8

2.8

DIVISION

Secondory

Continuity

Min.Mox.

40-60

40-60

40-60

40-60

Copocity

in Microforods

Reoding

Min.Mqx.

t2- .16

.15- .19

.12-.16

67

*

Wlco

Motor

Model

No.

23201

73201

r

03201

83201

I

403201

H.

2

7-t/2

l0

I8

40

COMMODORE

**

Folrbonks-Morse

P.

t96t

196l

1961
1961

t96t

Yeor

& 1962
& 1962
& 1962

1962

&
& 1962

Coll

No.

x12660

xl1406

x11406

x12302

LX2477

Operotlng

Atp-

t.8

2.1

2.1

2.2

1.5

Continulty

Min.-Mqx.

40-55

40-&

40-60
40-55
40-60

Cond.

No.

xt2t74
xfi397

xl1397

x12303

s2433

Cond.

Copoclty

Mlcroforods

.16-.20
.16-.20
.16-.20

.28-.32

CONTINENTAL

SPECIFICATIONS

o\

o

Coil

No.

AA7M32&

x6l

il

... Smirh

447M2210...

Monufocturer's

No.

AA7M3260

COIL

x6718
x7536
x7680

FG-4638

CONTINENTAL

CONDENSER

Condenser

No.

AA7-M-2980....

SPECI

MOTORS

MOTORS

FICATIONS

Operoting Continuity
Amperoge

1.30

t .60

Min.Mox.

30 - 50

1.30 30-50

I

.80

1.90 38

1.80

2.80 40

_

58

ffi

-

Copocity

Microforods

.225-.275

CUSHMAN

MOTORS

Coil

580380
580600

Coil

I l5t53

I I 5032

I l5t06

15043

I

No.

No.

Primory

Operoting

Amperoge

1.0
.75

DELCO-REMY

T

yP"

Bottery

DELCO-REMY CONDENSER

Condenser

1869704
186970s
1869706
1871678
1882239
1900272

928il 1

1

1932004

1942948
1965489

Resistonce Continuity

Min. Mox.

IGNITION COIL

Operoting

Amperoge

No.

Secondory

Min. Mox.

70

60

.9

5

I

55

Condenser

04

5l

80

70

SPECIFICATIONS

SPECIFICATIONS

Copocity

in

510613

Primory

sion

Resi

Min. Mox.

I .65-l .

3.9

-4.3

3"5

-4.5

Reoding

Microforods

Min.Mox.

. r8- .23

. l8- .23

.18-.23

. I8- .23

.34

.29-

.23

. r8-

.23

. l8-

.23

. r8-

.23

. l8-

l8-

.23

.

No.

ce

95

CoPocitY

Microforods

Min.Mox.

,41

.22

Secondory

Continuity

Mox.

Min.

50-60

48-58

55-65

39-49

No.

Coil

TK

I2A3

200691

00028r

I

6024

200692

(Presolite)

0001 93

r

(Eoton)

Resistor
201016

Operoting
Amperoge

No.

EATON - VOLVO

Primory

Resistonce

Min. Mox.

.6
.57

3.2- 3.6

3.5- 3.9

Resi stonce

Min. Mox.

.49- .55

AQUAMATIC

IIO

Secondory

Coniinuiiy
Min.Mox.

Condenser

No.

CoPocitY

Microforoos

Mox.

Min.

50-60
55-65

tl

q5-45

69

.28

ECHLIN

CONDENSER

SPECIFICATIONS

Cond. No.

13-202

13-203

t3-204

13-205
25-200
25-201

Coil No.

EX

4t6l

EX

6178

EX

&06

EX

6435

EX

6951

EX

6991

EX

7746

23263

EX

23579

EX
EX

33740

EX

33795

EX

35034

EX

36t 6t

EX

50060

EX

50643

EX

5lll6

EX

51432

EX

51446

EX

53315

EX

60025

EX

60050

EX

62190

EX

63585

EX

72080

EX

72223

EX

72288

Copocity

Mfd.

.22-.25
.22-.25
.22-.25
.30-.36

. l8-.2t

.18-.22

EDISON-SPLITDORF

TyPe

2, AE2

MI

&

R

RM4, RMG2

RMI,

RM2

RMP-4

RM-2,

c4,

c6,

601, 700-702

235

GHI

GH2

All

Dixie

5487

SI,

2,

NSr

NS2, NS4

c2

CDH

K4

sso

ss4-6
ss6-2

(F

82, 83,

AJI

AJ2

AJI

&

29-200

29-201

37-200

37-201

73-200

SPECIFICATIONS

COIL

VAR
RMP-2

co

4, SPO, SPI

2

irins

84,

2

S porks)

B6

Copocity Mfd.

.30-.3r

.17-.21
.17-.21

Moximum

Amperoge

1

.70

I

.35

1

.40

1.40

1.40

r.40

I

.35

2.00

1.4s

t.00

r.00

1.90

1.55

I

.10

I

.10

1

,25

I

.10

.20
.40
.20
.10

I

.50

1.20

2.35

2.35

2.00

70

\

Model
Mogneto

5l-A

5l-B

5l-c

5l-D

5l-E

5I

-F

5l-FS

.

.

5l-c

5l-H .

5l-J

5l-K

.

5I.KA

5l-M .

6l-A

.

6I-8.

6l-c

.

6I-D,DA

6I.DAG

6I-DAL
6l-DC

6I.DD

6l

-E

6l

-F

NOTE:

. ...

. Jocobsen

Coils

Principol

User

Muncie

.

Seors
Seors .
Seors .

Clorke

Homelite
Homelite
Seors .

Seors .

Muncie

Chic. Pneum

Steel

Gory

Homelite
Louson . .

Edition

Lotter

Muncie

Edition

Lotter

Seors.....

Edition

Lotter

Louson
Louson

Louson.

Reo Motors

Chompion

Muncie.

os

such

the H27-894

EISEMANN

..\ ..

FLWHEEL

Pori

No.

H23-495
H23-499

H23-454

H23-538

H24-031

H24-701

H26-662
H24-833

H24-831
H24-81

H27-U0
H27-&0

H27-349
H23-007
H23-007
H23-034

H23-034
H23-072
H23-072

H23-231

H24-712

H24-239

H23-231
H23-231

H24-023
H24-793

con only be tested

)

MAGNETO

COMPLETE

Round

3

ossembly

in

SPECIFICATIONS

COIL

STATOR

Amperoge On

Core

I

.95

2.00

2.00

I .95

with

the lominoted

Squore

Core

.90

I

1.90

r.90

.90
.90
.90
.90
.90

I .90

I .90
I .90

r

.90

r.90

1.75

1.75

r.80

1.75
.80

I

1.75

1.75

1.75

1.75

1.75

1.75

1.75

1.75

1.75

H23-460

H23-4&

H23-460
H23-460

H23-4&

H24-703
H24-703
H23-460
H23-460
H23-460
H23-460
H23-460
H23-460

H23-010

H24-820

H23-010

H24-820

H23-010

H24-820

H23-010

H24-820
H24-820

or complete

core

COIL &

Port

No.

CORE

stotor

ASSEMBLY

Amperoge

Round

Core

1.70

| .70

1.70

,--,-2

ossembly.

On

Squore

Core

1.60

1.60

1.60

1.60
I .60
I

.60

I

.60

r.60

1.60

1.60

1.60

I

.60

1.60

1.50
I .50

r

.50

r

.50

I .50

1.50

I

.50

I

.50

1.50

EISEMANN

FLWVHEEL MAGNETO

COIL SPECIFICATIONS

(Cont'd)

s

Model
Mogneto

61-G

6I.GL
6t-H

6l-J
6l-K

6t-M

62-A

62-B

62-D

7t-A

zl-AA

71-B

7t-c

7t-D

7l-E

71-F

7t-G

.....

.....

71-H

71-l,MrO

7t-J.....

71-K

7l-L

.

71.LE

71-M

.

7l-N .

7t-o .

NOTE:

Principol

User

Seors

Seors....

Mtgy.-Word

Metol Prod.

Kiekhoefer.
Scott-Atwofer.

Muncie

Metol Prod.

Louson

Muncie
Muncie

Eisemonn

ldeol .

Wisconsin
Toro

Muncie

Toro

Cushmon

Muncie

Cushmon

Onon .

Muncie

Chompion
Simplex

Louson .

Cushmon
Cushmon

such os the

Coils

COMPLETE STATOR

Amperoge

Port

No.

H24-879
H24-801

H24-793

H27-659

H24-838

H24-879

H26-028

H27-&5

H27-932

H2 I

-806
H22-222
H27-894
H2l-851

.

.

.

.

H2l

H22-032

H2l

Hzt-984

-91

-938

5

H2t-996

H22-375

H23-128

H22-063
H22-142
H22-423

H23-l8l

H23-128

H23-t50

H23-128

H27-894

con

only

be tested

ossembly with

in

Round Squore

Core
::_:

-:--

1.95
loE

1.9

I .95

loA

I

.95

lo4

1.25

1.25

1.25

1.25

1

.25

1.25

lt(
tt(

l.LJ

i,i:

the

On

Core

.75

.75
.75

.90
.75

.75

I

.90

1.90

2.20

1.25

1.25

lominofed

core or complete stotor

COIL

Port

No.

