Page 1
Siyln 93.12;-7>;«_°«t* SERVICE TOOLS
7’aw7a¢et77taae$mac‘cé7wm
313$-E«>_¢ ELECTRICAL roots
‘
SNAP-ON TOOLS CORPORATION
OPERATOR’S HANDBOOK USE THIS
PUBLISHED BY
Kenosha, Wisconsin
HANDY
Page 2
*2‘
_
,
,
,
AA_A4
A
A,_
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'4".
'4
is GUARANTEE
‘
Every SNAP-ON
‘,A__
or
BLUE-POINT electrically driven tool is thoroughly tested
under load and checked for possible electrical
leaving
which
returned to the
-
\‘
mid provided that
our
plant. We
we
find detective
will
nearest
Snap—on brmich
no
other repair work has been performed by others.
__,
gladly replace
in
material
A,_,_,_‘_ _
without
or
workmmiship, provided the tool is
with
all
4 _A,_,,___
mid
mechanical detects before
cost,
transportation charges prepaid,
SNAP-ON TOOLS CORPORATION
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parts of
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_ _
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a
tool
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Assembling Your Drill
Electrical Tool Care
.
. . ...
.
. .
...
The BLUE-POINT Line of Drills
Drill
Table and Tap Drill Sizes
BLUE-POINT Sa:nder— Use and Care
BLUE-POINT Polishers
Tips for Easier
Drill
—
Use and Care
Work
How to Drill Accurate Holes
Drills and Drill Indexes
How
to
Sharpen Drill Bits
.
. . ..... . . . . . . ..... . . . . ... . . ... . . .....
IN
...
. .
. . . ...
._.
. ... . . ...
.
..... . . . . . ...
.......
.
.
. . . . . ... . ...
... . .
. ... .
DEX
.
.’
... .
... . ... . ... ....... . . . .
. . . ...
. .
. ... . . ...
.
...
... . . . ... ... . .
.
. . .
. ... . . . . . ..... . .
. . ..... ....... .
. .
... . . . . . . . . . .
. . . . . ..... . ..... . ...
. . ... . . ... . . . . ...
.
. . . .
ASSEMBLING YOUR "BLUE-POINT" DRILL
BLUE-POINT drills
it
is
necessary
are
equipped.
No assembly is required
in
and
start
are
to
remove
using them.
ready tor
use
when
you
get them
the spade handles mid pipe hmidles
on
models EDP-25, EDS-25, EDS-26, mid EDP-27. Just plug them
On models EDS-38 and EDS-51A the pipe handle and side handle
All
you
need do is thread-in the hmidle
.
. .
and you're ready
. .
.
.
. . ....
Pages 3 & 4
Pages 5 & 6
.
. .....
...
.
.....
.
. . .
.
. .....
. ...
.
.
but for shipping
with
are
to
start
. .
Pages 10 & 11
. .
.
Pages 14 6. 15
which
some
packed separately.
drilling.
.
Page 2
.
Page 7
Page 8
Page 9
Page 12
Page 13
purposes.
models
Models EDP-50A. EDS-52, EDS-64. and EDS-78A
removable spade hmidles. The pipe handles
spade handles, attach the handle
Handle
can
be placed parallel
at
or
at
the
rear
right migles
convenience.
Page 2
are
equipped with both pipe handles and
are
installed
of the housing with the
as
described above. To install
screws
to
the switch hmidle tor individual
supplied.
Page 3
ELECTRICAL TOOI. CARE
You'll avoid trouble
schedule for
intervals,
Many
tenmice
want
help
you
your
with
owners
work
to
make
handle the work efficiently.
INSPECTIONS
Rule of thumb—carefully check
of
use
'.
.
.
Brushes—Keep the brushes tree irom
freely
in
contact
sure
will
their
with
to replace
cause
firm
and be
springs
Commutator—lf the
tn'ple—0
or
other fine smidpaper—do
by the brushes, the
BLUE—POINT AT-2 Armature Reconditioning Tool. The
either
the AT-2 Mica Undercutter attachmentorthe BLU-POINT UC-6
undercutting the
tator
segments.