H24-820
H24-820
H24-820
H26-034
H24-820
H24-820
H26-034

H26-034

H2l-808
H2l-808

H2l-808
H2l-808
H2l-808
H2l-808
H2l-808

H21-967

H2l-808
H2t-808

H2l-808

H2r-808
H2l-808
H2r-808
H2l-808

H21-967

H2r-808

CORE ASSEMBLY

&

Amperoge

Round

Core

1.75

1.75
.75

.75

.75

.75

.10
.10

.t0

.10
.10
.10

.t0

.10

i,ie

ossembly.

On

Squore

Core

I.50

I

.50

1.50

r.60

1.50

t.50

r.60

1.50

::::

l.l0

I .10

Model

Mogneto

7l-P

7l-R

7I

7I.RG

7l-s-t-2-3 .

71-T

7I-TA

72-A .
72-B .

72<

\

6

72-D .

72-DA

72-E .
72-F .

72-H .

72-J

82-D .

82.DA

82-D,DA ....

-RL

82-F. .

.

.

NOTE:

. .

Coils

Principol

User

Cushmon

Louson
Louson
Louson

Nelson,

Louson,

Toro......

Glodden

Muncie

Chompion
Seors .

Moyiog

Moytog
Muncie

Muncie
Western

Seors

Muncie

Cross

Muncie
Muncie

Eisemonn

such

Auto-Kiekhoefer

.

Geor

os the H27'894

Prod.

EISEMANN

Moll Tool

con only be

FLWVHEEL

. . . .

. . . . .

MAGNETO

COMPLETE

Port

No.

8

I

H23-2

H23-408
H24-230

H24-742
H24-006
H24-865
H24-865
H23-046

l4

H23-l

106

H23­H23-308

H27-275
H24-842
H24-852

H24-873
H24-913
H21-824

H2t-882
H2t-824
H2l-824

H27-894-L-P

tested in

ossembly

SPECIFICATIONS

COIL

STATOR

Amperoge On

Round

Core

,-.,-2

::::

2.00

2.00

i.lr

::::

1 ,75

,.-,.2

1.9

with

the

Squore

Core

1:;;

1.75

1.75

1.75

1.75

l.l'=

r.90

1.90
.75
.75
.75
.90

1:r;

1.75

lominoted

(Cont'd)

core

COIL &

Port

No.

H21-967

H24-004

H23-049
H23-049
H23-049
H23-330
H27-277
H24-004

H24-856
H24-004

H24-929
H21-759
H21-759

H21-759

H2l-759

complete

or

CORE

stotor

ASSEMBLY

Amperoge

Round

Core

I .10

1.70

1.70

:=

I .55

Lll

ossembly.

On

Squore

Core

I .50

::::

1.60

1.60

I

.50

I .50

I .50

l:19

:-::

I .35

I .55

Porl

No.

24235

EISEMANN

CONDENSER

Copocity

Microforod

.23

.19 -

ElSElvlANN

MAGNETOS

COTLS

Pqrt

No. Model

H27-958
H27-959

H28-030

H27-940

H24-704
H27-927
H27-894

H28-0r
H28-015

H28-015

Port

5

No.

Used on

All

AM

&

LA models

All

models wirh

RC

RT

&

models

All

5l series

6lJ, 52A

5lF

& FS

62D

..

All-61

& 6lNA, ZlR, RL,

s2, s3,

72A,

B, C,

72D

&

72F

EISEMANN

&

series

T, TA, 72E

(D,

DA

..

excepi

B

except

or

Type

H26-958

5lF,

6lJ

RG,

&

DA,

& F.) .....

l,/AGNETO

com.

& FS.

.

Sl,

H

Operoflng

Amperoge

1.35

. . .

.

.

I

1.25

1.9

1.9

2.2

1.75

2.0

1.9

1.75

CONDENSER

.80

Secondory

Continulty

Min.

40-co

40-&

45-65

35-55
35-55

35-55
35-55

40-60

40-co

40-&

Copoclty

in Microfqrods

Min.

Reoding

- Mox.

Mox.

H22-910
H23-470
H24-235
H24-924
H26-982
H28-090

.17_.22
.17_.22
.17_.22
.17_.22

.V-.22

.17_.22

74

Coil

**

*

A2477

*82477

824774

82480A

8X2477

c2477
c2477A

c2477AX

D2477
DX2477C

E2477

EX2477C
F2477

FX2477

No.

A2477

42477A

42477C
42480

TyP"

RVI
RVI

FMJE I

(Wound

R2

RV4-6, DRV

FJMHE2

(Wound

R

FMSC

FM-FMK
FMJFE2-FMJE4-FMJG4

FMJE4

RSI-FMI B
FMJ44-FMJ4B

FMT4B

Bridge

G2477 FMJ4A-FMJ4B

GX2477C

H2477

u.>

ttLat rv

^-7-7t^

HXz477

FMJV4-FMJVE4

J2477 FMO I

JX2477

K2477 FMO-FMOH
L2477 FMJ

L2477C

L2477X FMJ IA

LX2477C

M2477

P2477
P2477C

**"Q2477C

Q2477C
Q2477CX

QP2477C
QR2477C

QS2477C

Qr2477C

QW2477C

QX2477C
QY2477C
QZ2477C

R2477C

RS2477C

s2477C

12477

T2477C

rx2477

u2477
u2477C

x2477

iBokeliie

leod

with

Housing

l-primory

I

,FMJIA2

Double Secondory

FMXV4BTO

Coil.

FAIRBANKS-MORSE

Armoture)

Armoture)

I B7O

-FMH -FMO-FMO K-FMOH

(Boitery

Lominotions)

leod.

**Tope

lgnition with

Leods

Wound.

COIL

***See

SPECIFICATIONS

Operoting

Amperoge

I .55

2.40

I .60

1.80

1.80

2.10

I .55

r .80

1.70

r

.55

.5s

I

t5q

I .55

1.25

1.70

I .40
I

.40

r.90

1.70

1.70

ron

r

.90

I.s5

2.00

I .55

r .80

I .80
I .60

1.50

q<

.60
.70

1.70

1.70

1.70

1.70

1.65

1.70

1.70

1.70

2.30

).70

1.70

1.70

I .90

r .80

I .80

1.5

1.70

1.60

1.5

poge

23,

fig.

26,

Primory Secondory

Resistonce

Min.

Mox.

Continuity

Min. Mox.

35-55

40-60
40-60

40-60

40-60

50-60

40-60

40-60
45-65

50-60
40-60

35-55

3s-55
40-60
40-60

40-60

50-70
50-70

50-70

50-70

s0-70

45-65
45-65
50-70

s0-70

45-60
50-70
40-60

40-60

45-65

40-60
35-55

.62-.68

45-55
50-60

40-60

.62-.68

connect

45-55

I -secondory

I5

FAIRBANKS-MORSE

Condenser No.

CONDENSER

CAPACITIES SPECIFICATIONS

Copocify Reoding

in

Microforods

Min.Mqx.

76

GALE PRODUCTS -

BUCCANEER

\

\

Model

No.

l2DllB

l2sr2B
I2DI38

t2D148
I2DEI38

l2sl38
l2sl48

l2Dl58
l2Dl68

I2DEISB

l2sl58

l2Dt7B
l2Dl88

22DtoB

22DE

IOB

22Dt2B

22DE128

22D1tB

22DEIIB

22Dt3B
22DEI38

22D148
22DEI4B

22Dr5B

H.P.

12

l2
l2

12
12

t2
t2

12

l2

t2
t2

12

t2

22
22

22
22

25
25
25

25

25

25

25

Yeor

1954-55

1956
1956

1956

I956

1957
1957
1957
1957
1957

958

I

1958

959

r

955

I

1955

I 955

1955

1956
1956

1956

956

I

1957
1957

1958

Mogneto

No.

5801

53

580207
580207

58A207

580207
580207
580207
580207
580207
580207
580207
580254
580254

580t80

5801 80
5801 80

80

5801

580209
580209
580209
580209
580209
580209

580274

Coil

No.

580416
580416

58041

58041
58041

s8041 6

58041

580416
580416

58041

58041
58041
58041

58041
58041
58041

580416

58041

580416

58041
58041
58041

580416

58041

Operoting

Amperoge

1.7

1.7

6
6

6

1.7

1.7

1.7

1.7

6

1.7

1.7

1.7

6

6

6

6

6

6
6

1.7

1.7

1.7

1.7

1.7

1.7

1.7

1.7

6

1.7

1.7

6
6
6

1.7

1.7

1.7

1.7

6

1.7

Continuity

Min.Mox.

30-40
30-40

30-40

30-40
30-40

30-40
30-40

30-40
30-40

30-40

30-40
30-40
30-40

30-40

30-40
30-40
30-40

30-40
30-40

30-40

30-40

30-40

30-40

30-40

Condenser

No.

580321
580321

58m2l

580321

580321
580321
580321
580321
580321

580321

580321
580321
580321

580321
580321
580321
580321

580321
580321
580321
580321
580321
580321
580321

Copocity

Microforods

.18-.22
.18-.22
.18-.22
.18-,22
.18-.22

.18-.22
.18-.22
.18-.22
.18-.22
.18-.22
.18-.22
.18-.22

.18-,22

.18-.22

.18-.22
.18-.22
.18-.22

.18-.22
.18-.22
.18-.22
.18-.22
.18-.22
.18-.22

.18-.22

GALE PRODTJCTS

BUCCANEER

-

(Coni'd)

\

@

Model

No.