(If
youdonot
them and
will
Bearings—Replace bearing
armature
wobble—the
destroy the fields. Bearing failure
excessive load
Gears—
gears
Usually
is advisable.
LUBRICATION
Your BLUE-POINT electrical tool is properly lubricated when
it
should be re-lubricated depends
very
heavy
usetoas
Bearings—Al1 bearing
type bearings, sealed
the life of the bearings. When cleaning this type of bearing, always wipe them
never
soak them
Gears———completely
in
new
gear
lubrication.
Fill
the
gear
expand when
into
the motor, damaging windings
Be
sure
to
completely re-lubricate
of time, before
hardened lubricants
VENTILATION
Dirt, dust, and grit
drawn from slots
possible
.
y.
.
and
expenseityou
electrical tools
careful
are
.
your
attention
to
equipped for and prefer doing their
.
.
though this voids the guarantee. If
own
repairs, here
your
...
signs of
drill
set
up
inspections
wear
are
suggestions that
after
every
an
inspection
at
or
own
regular
trouble.
main—
you
will
200 hours
check brushes, springs, commutator, bearings and
dirt
guides, without sticking. The spring
and dust
the
commutator.
with
motor
failure.
commutator
commutator
mica
removes
have these equipment items
If brushes become badly
the
smne
type of brush. Excessively
is dirty
can
or
not
use
be quickly reconditioned by turning
the chips that would
in
pitted, clean
your
be glad to demonstrate these mid other
if
they become defective. A
armature
on
the motor, and causes excessive
your
only need
will
begin riding
in
the
gear
train
will
be for re~lubrication, but
...
tension
should keep the brushes
worn,
it
emery
cloth. If
mica
should then be undercut
create
short circuits between
shop,
your
armature
worn
on
the fields, overheat, and eventually
reduces the
wear
on
the
gears.
it
on
long
as
are
either permanently
in
the housing from
in
solvent
as
remove
old
lubricant. Use
case
only
wmm
you
but
half-!ull—too
mid
if
the
use
it.
will
are
in
still
Gear lubricmits harden when unused for
cause
the
worst
the back of the housing
the ventilating system needs periodic clemiing.
a
year
if
used only occasionally.
this dilutes the lubricant.
how much
grease
a
with
clinging type
much
gear
case
is
clogging ventilation.
tool that has been "out of service" for
to
overheat quickly.
the
mid
a
motor
enemies of
Page 3
it
is
used—from
or
automatically lubricated. The closed-
dirt
and grit, have enough lubricant to last
kerosene,—never gasoline———betore putting
oi
heat-resistant grease to get the best
lubricant
too
my
is
as
full
bad
this expansion
portable electric tool. Cooling
...
as
far
away
$
\
gears.
and keep them operating
replace them
worn
brushes and weak
lightly and smooth
a
groove
has been
it
Mica
Undercutter
SNAP-ON
tools.)
armature
drill's
an
reaches
man
bearing lets the
efficiency, puts
occasional check of the
you.
60 days’
as
too
little. Lubricants
will
force the
a
long period
a
long time, and
from dirt mid grit
\
at
once:
it-with
down
on
with
commu-
can
supply
How often
time
with
clean-
excess
air
in
cut
a
—
an
is
as
Page 4
You
save
work and add service
where the
sive-iilled.
only
With
then
Not
your
air
air
a
few moments and
the
motor
into
the front slots. The damage caused by dirt and grit
so
obvious, but just
motor
damaging both
is iree from
ventilating openings should be cleaned
pays
running.
is air-cooled
motor
blow
as
...
and bearings. Keep the ventilating system clear.
it
you
store
it
in
a
closed cabinet
excess
dirt
or
grit.
lf
tool is used (or stored)
you
well
in
increased efficiency.
compressed
air
first
into
damaging, is the trouble trom clogged ventilating systems-
and
it it
does
not
get
a
MOTOR
The
extra
"universal"
age
and cycle
much
variance
poweriul
motors
motor
in
your
must
be used only
are
shown
on
as
10% from the voltage shown, but
tool is the "universal" AC-DC type. However,
on
voltages ior which they
the nameplate. You
may
damage the motor.
Ii
your
tool
runs
slow. labor, gets hot,
or
smokes, disconnect
voltage used against the nameplate voltage reading—ii
the exact
is
voltage
amount
not
over-long, and is heavy enough to supply full
will
of voltage being supplied by
burn
up
quickly.
your
outlet. Be
CABLE
When tool is
bends
cable
don't
run
lnmost
{or
you
cords whenever possible—the amount of electrical
extra
cord lengths
as
heavy
too
light to
BLUE-POINT electric tools
3—conductor cord and
type plug
not
in
use,
hang
it
up
with
the cable coiled loosely
or
kinks. Keep the cable
to
deteriorate—wipe the cable ‘occasionally. Avoid
over
the cable and don't drag
cases,
the extra-length
to
use
extension
are
used. It
as
that used
carry
in
accordance with the National Elec-
the
in
full
away
irom oils and greases because these
it
power
cables
cords to reach the
you
must
the
drill
cable. Many
electrical load.
are
equipped
a
3-blade grounding
across
use
with
rough
on
BLUE-POINT Drills make
nearest
an
extension
extension
a
trical Code. A special grounding adaptor is
available to permit temporary
2-wire receptacles
ceptacles
can
trical systems,
adaptor
(see sketch). The adaptor
to
until
be installed. For grounded elec-
connect
a
mounting
use
of conventional
approved grounding
the
green
screw
will
wire
oi the receptacle
also take standard MAKE SURE BOX IS GROUNDED
re-
oi the
plugs. For ungrounded electrical systems, attach
the
green
wire
to
a
If
an
extension cord is to be used
and
a
3-wire type
If
your
electric tool won't
lst
Znd —trouble
3rd —trouble
li
it
needs repair service. send
prepaid
...
known permanent ground.
connector.
run.
—
or,
bad
on
connections
in
in
his
check ior
the switch
brush,
next
regular call,
with
this tool,
.
or
broken switches
armature
it
to the
nearest
it
should have
or
stator.
Snap-on branch, transportation charges
your
Snap~on
for factory repair service.
Page 4
or
some
in
dirty
every
100 hours—cleaning takes
the
rear
ventilating slots
in
mechanism is obvious.
lull
supply of
air
it
were
designed—volt-
get satisfactory operation
any
greater
a
current.
or
sharp surfaces.
outlet. Avoid the
power
or
lesser voltage
it
immediately. Check the
voltmeter is available, check
sure
your
extension
A tool
run
. .
.
cuts
or
heavy blows
it
use
supplied diminishes when
cord be
sure
the
cords supply wiring which is
a
grounding conductor
man
will
be glad to
other place
or
abra-
.
will
overheat,
at
with
too low
avoid sharp
will
cause
unnecessary
of
extension
wire
is fully
/
arrange
. .
even
as
will
cord
the
Page 5
Top
—
EDP-25, EDP—27 Top
Bottom
—
EDS-25 Bottom
ms
3.13;-P<¢°I¢ LINE
1/4" CAPACITY DRILLS
EDP-25 Special Duty. (Only 3 pounds) yet
range
of drilling requirements. Recommended 101' light duty
EDP-27 Standard Duty. Similar to the EDP-25 but
greater
use
and versatility.
EDS-25 Heavy Duty. For drilling
vides greater operator comtort. A powerful
drilling jobs and to
EDS-26 Heavy Duty Saw Grip. For heavy duty work
in
garages.
3/3" CAPACITY DRILLS
EDS-38 Standard Duty. Light weight
purpose
deglazing tools, etc.
1/2
EDP-50A Special Duty. For home
and where
of useful service.