22DEI59

22D168

22DEI68

35DE

OB

I

35Dil8

35DEI

IB

3sDl28

35DE

2B

I

25
25
25

35
35
35
35
35

1958

1959

1959

t958

1959
1959

1959
1959

s80274

580274
580274

580333
580333
580333
580333
580333

580,+16

58041 6

580416

580197

580r97

580197

s80197

590197

1.7

1.7

1.7

1.4

1.4

1.4
1,4

1.4

Continuity

Min.Mox.

30-40

30-40

30-40

42-52
42-52
42-52
42-52
42-52

580321

580321
580321

580321
580321
580321

s80321

580321

Copocity

Microfqrods

.18-.22
.18-.22

.t8-.22

.18-.22
.18-.22

.t8-.22

.18-.22
.18-.22

r

GALE PRODUCTS

BUCCANEER

-

(Cont'd)

:'

Model

c

?

No.

3Dt6

5D17

l5Dl0

25D17
25DE17
35D13

35DEl 3

60D10

60DEl0

v

\o

3D
5D
5D

l7

l8
l9

5D2l

I

l5Dt

l5Dl2

25D l8

25DE

I 8

2sD20

25DE20

40D14

40DEl4

I

60Dl

I

60DE

I

&Dt2

2

60DE I

H.

P.

3

5

l5

25

25

35
35
60

&

3
5
5

5

l5

t5

25

25

zt

25

40

40

60
60
60
60

Yeor

1960

I 960

1960
1960
1960

I

960

I960

I 960

1960

t96l
l96l

I 961
I 96t

961

I
I 951

961

I

l96l
l96l

I

961

I 961

l96l

I 96t

l96l

I96l

961

I

Mogneto

No.

28

5801

580206

580270
580274

580274

580307
580307

I

9

5803

9

58031

28

580r
580206
580206
580206

580270
580270
580274
580274
580274

580274
580333
580333

9

58031

9

58031

580319
580319

Coil

No.

58041

58041 6

580197

58041 6
58041

97

5801

580197

580243

580243

58041

5804r 6

58041 6

580416
580197

580197

5804t 6
580416

58041
58041

97

5801

580197

580243
580243
580243

580243

Operotlng

Amperoge

6

1.7

1.7

1.4

1.7

6

1.7

1.4

1.4

1.7

1.7

6

1.7

1.7

1.7

1.7

1.4

1.4

1.7

1.7

6
6

1.7

1.7

1.4

1.4

1.7

1.7

1.7

1.7

Continulfy

No.

30-45
30-45
42-52
30-45
30-45
42-52

42-52

40-55
40-55

40-55
40-55

40-55

40-55

42-52

42-52

30-45
30-45
30-45
30-45
42-52

42-

52

40-55

40-55

40-55

40-55

Condensor

No.

580321
580321

580422
580321
580321

580422

580422

580256
580256

580321
580321

580321

58032r

580422

580422

580321
580321
580321
580321
580321
58032 I

580256
580256
580256
580256

Copocity

.18-.22
.18-.22
.25-.29

.18-.22
.18-.22
.25-.29
.25-.29

.37-.41
.37-.41

.18-.22
.18-.22

.18-.22
.18-.22
.25-.29

.25-.n

.18-.22
.18-.22

.18-.22
.18-.22
.18-.22
.18-.22

.37-.41
.37-.41

.37-.41
.37-.41

GALE PRODUCTS

BUCCANEER

-

(Contrd)

@

o

Model

No.

3Dl8

5D20

r5Dt3

l5D l4

25D19

25DEl9

40D

15

40DEl5
60DEl3

60DGl3

H.

t5

l5

25
25
40

40

&
&

P.

3

5

Yeor

1962
1962
1962

1962

1962

1962
1962

1962
1962

1962

Mogneto

No.

580128

580206

580434
580254

580274

580274
580415
580415
580319
580319

Coll

No.

580416
580416

5804t6

580416
580416
580416
580416
580416
580243

580243

Opcrotlng

Amperoge

1.7

1.7

1.7

1.7

1.7

1.7

1.7

1.7

1.7

1.7

Contlnulty

No.

30-45
30-45
30-45
30-45
30-45
30-45
30-45
30-45
40-55
40-55

condcnsor

580321

58032t

s80422

580321
580321
580321

580422
580122

580256

580256

I

coro"lr,

.le-.22

.18-.n

.2y.n

.18-.22

,lv.22
.lu.22

.2*.n

.25--.n

.37-.41
.37-.41

PRODUCTS-OMC

GALE

COIL SPECIFICATIONS

Coil No.

425371
425960

470187­470187-

47068s-

4/UOoJ-

s80454

Condenser

425369
425373
425702

4l6J26

o

@
@

(t

No.

Operoling

Amperoge

i.9

2.10

1a

1.7

1.4

i.8

11

t.+

CONDENSER

Primory

Resi sionce

Min.

A- A

SPECIFICATIONS

Min.

.16

Microforods

Mox.

.20

-

Copocity

.16 - .20

.20

.16 -

.22

.18 -

Msx.

Secondory

Coniinuity

Mox.

Min.

38-58
30-50

4U-JJ

50-60

40-55

30-40
30-40

8l

Yeqr

Model

No.

HP

Mqke

Coil

Mfs.

Number

Scott

GAMBLE

HIAWATHA

Oper.

A.p.

Prim.

Res.

Mln. Mox.

Sec.

Cont.

Min. Mox.

Condenser

Mfg.

No. Copocify

Micro-

Scott

forods

1959

1960

co

N

I 961

l43A

I48A
t45A

3454

346A

A4BB
A4EB

C4EB

A4FB

A4GB

C4GB
D4GB

C4HB

D4HB

C4JB

D4JB

61400310

25
25
40

t2

25

25

25
40

40

60

60

7.5

IO

3.6

7.5

7.5

3.6

Phelon
Phelon

McC
McC
McC

Phelon

McC

McC

Phelon

Wico

McC
McC

McC

McC

McC
McC

Phelon

FG3689
FG3689

FG3689

FG4t28

xl1352

FG3689

I

38-l 34

I

38-l

34

736-232
736-232
73&232

r

38-r

34

134-134

2y'134

I 34-l

34

23/'134

I 39-r

34

I

3685-

4368- r

3368- I

4368-l

3368- I

4368-l

c3J B- 134

c3JB-134

r

I 3

34

4368-134

34
34

34

34

38-134

2.5

2.5

1.6

1.6

1.6

2.5

1.9

1.9

2.5

2.0

1.4

1.4

1.4

1.4

1.4

1,4

2.5

.55-.85

. 55-. 85

40-60

40-&

43-55
43-55
43-55

40-50

30-45

30-45

40-60

40-60
40-60

40-&

40-60
40-60

45-55

45-55

40-60

FG3693

FG3693

FG3478
FG3478
FG3478

FG3693

xl2293
xl2293

FG3693

xl

t362

xl2264

x122U

xt22u
xt22u

xl2265

x\22U

FG3693

r38-ll5

138-t

l5

I 436-l

1436-r

1436-l

138-il5
t34-l

l5

134-l

l5

138-ll5

3685-l
3358-l I 5

3358-t l5

3358- |

3358-t

I

3328­3328- I

138-r

I 5

l5

l5

r5

I

I 5

I

I

I 5

l5-.

.

l9

l5-.

l9

.

.18-.22
.18-.22
.18-,22

. l5-. l9

.18-.22
.18-.22

l5-. l9

.

5

.26-.30

.26-.30
,26-.30

.26-.30

5

.26-.30

5

.26-.30
.26-.30

.15-.19

Model

No.

025-3574
025-3574
225-3606
225-3612
225-3619

025-3602

025-3603

22s-3607

22s-3608

22s-3608
22s-3613

225-3614

22s-3620

225-3621

225-3450
25-3572

22s-360e

225-360e

225-3615

225-3615

226-3622

225-3451

2s-3604

25-360s

25-36M

25-360s

22s-3610

225-3610
225-36r

225-361r

22s-3616

(3Dr

2G)

(3Dr3G)

(3D14G)

(361

9)

(5Sr

rG)

(5Dr

r G)

(5Sr2G)

(sDr2G)
(5Dr3G)
(5sr3G)
(5Dr4G)

(r2Dr3G)

(r2Dr4G)

(l2Dl5G)

(r2Dr6G)

(22Dr0G)
(22DEr0G)
(22Er2G)

(22DE12G)

(22Dr

r G)

(22Dt3C)

(22DEr

r

(22DEr3G)
(22D14G)

rG)

''SEA

BEE''

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

1.6

Continuity

Min.Mox.

30-40
30-40
30-40

30-40
30-40

30-40
30-40
30-40
30-40
30-40
30-40
30-40
30-40
30-40

30-40

30-40

30-40
30-40
30-40
30-40
30-40
30-40

30-40
30-40

30-40

30-40

30-40
30-40
30-40
30-40
30-40

51 0l
51 0l

0l 73

51

0l 73

51

0r 73

5r

51 0l
51 0l

0l 73

5l

0l 73

51

0l 73

51

0l 73

51

0l 73

5l

0l

5l

0l

51

0r 73

5l

0l 73

5t

51 0l
51 0l

51 0l

51 0l

51 0l

0r 73

51

0l 73

51

0l

5l

51 0l

0l 73

51

5l 0l 73

5t0173

0l

51

sr 0l

0l 73

5l

73

73

73
73

73
73

73
73
73
73
73

73
73

73
73

Copocity

Mi croforods

. t8-

.22

.18-.22

r8-

.

.22

.18-.22

. 18-

.22

.18-.22
.18-.22
.18-

.22

.18-

.22

.18-.22
.18-

.22

.18-

.22

t8-

.