Model Duty Chuck Amps Load Overall Net
EDP-25 Special 3/3"
EDP-27 Standard 3/3
EDS-25 Heavy 3/3
EDS-26 Heavy ‘/2."
EDS-38 Standard 3/3"
EDP-50A. Special ‘/2"
drilling. Its low RPM speed of 750 makes
"
CAPACITY DRILLS
No. Rating Thread Used Steel Wood RPM _Length Weight
increase
Powered and geared for continuous heavy duty
a
low
investment
output
or
is
a
-
24 1.9 ‘/4 ‘/2 1500 8 ‘/4 3
"
-
24 2.4 ‘/4 ‘/2 1800 8 ‘/2 3‘/4
"
-
24 3 ‘/4 ‘/2 1800 7‘/4 3 ‘/4
-
20 4 ‘/4 -‘/2 2000 11 7/a 5 3/:
-
24 3 3/a 5/a 750 8‘/4 4‘/4
-
20 4.5 ‘/2
—
EDS-26 EDP-50A
—
EDS-38
or
ELECTRIC
in
close quarters. Extra large pistol grip handle
on
every
operation.
and
compact—it can't be beat tor
shop where there is only occasional need for drilling
must.
A sturdy dependable
SPECIFICATIONS
muus
with
an
abundance of
with
drill
that is
on
it
ideal for powering
Capacity
in
Inches No
l
power
for
a
intermittent
a
built
production assembly lines
use.
drill
use.
more
powerful
to handle the toughest
that
will
500 14 10‘/4
reamers,
provide
motor
a
general
hones,
wide
for
pro-
or
years
Page 5
Page 6
EDS-51 A EDS-52 EDS-64 EDS-76A
THE LINE OF ELECTRIC DRILLS
EDS-51A Compact Standard Duty.One of the most popular drills
streamline design and
EDS-52 Heavy Duty. This
duty drilling operations. Most often selected by boiler shops, truck body builders,
roads, machine shops, and other heavy industries.
5/3" CAPACITY DRILL
EDS-64 Heavy Duty. Plenty of
ity. For hard continual service
3/4" CAPACITY DRILL
EDS-76A Heavy Duty Tremendous
antee
top performance
deep boring
stant, dependable service.
Model Duty Chuck Amps Load Overall Net
No. Rating Thread Used Steel Wood RPM Length Weight
in
timbers
extra
on
as
power
make
it
the best choice tor general
power
packed
power
in
shops
all
heavy duty work. Widely used
well
as
drill
will
give continuous
tor
all
purpose
or
production lines.
power
and the rugged construction of this
with
twist
drills for steel. Built to
SPECIFICATIONS
Capacity
in
Inches No
drilling, with
in
our
line. Its compact
use
service
a
large chuck
with
wood dangers for
assure
everywhere.
for
all
drill
years
heavy
rail-
capac-
guar-
of
con-
EDS-51A Standard ‘/2
EDS-52 Heavy 5’/4
EDS-S4 I-IeaYY ‘’/4''- 1'6 7 Vs 1‘/2 450 16‘/e 14‘/4
EDS-76A Heavy 3/4"
"
—
20 4.5 1/2 11/4 450
"
-
16 ‘/2 IV: 550 15 13
-
16 9 3/4 I‘/2 375 173/4 16‘/4