.22

. t8-

.22

. t8-

.22

.18-

.22

.18-

.22

. t8-

.22

.18-

.22
.22

-18-

.18-.22

.22

-18-

.18-.22

.22

-18-

.18-

.22

.18-

.22

.18-

.22

.18-

.22

.18-

.22

.18-

.22

.18-

.22

l8

5801

r8

5801

I 8

5801
5801
5801

5801
5801

5B0r

5801 l8
5801
5801

5801
5801

580t

s80l l8

5801
5801 t8
5801 l8
5801 l8
5801 l8
5801 l8
5801

580r

5801 l8
5801 I

580r

5801
5801
5801

580r
580r

-

l8
l8

l8

l8

r

l8
l8

l8

l8

l8

18

l8

r8

l8

l8

r 8

I

l8
l8

I

I

8

GOODYEAR'S

28

J
3

3

3
3

5
5
5
5

5

5
5
5
5
5

t2
t2

12
12
12

t2

l2

22
22
22
22

25

25
25

25
25

1954-55

955

I

956

I

1957

958-59

I

955

I

r 955

1956
1956
1956
1957
1957

r 958

958

I

1959

1954-55

1956
1956
1957
1957

958

I

959

I

r 955

r955

955

I

955

I

1956

1956

956

I

1956
1957

5801

28

5801

28

5801

s80l 28

5801 28

20

5801

83

5801

20

5801

82

5801

82

5801

20

5801

82

580r

20

580r
580206
580206

53

5801

580207
580207
580207
580207
580254
580254

580r

5801

580r

5801 80

580209
580209
580209
580209
580209

80
80
80

GOODYEAR'S

-

"SEA

BEE"

(Cont'd)

@
5

Model

No.

225-3617
225-3623

225-3624

225-3452
225-34s3

22s-3454

225-3455

225-34544

225-34554

l22DEt4G)

H. P.

25
25

25
25

J3

35
35

Coil

ss232

ss403

58874

s9860

63625

72397

No.

Yeor

1957

958

I

958

I

959

I

1959

r 959

1959
1959
1959

Mfg.

vvrco

Wico

Wico

Phelon

Wico

Wico

Phelon

Wico
Wico

Mogneto

No.

580274
580274
s80274
580274

580275
58027s
58027s
580275

HOMELITE

Mfs.

No.

xl6669
xl6797

x

6809

I

FGl618
x9533

xt4t71

FG7049

x

6343

I

x7536

Coil
No.

5801

l8

580r

l8

5801 r8

5801

l8

5801

t8

580r 97

580197

s80197

5801 97

Operoting

Amperoge

1.4

1.4

COIL SPECIFICATIONS

Operoting

Amperoge

1.3

1.8

r.3

2.8

2.2

2.1

2.8

1.3

1.9

Secondo

Continuity
Min. Mox.

50-60
50-60

s0-60

40-60
30-50
30-50

6t

50-60
38-58

1.6

1.6

1.6

1.6

1.6

1.4

1.4

-71

ry

Continu ity

Min.

Mox.

30-40
30-40

30

-40

30-40
30-40

42-52
42-52
42-52
42-52

Fits

Homelite

Models

XL85O

FWK-2868

Pump

Model 257

otd l7

17, 5-20

Series

XL

XL Series
x1700 & 800

26, 5-30,7-29

Condenser

No.

0l

5l

73

5r 0l 73

51 0l 73

5r 0r 73

5l 0l

73

5r 0l 73

5l 0t

73

0l

51

73

5r0173

Copocity

Microforods

.18- .22

.18- .22
.18- .22
.18- .22
.18- .22

.18-

.22

.18- .22
.18- .22

.18- .22

HOMELITE

CONDENSER

SPECIFICATIONS

Condenser

55233

55399

s5987

5881

59862

63626

72396

Model

No.

7 opprox.

qpprox.

No. Coil

c100,/cll0
ct02
c200/cr200

cl00cll0

clo5T

Energy

T

ronsformer

cBl60
cg72,cB77

CL72

C100,/Cll0

CIO5T

testing

NOTE:

When

Anolyzer

Supressor

for

ony

100-l80l.3FND

cl02-l806ND

c2004806AK

Io-48o6ND

cr

CB93-4806ND

CB72l806A-ND

C100,

All

Condensers

Coi

to

Leods

in series

tests.

other

No.

1801,

ore

(Cl

lO-4806AK)

|

l2

o

wifh one

Copocity

in Microforods

Min.Mox.

.15-.19
.16-.20

.18­.17- .21

.21-.25

.16-

.30-

HONDA

3KND

roted ot

storoge

volt

side of

Reoding

.22

.20

"34

Oper.

Amps

t.7
l.15
l.ls

.5
.52

.60

Resistonce

.21 ond

Min.

disconnecf

bottery ottoching

the Bottery

the Internol

Leod.

otd

17,

C-Series,

XL
XL Series
x1700

26, 5-30,7-29

Primory

Resistonce

Min.Mox.

.5- .6

1.4-1.6
l.l-1.3

4.6 55 -

4.4-

4.3

3.8-

4.2 50

3.8­Min. 1.4

only

25.

Mox.

Bottery ond

port

o_ur

Do not

Fits Homelite

Models

r7

5-20

others

Series

& 800

Secondory

Continuity

Min.Mox.

45

35

­55-6s
65-75

65

65

55 -

60

-

Mox. 1.6

no. 47-174

use the l2 volts

connect

No.

Coil

E4329A

2t40lD

D

401

2l

No. Mfg.

Coil

036

AM3t

Deere

John

#Vnoo

Model

INTERNATIONAL

JOHN

#1

Delco

Louson

I 15043

30560

HARVESTER

TyP.

E4A-E4B-E4C

(With

(With

Core)

Core)

F4
F6

HI-H4

DEERE

TRACTOR

Operoting

Amperoge

85

SPECIFICATIONS

COIL

.
.

WORKS

.55

Primory

Resistonce

Min. Mox.

4.5

3.5-

.56

.46-

Operoting

Amperoge

1.20

2.10

2.10

2.10

Secondory

Continuity

Min.Mox.

39-48
50-60

OMC.EVINRUDE

& BATTERY

&

JOHNSON

COIL SPECIFICATIONS

MAGNETO

Coil No.

72-|0

72-582

72-641
72-669
72-749

72-792
72-808
72-813 V45

72-851

72-852 SV

72-875

72-947
72-tOO5
72-1017

72-1018
72-1045

72-1072

275-370
275-s40

276-039

375-102

*

**

375-

378-231
378-665
379-519
379-569

*381

-886

*5CI-688

580-040
580-084

580-l I 8

s80-197

580-243

580-380

580-41 6

56U-52/

"*580-527

****580-602

Leods

****580-602

Leods

''580-740

*580-82t

*580-847

*To

check Coil use C.D.

**Disconnect

ond connect our port

NOT

***Coils

to l-primory leod

****Disconnect

Bottery or equol. This test is for

12 VOLTS

Typ.

old A25

A25

ro 50,

P30-P35-P45-TR40-P40

K35-K40-K45

F1036

425

to 50,

545-550-SR50-SR55

XR55-OK55-60-P50

&

vp

4

& l/4-50 & up, oll models

A50

&

up,

F70-F75-OA'55-()460-0B

300-36 Twi n

Horse

lron
lron Horse

LT37-1s37-D137-D537

LT. LD.

5D-10-t

I

TS, TD, HS, HD, MS,

89

Resistonce on

-

Model No.

-

50

(With

Attoched
Aitoched wi

85, 100,

50
60

infernol

USE

THE

#SZS-lgg

lnternol

FOR ANY

&

940

HP

Loose Pig-Toil Leods)

with

th

125

HP
HP

bottery ond connect

FULL

with

2-secondory ond 2-primory leods,

then ottoch

Bottery ond connect

AZ35

ro

AZ35

to

coils

cyl. 2

K50

& up

(All

Models)

AT-37

& up

Electromotic

SU

HU

&

or

Block

Dork

Purple

Purple

HP

Adoptor

no. 55-174

VOLTS ON

I2

tester leods os shown in figure 26, poge23.

OTHER

TESTS AS

45

45

MD

Lorer

&

Johnson

Resistonce Min.

-

Cemeni.

Cement. Most

#55-980

Suppressor

COIL POWER

beginning

leod

COIL.

THIS

leods from onolyzer lo o 12 volt

READING WILL

_

Operoting

Amperoge

2.30

2.40

2.00

2.40

1.90

2.10

2.20

2.40

0.60

I

.00

1.70

Resistonce

Min. Mox.

z.vv

2.60

2.40

1.27

2.40

2.31

.80
.50

.80

.00

.5

.375-.575

.8 1.5

Forword or Reverse

5.0 Mox. - 6.0

-

.8

1.5

.12

.3
.60

.60

1

.60

.4
.4

.0

.7

.U

A

.6 2.5

Engines

1.4

1,4

1.4

to

o l2 volt

in series

TEST only.

.7 -.8
.4
.7
.7 -.9
.7

ore

with Seriol No.

storoge

with one

connect I-secondory leod

BE

Primory Secondory

Confinuily

Min.

Mox.

30-60
45-65

30-60
30-60
30-60

65-80
65-80

JU.OJ

30-60
30-60

30-60
30-60

50-65
65-80
50-65
50-65
30-45

-1.8

-

-1.65

.16

-

-.6

5 - A 45-55

-.55

-.55

.8

-

-.9

-3.0

using this

boitery

leod.

DO NOT

INCORRECT.

60-70

7.0-8.0

60

8-r0

16-22
30-40
34-46
40-50

40-5s

70-80
35-45
z0-80

65

65-75

70

Coi

I

22 - 26

22-26
22-26

325.

or

NOTE: DO

Storoge

USE THE

ohms

70

-

75

-

90

-

equol

OMC-EVINRUDE

BATTERY CONDENSER

&

& JOHNSON

MAGNETO

SPECIFICATION5

Condenser

72-864

72-873 ...

170-002 -

170-067

l7l-3ll -

t7t-448

17t-449

17t-470

171-471

201-184
201-753

r 53

300-

73

0-r

51

580-256
580-321

580-422

580-573

No.

Use
Use

-

Use

'iiz-iio

171-449
171-471

Copocity

Microforods

in

Min.Mox.

.27-

20- .24

.27-

.09-

. r8- .25

.09- .125

.09- .125

.27­.18­.16- .24

.16-

. 15- .205

.18­.37- .41
.18­.25­.18- .22

Reoding

.33

.36
.125

.36
.26

.24
.22
.22

.29

87

KIEKHAEFER-MERCURY

SPECIFICATIONS

COIL

No.

Coil

26433

30-204 Sciniillo

32193 Autolite

32704

38547

*282-682

298-2568 r.8

*332-2983A

**394-1128

**394-ll28Al

Mfs. Mfs. No.

Kiekhoefer Delco-Remy

lO-38222Y'

(Note:

(with

With Iniernol Resisionce)

steel frome)

Kiekhoefer 1.8

Kiekhoefer 394-1128 1.8

200673

395-679 Wico X-2156

396-648

Eisemonn 27894

397-361 Foirbonks H-2477,E-2477C-I-2477 2.0
397-430

398-1 73

398-716
398-220)

Foirbonks

Phelon F-l

OY-2477C

835

Phelon F-608 2.5

Phelon FG-6446 2.0
398-2545
399-125
399-756

**399-1246

*To

Check

**Off

Plote

Sciniil

lo 10-70132
Scintillo 10-70100 2.10
Scintillo l0-l I 1280 1.5

these

coils

use

C.D.

Adoptor

155-980

beginning with

Oper.

Primory

Resistonce

Secondory

Continuity

Amps Min.Mox. Min.Mox.

.9 .9-

1.2 55

2.30 40

.

I

.5 3.9-
.5 3.9-

t.9 6

2.0
.5

I

.6

I

2.0

2.5

2.0

2.10

.2-

I 1

4.s- s.s

.45-.60

4.5-

Seriol No. 325.

1.4 60

4.3 48

4.8 48

5.5

40

55
55

30
40
40
45
40
40
45

35
30

30
30

-65

-60

-70

-58

-8

-60

8

- t0

-A\

-65

-50

-60

-60

-60

-65

-41

-60

-45

-50

-50

-42

Condenser

33662
33706

37189

393- r 283
394- I I 30

395-684

396-650

397-359

397-741

397-874

398-176

398-693

398-71 3

?oa-trar?

*399-123

399-759

Mfg. & Porl

Kiekhoefer -
Kiekhqefer
Kiekhoefer

K iekhoefer

KIEKHAEFER-MERCURY

No. Mfg.

Del

co-Remy

K iekhoefer

Wico

Eisemonn

Foirbonks

Foi rbonks

Fo i rbonks

Phe

I on

Phel on
Phel on

Phe

I on

Scintil
Scintil

KIEKHAEFER-MERCURY

No.

393-1286

-

393-1482

-

393-1572

-

32227

Aurolire - 200673

CONDENSER

Mfg. No.

SPECIFICATIONS

Copocity

Microforods

in

Min. Mox.

.18-

Reoding

.25

.18-.25
.24- .30

. l8- .23

394-r r 30

x-2186

24235

M2433

ilsrl

KX 2433

FG-1807

FG-1770

FG-607

FG-64s3

lo
lo

t0-82238

t0-70141

RESISTOR

TEST

.28-

.16-.20

.18- .22
.28- .32

.22- .27
.14­.15- .19
.14- .20

.15-.21

-17-.21

Resistonce

Min. Mox.

.35

.18

Reoding

1.3- 1.7

2.0- 2.4

3.0- 3.4

(Mfg.

&

)

.410-.520No.

\

\*

_.,)

KOHLER COMPANY

Coil

No.

Engi ne

Model

Mfs.

s4l0

220435
23007s

A-231340

270560

270775

271144

27s756

6

\o

K9l

K

l6l

K662
K662
K662

K24l

& K33

Phelon

lo

Scintil

Del

co

Wico

Fo irbonks

Wico

Phelon

Mfg.

FGzt45

0-

r

I 60396

lll5043

xl28l0

Q3477C

x5700c

FG

l64l

No.

COIL

Operoting

Amperoge

-)

AND CONDENSER

Secondory

inuity

Conf

Mox. Condenser

Min.

.60

I

2.8

1.8

.55

1.7

1.7

1.7

2.2

40-60
30-40

39-48

60

-75
50-70
40-60

50-70

SPECIFICATIONS

#

220434

Phelon

220082 Scintillo

230722

270541
270779

270607

220434

Delco I

Wico

Foirbonks

Wico X5614

Phelon FG2l38

FG2l38

l0-79168Y

965489

X6916

SYX2433X

_)

Copoci

Microforods

in

Min.Mox.

.12- .16

.'r 8- .23

.27­.30-.34
.28-

. 16- .20

.12-.16

ty Reoding

.31

.36

LAUSON POWER

PRODUCTS

SPECIFICATIONS

COIL

No. Mfg. Model

Coil

r

22094 Wico
23084

Wico

24439 Phelon
25527
2581I
26318

Wico
Foirbonks-Morse
Foirbonks-Morse

26624 Foirbonks-Morse
26714 Wico
26787

Foirbonks-Morse

26935 Wico
27089 Wico
27089

27376
27531
282s9
29176

29176

29632
30560

32014
32014
32014

610197
610215

610242
610277
610286
610287
610287
610292
610293
610298

6t 0323

0355

6 I

0355

6 I

0371

6l

610371

610415

610425
610466

610477

610482

6t 0586

6t|J65/

610706

Wico

vvtco

Wico
Wico

Phelon

Phe

on

I

Louson

Louson
(Reploces

Louson HH80
Louson HH
Louson HH

Foirbonks-Morse

Phe
Phe I on

Phelon
Phelon

Phe

Phel
Phel
Phel

Phelon

vYtco

Wico

Phelon

Phel

Wico
Wico

Phel
Phel
Phel on

Phelon

Phel

Louson

E

isemon

VH60 John

I on

on

I

on
on
on

on

on

on

on

30546)

,|00
120

Deere

Mfg. No.

xzt56

x-4943

FG-463

x-7467

A-24774

r-2477A

FX-2477

x-8795

HX-2477

x-8786
x-vu55

X-9695 RAP

with

X-l I180

x-l r 205

x-9965

x-il654

FG-3294

FG-408
5022
5160

8

l0

1t

IL

H27-940

u-2477

r

(Syncro)

(Syncro)

FG-lr4

FG-307

FG-420

FG-4208

FG-r

s73B

FG-470

FG-4708

FG-4928

FG-1309

x-8877

x-9767

FG-2180

FG-2446

x-7500
x-534s

FG-2641
FG-2180B

FG-26418
FG-4055

FG-6335

Operoting Resistonce

Primory

Amperoge

I .50

1.50

z.o

r.80

I .60

r .80

1.90

I .80
I .90

1.80

2. r0

I .80

2.0

1.8

t. l

2.8

2.8

z.J

2.9

t.4

1.4

1.4

to

1.70

2.5

2.5

2.6

2.6

2.8

2.8

2.5

2.8

2.0

1.80

2.8

2.8

2.10

I

.50

2.8

t.6

2.8

ta

1.4

1.8

Min. Mox. Min.

.5- 1.5 40-55

.35- .45

.45 55

.37-

.37- .45 55

.37- .4s

.85- .95

.59-

.65 55

Secondory

Continuity

Mox.

30-50

35-55

40-60

30-50
35-55

50-60

30-50
50-60

35-55

40-50
40-55

40-55
40-55
40-60
40-60

40

55

-

65

-

65

-

s5

6s

-

JJ-J)

50-60

40-60

40-60
40-60
40-60

40-60

40-60
40-60
40-60

40-60
35-55

40-60

40-60

30-50

40-60

40-60

40-60

40-60

s0-70

50

60

-

65

-

90

Condenser

22095
233s9

24445
25809
26219
26641

26718

26786

27527

29164
29172

29177
29559
29559
30548

30548-A

3201 5

0253

6 I

610268
610269
610294
610294

6 I 0303

0303

6r

0331

6l

610370
610424

0438

6l

610447
610467

0588

6 I

610707

LAUSON POWER

No.

Mfs.

Wico
Wico

Phelon

Foi

Wico

Phe I on

Wico

Foirbonks-Morse

Wico
Wico

Phe

Wico
Wico

Phelon
Phelon

Phel

Phelon
Phelon
Phelon
Phelon

Phel

Phe lon

Wico
Wico

Foirbonks-Morse

Phelon

Phel

PRODUCTS

rbonks-Morse

I

on

on

on

on

CONDENSER SPECIFICATIONS

Copocify Reoding

in Microforods

Mfs.

No.