ll
‘/2 8‘/2
Page 7
MILLIMETER, NUMBER AND FRACTIONAL DRILL5
DRILL TABLE
DEC. MlLLl- NUM- FRAC-
EQU|V.METER 059 TIONAL 5ou1v.1.157s1z 0511 TIONAL 5ou1v. 1.15751: 0511 TIONAL eouw. METER 0511 TIONAL EOUlV.METER TIONAL
.0039 .1 .0509 1.75 .1570 22 .2577 5.0 .4219
.0059 .15 .0700 50 .1575 4.0 .2715 5.9 .4330 11.0
.0070 .2 .0709 1.0 .1590 21 .2720 1 .4375 7/15
.0090 .25 .0720 1.05 .1510 20 .2755 7.0 .4520 11.5
.0110 .3 .0730 49 .1514 4.1 .2770 J .4531 29/54
.0135 00 .0740 1.9 .1554 4.2 .2795 7.1 .4507 15/32
.0137 .35 .0750 40 .1550 19 .2011 K .4724 12.0
.0145 79 .0757 1.95 .1573 4.25 .2012 9/32 .4043 31/54
.0150 70 .0701 5/54 .1593 4.3 .2035 7.2 .4921 12.5
.0155 1/54 .0705 47 .1595 10 .2054 7.25 .5000 1/2
.0157 .4 .0707 2.0 .1719 11/54 .2074 7.3 .5110 13.0
.0100 77 .0007 2.05 .1730 17 .2900 L .5155 33/54
.0177 .45 .0010 45 .1732 4.4 .2913 7.4 .5312 17/32
.0200 75 .0020 45 .1770 15 .2950 M .5315 13.5
.0197 .5 .0027 2.1 .1771 4.5 .2953 7.5 .5459 35/54
.0210 75 .0045 2.15 .1000 15 .2950 19/54 .5512 14.0
.0215 .55 .0050 44 .101 1 4.5 .2992 7.5 .5525 9/15
.0225 74 .0055 2.2 .1020 14 .3020 N .5709 14.5
.0240 73 .0005 2.25 .1050 4.7 13 .3031 7.7 .5701 37/54
.0235 .5 .0090 43 .1070 4.75 .3051 7.75 .5905 15.0
.0250 72 .0905 2.3 .1075 3/15 .3071 7.0 .5937
.0255 .55 .0925 2.35 .1090 4.0 12 .3110 7.9 .5094 39/54
.0250 71 .0935 42 .1910 11 .3125 5/15 .5102 15.5
.0200 70 .0937
.0275 .7 .0945 2.4 .1935 10 .3150
.0292 59 .0950 41 .1950 9 .3109 0.1 .5405 41 /54
.0295 .75 .0954 2.45 .1950 5.0 .3220 0.2 .5495 15.5
.0310 50 .0900 40 .1990
.0320 57 .0904 2.5 .2000 5.1 .3240 0.25 .5593 17.0
.0312
.
.0315 .0 .1015 30 .2031 13/54 .3201 21/54 .5075
.0330 55 .1024 2.5 .2040 5_ .3307 0.4 .5090 17.5
.0350 55 .1040 37 .2047 5.2 .3320 o .7031 45/54
.0334 .05 .1053 2.7 .2055 .3345. 0.5 .7007 10.0
.0350 54 .1055 35 .2057 5.25 .3305 0.5 .7107 23/32
.0354 .9 .1002 2.75 .2005 5.3 .3390 11 .7203 10.5
.0370
.
.0300 52 1100 35 .2125 5.4 .3437 11/32 .7400 19.0
.0374 .95 1102 2.0 .2130 3 .3445 0.75 .7500 3/4
.0300 51 1110 34 .2155 5.5 .3455 0.0 .7555 49/54
.0394 1.0 .1130 33 .2107 7/32 .3400 s .7577 195
.0400 50 .1141 2.9 .2205 5.5 .3504 0.9 .7012 25/32
.0410
.0413 1.05 .1101 3.0 .2244 5.7 .3500 7 .7959 51/54
.0420 50 1200 31 .2253 5.75 .3503 9.1 .0071 20.5
.0430 57 .1220 3.1 .2200 1 .3594 23/54 .0125 13/15