Min.Mox.

x-2186
x-5800

FG-458

R-2433

x-5614

FG-458B

x-9100

GX-2433

x-r

1000

x-12174

FG-4082

x-l1672

x-t2513

FG-r59

FG-216
FG-2168
FG-471

FG-4718
FG-607

FG-r205

FG-1355
FG-2176

x-5u2

x-5463

BX-2433
FG-2642
FG-4016

16-

.

.20

16-

.

.20

.12-.16

.17-

.23

.16-.20
.12-.16
.26- .30
.16-

.19

.16- .23

.16-

.20

.15- .19
.15-.19
.16-.20
,16-.20

.12-.t4

.16- .18

.24-

.27

.15- .19

.15-

.19

.15- .19

.12-.16
.12-.16
.15- .19

.35- .38
.12-

.16
.19

.15­.30-

.34

.16-.20

.16-

.19

.12-.16

,18- .22

.19-.21

No.

Coil

580-l

580-l 84

678-l I I

678-539

I I

LAWNBOY COIL

Primory

Operoting

Amperoge

1.60

r.60
r.60

1.5

Resistonce

Min.

.48-.56

AND

CONDENSER

Secondory

Continuity

Mox. Min.

30-40
30-40
30-40
3s-45

9l

Mox.

SPECIFICATIONS

Condenser

No. Min.Mox.

sr0r73

677299

Copocity

Microforods

in

.13-.17

.13-.17

Reoding

MALLORY

ELECTRTC

CORPORATION

COIL

SPECIFICATIONS

Color Codc

Coil

&

t2v-r2000

lat-258288

Color Code

& Coil

MS6VP

MS6VP

No.

Green

6V-6000

Bluc

Blqck

F-6

Red

F-12

Block

Red

25773

Brown

25742

No. Amperote

Operoting

Amperoge

.9
.9
.9
.8

t.l

1.0

1.25

THIS

Operoting

P-Side.4

R-Side

.6 .4-.6

TEST FOR

Primory

Resistqnce

.5-.7

Primoqy

Resistqnce

.4-.6

t.

t-1.4

.6-.8

2.1-2.4

1.5-1.9

1.9-2.3

.8-t.2

MODEL

R-esistonce

Eetween

P & R

l

l-l

'

'3

88

Bol

Resistonce

.3-.6

.7-1.0

.35-.6

.7-.9

.35-.55

ONLY

Boilisi

Kesrslonce

R-.45-.55
R-.45-.55

list

Secondory

Continuity

Min.Mox.

55-70
55-70

55-65
55-65
50-65

50-65
s2-62

Secondory

Continuity

Min.Mox.

65-75

MS6VN
MS6VN

MSI2VN
MSI2VN

MSI2VP

MS I2VP

P-Side.4

R-Side
P-Side

R-Side

P-Side
R-Side

MS6VP 2.9
MS6VN

2.5

MSI2VN 1.9

MSI2VP 1.9

MALLORY ELECTRIC

Condenser

.5-.7

.6 .s-.7

1.5-1.8

.3

.5
.3

.5

NOTE

.95-1.2s

2.0-3.5

I

.o-3.0

THIS TEST

CORPORATION CONDENSER

Number

2412s
24895

25010
25500
25600

l

l-l

'

'3

2'5'2'8

4'o-5'o

MODEL

FOR

Copociry Reoding

92

60 ONLY

P-.45-.55

R-.45-.55

.9-1.2
.9-1.2

.9-1.2

'.9-1.2

in

.34-.38
.34-.38
.34-.38
.26-.30
.26-.30

65-75

60-70

60-70

65-75
65-75
65-75
65-75

SPECIFICATIONS

Microforods

.\

)

a

Yeor

r955

1955

I 955

1955
1955

1955
1955

I 955

McCULLOCH CORP.

Engine

Model

Kind

No.

055
30s5
1755

I 355

2355

I

855

2855

l 955 t6 x-8726

Srd.

S.

P.

3.6r

5.7

7.5

l0

totor

S

Assy.

FG-l632
FG-l632

FG-l629
FG-\629

FG-21l8 Phelon FG-2331

OUTBOARD MOTOR SPECIFICATIONS

Coil

No.

FG-r573G
FG-r573G
x-7467

FG-l573C

FG-1573C

x-7467

x-7467
x-7345

No.

Moke

Mfs.

Phelon
Phelon

Wico

Phelon
Phelon

Wico
Wico

Wico

LJperoT.

^

AmP'

2.80

2.80

I

.80

2.80

2.80

1.80

1.80

1.70

2.80

Secondory

.

Lonilnurty
Min. Mox.

40-60

40-60

30-

50

40-6A

40-

60

30-50
30-50

35

40-60 FG-2lll

Condenser

No.

FG.47IB

FG-4718

x-9r 82

FG.4718

tG-4718
x-9182

x-9182
x-9182

Copocity

M icroforods

.12 - .16
.12

.16

-

.26 -

.30

.12

.16

-

.12

.16

-

.26

.N

-

.&

.26

-

.26 - .30

.12-.16

I 956

1956
1956
1956
1956

|

665

I

665-3

2665

2665-3

3665

F

F(E L)

c(EL)

SA

33

33
33
33

33

FG-2552
FG-2552
FG-2552

FG-2s52

FG-2s52

Phelon
Phelon
Phelon
Phelon
Phelon

FG-2546
FG-2546
FG-2546
FG-2546
FG-2546

2.50

2.50

2.50

2.s0

2.50

40-60
40-60
40-60
40-60

40-60

FG-21I

FG-21

FG-21I
FG-21I

FG-2111

I

|

I
I

I

.12 -

- .16

.12

- .16

.12

.12 -

- .16

.12

.16

.16

McCULLOCH CORP. OIITBOARD MOTOR

SPECIFICATIONS

(Cont'd)

Yeor

1956

1956

1956
1956
1956

1957
1957
1957
1957
1957
1957
1957
1957
1957
1957
1957

1957
1957
1957
1957
1957
1957
1957
1957
1957

Engine

Model

No.

3df.s-2

3665-3
3665-4

4665

4665-3

1075

lVs

1875
1975
1675
I 316
3075
3775
3375
3875
3975

339

3675

336
536

4075

4n5

4375
4975

4675

Kind

sA(Lc)

sA(EL)
sA(EL)
G

G(EL)
F.

F.
F.

F.

F.

F.

s..A.

SA

s. A.

A.

s.

A.

s.
s. A.

A.

s.

A.

s.

A.

s.

Hio.

Hio.
Hio.

Hio.
Hio.

HP

33
33

33
33

33

3.6

5

l0
l5

35

35E.

3.6

5

7.5

l0
l5

l6E.

40

40E.

Royol

3.6

5

7.5

l6

38

Stotor

Assy.

No.

FG-2552

FG-2552
FG-2552
FG-2552

FG-2552

FG-1632

x-8726

FG-2550
FG-2550

FG-\632
FG-\629

x-8726

x-9763

FG-2903

FG-2902
FG-2902

FG-1632

FG-l629

x-8726

FG-2550

Moke

Mfg.

Phelon
Phelon
Phelon
Phelon
Phelon

Phelon

Wico

Coil

No.

FG-2546
FG-2546

FG-2546

FG-2546

FG-2546

FG-1573

X-7467

Wico X-7467
Wico X-7Us

Phelon
Phelon FG-2546
Phelon FG-l573

FG-25M

Wico X-7467

Phelon

Wico
Wico
Wico

Phelon
Phelon

Phef

Phelon

Wico

Phelon

Wico

Phelon

on

FG-1573C

X-7467

X-7345

X-7Us

FG-25M

FG-2723
FG-2723
FG-1573

X-7467

FG-1573C

X-7345

FG-2546

operor.

AmP

2.50

2.50

2.50

2.50

2.50

2.80

I .80
I .80

1.70

2.50

2.50

2.80

1.80

2.80

t.80

1.70

1.70

2.50

2.80

2.80

2.80

1.80

2.80

1.70

2.80

:::;l#,'l

Min. Mox.

40-60
40-60
40-60

40-&

40-60
40-60

30-50
30-50
35-55

40-60

40-60

40-60

30-50

40-60

30-50
35-55
35-55

40-60

40-60
40-60

40-&

30-50
40-60
40-60
40-60

Condenser

Copoclty

No. Microforods

FG-21I

FG-21|

FG-21I

FG-21|

FG-21I
FG-4718

x-9182
x-9182

x-5463

FG-21I
FG-21I

FG.47IB

x-9182

FG.47IB

x-9182

x-5463

x-5463

tG-2727

FG-2727
FG-2727

FG.4718

x-9182

FG.47IB

x-5453

FG-21I

I

|

I

I
I

I
I

I

.12

.16

-

.12

.16

-

.12

.16

-

.12

.16

-

.12

.16

-

.16

.12

-

.26

.30

-

.N

.26 -

.16

- .20

.16

-t2 -

.12

.16

-

.16

.12

-

.26

.30

-

.12

.16

-

.26

.n

-

.16

.20

-

.15-.20

.22

.18

-

.22

.18

-

.18

.22

-

,16

.12 -

.26

.30

-

.16

.12

-

.20

.16

-

.16

.12 -

)

McCULLOCH

CORP.

OUTBOARD

MOTOR

SPECIFICATIONS

(Cont'd)

Copocity

Micro-

forods

I 958

135

Scott

22

xll383

r 35-l0l

Wico

xil352

3685-r

r3

2,2

37-57

xt 1362

3685-l

l5

.30

Monuol

xr 1362

2,2

1.0

37-57

55-75

335

332

Scott

Scoit

I 958

I 958

r 958

\o

q

22

50

xl 1345

335-l0l
332-r0l

Wico

Phelon

xl1352

FG3437

3685-l

332-r

r3

13

xl t353 335-I

l3

FG3044

3685-l

332-l

I 5

l5

.30
.28

McCULLOCH

CORP.

OUTBOARD MOTOR SPECIFICATIONS

(Cont'd)

Secondory

Continuity

Min.Mox.

Scott

Scott

Scott

Scott

Scott
Scott
Scott
Scott

Scott

Scott
Scott

Scott

3.6
5

5

7.5

7.5

t0

t6

22

22E

40
40

40E

t445

xl

x9066

l8

xsl

FG1629

I

xl

391

r

xl

391

x8726

r383

xr
xt 1345

FG2852

t537

xt

FG2687

3085-l0l

3845-r0r

3785-10r

t355-10t

3885-l 0 I

3885-t0l
3925-r0l

I 35-r 0t

335-l0l

3675-10l

3685-r0r

336-t0r

Wico

Wico
Wico

Phel

Wico
Wico
Wico
Wico

Wico

Phel

Wico

Phel

xlt477

x7467

xll477

FGl573C

xl1477
xl1477

x7U5

xl1352

1352

xt

FG2!5&

1352

xr

FG2!%

3885-t

t3

3845-l r3

3885-r r3

1355-134

3885-l
3885-l

r 3

r 3

509-l 13

3685-t t3
3685-l l3

3665-134

3685-l I 3

3665-t3/.

2.00

r.80

2.00

2.8

2.00

2.00

1.70

2.00

2.00

2.5

2.00

2.5

40
30

40
40 60

40
40

35 55

&60

4060

40 60
40
40 60

3085

3785

3785

3385
3385

I

3885

958

3985

I

.o

o\

1958

1958

135

335

3685
3685
3685

-3

Scott

40E

FG3232

t336-r0t

Phel

FG3375

3665-

I

34

2.8

35 55

3685

-3

3685

Scott

40E

FGU75

1436-10l

Phel

FG3375

3665-134

2.8

35

-3

1958

R.

I 536

S.

Scott

40

FG3232

I 536-1 0l

Phel

FG3375

3665-134

2.8

35

60

50
60

60
60

60

55

55

xt

FG2725
FG2723
FG2725
FG2723

FGU76

FG3477
FG2725
FG2723

Gen. Coil No.

1353

335-t

326-tU

336-r34

326-13r'-

336-l 34

536-1 34

636-13/.

326-tU

336-l 34

t3

r397

xr

x9182

xl1397

FG47IB

xl1397

xr 1397

x9182

xl1362

r 362

xl

FG272

xr I362

FG
FG
FG

FG

3885-l | 5

3745-1t
3885-r | 5

50r0-r I 5

3885-t I 5

3885-l |
3745-rt

3685-t I 5

3685-l | 5

3675-r | 5

3685-l

3675-t I 5
3675-r I
636-t I 5

I

3675-rt 5

Copocity

.16

5

.26

.16

.12-.16

.16

5

. 16

s

.26-.30

.26
.26

.18-.22

.26

5

.18-.22

5

.18

.18-.22

.r8-.22

Micro-

forqds

.20

-

-.30

.20

-

.20

-

-.20

.30

-

.30

-

.30

-

.22

-

r958

I 959

332

Scotf

Scott

60

3.6

332-l0l

3085- r

0r

Phel

Wico

FGU37

xl1477

332-l l3

3885-r r3

1.0

2.00

55 75
40

60

FG

xl1397

I 5

332-t

3885-t | 5

t9s9

959

|

1959

l37A

37A

I

I 37A

33A

I

Scoft
Scott

Scott

Scott

Scotf

Scotf

5
5
5

7.

Stotor

x5l l8

x9066

FG37t2

FG37t
x9066

FG37t4

McCULLOCH CORP.

Assy. No.

3785­3845- r

4

3845- r

r

I 37-l

t38-l0l

I 38-t

0l
0l

0l

01

0t

Wico
Wico

Phel

Phel

vvtco

Phel

OUTBOARD

Number

Coil

xl1477

x7467

FG

FG

x7467

FG

3845-1 I

MOTOR SPECIFICATIONS

Secondory

Continuity

Min.Mox.

| 38-l

2.00

I .80

)q

I .80

2.5

A

40

60
50

30
40 60

40 60

s0

30
40 60

(Cont'd)

Gen.

Coil

No.

Condenser

x11397

x9182

FG3693

FG3693

x9182

FG3693

No.

388s-r

3745-t

l38-l I

138-l

3745-1

138-l

r5

1 5

l5

1

l5

5

s

Copocity

Micro-

fo

ds

ro

.15-.19

.30

.26-

.15- . t9

r436-l

332-r

I 5

r 5

ls

l5

I 5

I

1

I 5

I 5

l5

I 5
I 5

I 5

I 5

5

s

.30

.26-

.22

.18­.18- .22
.18-.22

.18-

.22

.26- .30
.26- .30

.18^ .22

.18- .22
.18- .22

.18- .22
.18-.22
.26-

.30

.24- .28

I

34

34

I

l3

xt

FG347B

FG3478

FG347B

FG3478

xl1362

xll362

FG347B

tG3478

FG347B

FG3478
FG3478

xt 1362

FG3044

60

1.0

l.B

40

60

40
43 55
40 60

40 60
40 60

60

40
43 55
35 55

40 60
43 55
40 60

-7q

<4

FG3809

FG38r0

FG3809

F

G3810

xll353

FG3476
FG3477
FG3760

FG3761

FG3760

FG3761

xll7l0

535- I
635- I

535-r 34

635-l

335-1

I 336-l

1436-134

136-134

936-

136-134

936-134

435-l

2.00

01

0t

0l
0l

0l

I

0r
0r

0l

I

0l

I

0l

1

0l

I

Wico

Phel

McCulloch

Phel

McCulloch

Wico

vvlco

Phel

McCulloch

Phel

Phel

McCulloch

Wico

Phel

25

1959

s

\

I 35A
I 35A

33sA
33sA

335A

I 36A

l364.

l36A

336A
336A

3364

336A
332A

Scott

Scott
Scott

Scott
Scott

Scoit
Scott

Scott

Scoti

Scott
Scott
Scott

Scott

Scott

I 35A

25
25
25E

25E

25E

40
40
40

40E

40E

40E

40E

60

xt19768

FG3800

FG3BOO

FG3799
FG3799

xll9878

FG3770
FG3770
FG3624

FG3752

FG3752

12076

735- I
535- I

535-r

635- I
635-

435-l 0t

136-l0l

236- I
236- I
436-

836­836-

936-

332-l 01

xr r352 3685-l

FG

736-

FG375 436-l

xll352 3685-l I

FG3

736-

FG337 3665-l

FG3755

736-232

xll352

FG343

FG368I

436-l

736-23

436-l

736-

436-l

736-23

I

)q

1.6

2.5

1.6

2.00

2.00

2.5

1.6

2.8

.E
L. J

3

2.00

1362

3685-l

r436-l

1436-l

r436-r

1436-l

3685-l

368s-r

1436-r
1436-l

1436-l
1436-l

3685-l

Stotor

McCULLOCH

Assy. No.

CORP.

OUTBOARD

MOTOR SPECIFICATTONS

Secondory

Continuity

Min.Mox.

A38B

I 960

960

I

960

I

960

I

960

I

I 960

960

I

960

I
I 960

.o

o

I 960

I 960

1960
1960

960

I

960

I

I 960

I 960

1960

r 960

Scott

S cott

A3KB

A3E B

Scott

3EB t

A3F

B

S coft

3G

B3GB r

D3G

D3HB

E3H B

F3H B

D3JB

D3LB

3G

,3H
3H

3H

3JB
3LB

cott
cott

cott

B

cott

B

cotf

B

cott
cott
cott

3.6

6.0

7.5

7.5

12

25M

25ML

25E
25EL

40M

40R

4ORL

60E
60E
60E

L

I

L

134-r0l
134-r0l

r34-l0l

r30-l0l

I 34-l

0l

134-101

134-l0l
139-t0l

235-l 0l

735-t0t

735-l

0l

735-

I 0l

l368-l0l

l368-l0l

3368-200
3368-200
3368-200
3368-200

Phelon

McCul
McCul

McCul

Phelon

Wico
Wico

McCul

McCul

vvrco

Wico

McCul

FG3689

r34-134
134-r34

r34-r34

FG4l38

xl

1352

xI t352

xl1352

xl

1352

4368-

I 34

4368-134

4368-

I

34

4368-134

c3JB-232
c3JB-232
c3JB-232
c3JB-232

r38-134

134-134

134-r34

134-134

r39-134

3685-

I

3685- I

4368-134

33lEPl

34

Bottom

3685- I I 3
3685-

I I 3

4368-134

Top

4368-

I

34

Top

4368-134

Bottom

4368-134

Bottom

532-134

c3JB-232

s32-1U

c3JB-232

I 3
I 3

2.5

1.9

1.9

1.9

2.5

2.0

2.0

1A

1.4

2.0

?n

1.4

1.4

1.4

1.4

1.4

1.4

1.4

40-60
30-45
30-45

30-45
40-60
40-60

40-60

40-60

40-60

40-60
40-60
45-60

45-60

45-60

45-60
45-60

45-60

4s-60

45-60

(Conr'd.)

)enerotor

Coi I

FG3693

x12293
x12293

xl2293

FG3693

x

I

1362

xl1362

xl

1362

xll362

xl1362

xl1362

x12264
x12264
x12264

x12264

r38-l

r34-l

134-l
134-l

138-l

368s­3685­3685-

3685-

368s-

3685-

3358-t

33sB­3358- I
3358-

332B­3328- I I

332B­3328-

l5

r5

l5

t5

l5

I 5

I
I I

r 5

I

r

I

I I 5

I I 5

I 5

r I

I 5

I r

I I

I I s

I I 5

5

5

5

5

5

5

Copoc

Micro-

forods

l5-.

.

.18-.22
.18-.22

.18-.22

r5-.l9

.

.26-.30
.26-.30

26-.

.

.26-.30
.26-.30

.26-.30

.26-.30

.25-.27
.t3--t/
.25-.27
.25-.27

ity

t9

30

Yeor

Eng.

No.

HP

McCULLOCH

Moke

Coil

Number

MfS.

CORP.

OUTBOARD

\-/per.

MOTOR SPECIFICATIONS

m.

Pri

AmP'

Kes.

Min. Mqx.

Min.Mox.

Sec.

Lonl.

(Cont'd)

Condenser

Mfg.

No.

Scott

Copocity

Micro-

forodsScott

l96t

1961

r 96r

l96t

961

I

l96t

1961

1961

l96l

I 961

61300310

6t300610

6t 3007r

6t30t2t0

61301220

6l 302530

61302540

302550

6 I

61302560

61302510

61302520

61 304031
6 I 30404 I
6 I 30405 I
6

I 30406

6130401 I

61304021

61306031

6

30604 I

I

6l

307031

61307071

bt307041

6r 307081

3.6

6.0

0

7.5 Phelon

14.1

27.7

27.7 McCul

27.7 Wico

43.7 McCul

43.7 McCul

I

43.7 Wico

60.0

75.2 MeCul

Phelon
Phelon

Phelon

McCul

McCul

FG3689
FG600r

F

G600 t

FG4t28

c3HC-

D3HC-t

xll352

4368-l

34

336B-l 34

x1 r352

B-

I 34

c3J

I 34

c3JB-

134

34

38-t 34

I

A3EC-134
A3EC-r 34

139-134

(iop)

c3HC -r

(bottom)

D3HC*l 34

3685-r

(top)

(boitom)

3368- I 34

3685-t l5

c3JB-r

c3JB*134

r

4368-134

34

34

3

2.5

1.4

1.4

2.0

tL

1.4

2.0

1.4

1.4

.85

.55­.55- .85

.55- .85

.85

.55-

.55- .85
.55- .85

45-60

45-60

45^60

40-55

45-55

45-55

45-60

45-60

f

I

45-60

40-60

45-55
45-55

FG3693

FG4477

r 38-r 15

A3EC-r rs

FG4477 A3EC-I l5

FG3693

x12264

x12264
x11362

x12264

xl2264

xil362

3328-r r5

3328-r

I

s

r38-l l5

3358-r l5

3358-1
3685-1 I 5

3358-r I

3358-t

3685-r I

3328-r
3328-r r5

15

r5

r5

s

s

.19

.15-

.15-.19

.15- .19

.15-

.19

.26- .30

.26- .30
.26- .30

.26- .30
.26- .30

.26- .30
.25- .27

.25- .27

McCULLOCH

Yesr

1962

1962

1962
1962

e

o

1962

1962

1962

1962

Eng.

No.

62300310
62300410

623006t0

623007r0

62300810

6230t410

62301420

62302610
62302710

62302730
62302810

62302820

62302830

62302840

62304410
62304420

62304430
62304440
62304450
623043co

62304350

62307530
62307s40

62307030

62307040

62307630

HP

3.6

3.6

6.0

7.5

7.5

l4.l

t4.

27.7

27.7

27.7

27.7
?7.7

27.7

27.7

43.7

43.7

49.7

43.7

43.7

43.7

43.7

75.2

75.2

75.2

75.2

75"2

Moke

Phelon
Phelon
Phelon

Phelon
Phelon
Phelon

r

Phelon

Wico
Wlco

McC

Wlco
Wico

McC
McC

Wico
Wico

Coil

FG3689
FG3689

FG600l
FG600l
FG600l

tG4l28

FG4t28

xt 1352
xl 1352

xl t352

xl1352

xl1352

xl 1352

Mfg.

CORP.

Number

OUTBOARD

Scott

I 38-t

34

138-t34

A3EC-134

A3EC-t34

A3EC-t

139-t34

I 39-r

34

3685-l
3685-l

c3HC-134
3685-l 13

3685-l

l3

13

I 3

c3HC-l

c3HC-134

3685-r

l3

3685-l t3

712304
712304

71230A

712304

71230A.

71198
71198
71198
71198

71198

34

34

MOTOR

Oper.

Arp.

2.5

2.5

2.5

2.5

2.5

2.5

2.5

2.0

2.0

SPECIF|CATIONS

Prim.

Res.

Min.

Mox.

.55-.85

.55-.85
.55-.85

l.15-

l.15
l.15
l.15

l.

l.l

l.l

l.l
l.l
l.l

l5

-

-

-

-

-

-

-

-

-

1.4

1.4

1.4

1.4

1.4

1.3

r.3

1.3

1.3

1.3

(Conr,d)

Sec.

Cont.

Min. Mcx.

45-60
45-60

45-60

45-6A

45-60
40-55
40-55

45-60

45-&

45-&

45-&

45-60

45-60

45-60
45-60

45-&

60-70
60-70
60-70

&-70

60-70
60-70

6A-70

60-70
60-70
60-70

Condenser

Mfs.

FG3693
FG3693
FG4477
FG4477
FG4477
FG3693
FG3693

xt 1362

xl1362

xl22&

xl1362

xll362

x12264

xl2264

xl1362
xl1362

xl22U
x\22&

xl2264
xl2264
xl2264

3328-

3328-l
3328-l
3328-l
3328-l

I I

l5
t5

I

l5

5

5

No.

Scoff

138-l

138-lt5

A3EC-l

A3EC-I

A3EC-I

138-l

138-ll5

3685-l

3685-r
3358-t
3685-l

3685-l

3358-l
3358-l

3685-l
3685-l

3358-l
3358-l
3358-l
3358-l
3358-l

3328-t

332B-

332B-l
3328-t
3328-l

I I

l5

l5

I5

l5

I

l5
l5

I
I

I

I 5

I 5

I

I

I

I

I

Copocity

Micro-

fqrods

l5-.

.

l9

.15-.19

l5
l5

l5

I

5

I

5

I

5

t5-.

.

t5-"

.

l5-.

.

l5-.

.

l5-.

.

.26-r30
.26-.30

.26-.30

l9

I9
t9

l9

l9

.26-.30
.26-.30

5

26-.

.

30

.26-.30
.26-.30

5

.26-.30

5

.26-.30

5

.26-.30

.26-.30
.26-.30

5

.26-.30

5
5
5
5
5

zJ-

.

.2/
.25-.27
.25-.27

zJ-.

z/

.

.25-.27

McCULLOCH

CORP.

OUTBOARD

MOTOR

SPECIFICATIONS

(cont'd)

Model

No.

6330031
6330041

6330071
6330071

63300750
6330141

63301412

I 491

6330

6330281

63302821

63302831

63302841
6330451 I

63304s21

6330453r

63307s31
63307541

63307533
63307s43

H. P. Moke

I

I

I

2

7.5

t4.l

I

14.1

14.1

28

I

28

45

45

75

75

on

Phe I

on

I

Phe

on

Phel

on

Phe I

on

I

Phe

on

I

Phe

I on

Phe

on

Phe I

Wico

McC

Wico

Wico
Andover
Andover
Andover
Andover

COIL

MfS.

FG3689
FG3689
FG600r

FG600l
FG600l

FG4128

FG4128

FG4I28

xl 1352

xil352

xll352

NUMBER

Scoti

r

380r

I 3801 34

76088

76088
76088

I

3901 34

I

3901

r

3901 34

368501

TOP

76089
BOTTOM

76092

368501

368s0r

712304

7lr98

71198
75455

34

34

Oper.

Arp. Min. -Mox.

2.5

2.5

2.5

2.5

14

2.5

2.5

2.5

2.0

I

3

1.4

1L

2.0

I 3

2.0

I

3

l.l

1.0

1.0

1.0

Primory

Resistonce

.uJ

.)) -

.J) - .6f,

1.0

-

1.0

-

1.0 -

1.0

-

1.4

1.4

1.4

1.4

Secondory

Continuiiy

Min.-Mox.

45-60
45-60
45-60
45-60
45-60

40-55

40-55

40-55

45-60

45- 60
45- 60

45-60
45-60
60-70
60-70

60*70

&-70

CONDENSER

MfS.

FG3693

F G3693
F G4477

FG4477
FG4477

FG3693

F G3693
F G3693

xl 1362

Kl1264

Ktt264

Kl 1362
Kl1362
Kl1264

NO.

Scoit

13801
13801

76065

76065
76065

13801

I

3801

13801

368501

76067

76067

368501
368501

76067

76066
76066
76066

l5
l5

l5
l5

l5

I 5

I 5

I 5

Copocity

Microforod

Min.-Mox.

.19

.15 -

.19

.15 -

.19

.15 -

.19

.15 -

.19

-

.15

.19

.r5 -

.15-.19

.19

.15 -

.30

.26

-

.30

.26 -

.30

-

.26

.30

.26 -

- .30

.26

- .30

.26

.25 - .27

.27

.25 -

.27

.25

-