.0433 1.1 .1250 1/0 .2203 5.0 .3522 9.2 .0250 21.0
.0452 1.15 .1250 3.2 .2323 5.9 .3541 9.25 .0201 53/54
.0455 55 .1279 3.25 .2340
.0459 3/54 .1205 30 .2344 15/54 .3500 11 .0455 21.5
.0472 1.2 1299 3.3 .2352 5.0 .3701 9.4 .0594 55/54
.0492 1.25 1330 3.4 .2300 0 .3740 9.5 .0551 22.0
.0512 1.3 .1350 29 .2401 5.1 .3750 3/0 .0750 7/0
.0520 55 .1370 3.5 .2420
.0531 1.35 .1405 20 .2441 5.2 .3700 9.5 .0905
.0550 54 .1405 9/54 .2450 5.25 0 .3019 9.7 .9055 23.0
.0551 1.4 .1417 3.5 .2400 5.3 .3030 9.75 .9052
.0570 1.45 .1440 27 .2500 5 1/4 .3050 9.0 .9219 59/54
.0591 1.5 1457 3.7 .2520 5.4 .3050
.0595 53 1470 25 .2559 5.5 .3090 9.9 .9375 15/15
.0510 1.55 .1475 3.75 .2570 F .3905 25/54 .9449 24.0
.0525 1/15 1495 25 .2590 5.5 .3937 10.0 .9531 51/54
.0529 1.5 1495 3.0 .2510 <5 .3970
.0535 52 .1520 24 .2530 5.7 .4040
.0549 1.55 .1535 3.9 .2555 17/54 .4052 13/32 .9043 25.0
.0559 1.7 .1540 23 .2557 5.75 .4130 2 .9044 53/54
.0570 51 .1552 5/32 2550 H 4134 10.5 1.0000 1
53 .1094 7/54 .2090 4 .3425 0.7 .7344 47/54
.
59 .1150 32 .2210 2 .3543 9.0 .7074 20.0
oec.
MlLLI- NUNI-
1/32 .0995 39 .2010 7 .3250 0.3 .5719 43/54
mac.
05¢. M|LLl- NUM- FRAC- DEC. M|LLl- NUM- 1=1u.c. 05c. MlLLl-
.
3/32 .1929 4.9 .3150 0.0 .5250 5/0
. .
0 .3230 0 .5552
A
c
.3551 9.3 .0437 27/32
.3770
o
v
w
x
v
.5299 15.0
.0050 22.5
.9252 23.5
.9545 24.5
.9507 31/32
sue.
.
27/54
.
19/32
..
21/32
.
11/15
.
57/54
.
29/32
.
NATIONAL SCREW THREADS COMMISSION SIZES
71-111550 DRILL 711115»: DRILL 75111550 DRILL 71-1110.40 | DRILL THREAD I DRILL
13:3 rffigz 7/E‘ ‘fly’ TAPER PIPE STRAIGHT PIPE
#1-72 N0. 53 1/4-20 No.3
352-55 115.51 5/15-10 1: 1.1/0-7 53/54 1/4-10 7/15 1/4-10 29/54
552-54 No.50 5/15-24 1 1.1/0-12 1.3/54 3/0-10 9/15 3/0-10 19/32
53-40 5/54 3/0-15 5/15 1.1/4-7 1.7/54 1/2-14 45/54 1/2-14 47/54
#3-55 N5. 45 3/0-24
#4-40 N5.43 7/15-14 u 1.1/2-5 1.11/32 1-11.1/2 1.9/54 1-11.1/2 1.3/15
#4-40 No.42 7/15-20
#540
355-44 N5. 37 1 /2-20 29/54 1.3/4-12 143/54 2-11.1/2 2.3/15 2-11.1/2 2.7/32
3:0-32 N5. 29 5/0-11 17/32 2.1
5: 10-24 N5. 25 3/4-10 21/32 2.3/4-4 2.1/2
3310-32 N5. 21 3/4-15 11 /15
«,;12-24 N5. 17 7/0-9 49/54
N5. 39 1/2-13 27/54 1.3/4-5 1.35/54 1.1/2-11.1/2 1.23/32 1.1/2-11.1/2 1.3/4
3:5-32 N5. 35 9/15-12 31/54
3:5-40 N5. 33 9/
15-1
50-35 No. 29 5/0-10 37/54 2.1/2-4 2.1/4
o
w
0 33/54
1-14
15/15 1/0-27 21/54 1/0-27 5
1.1/4-12 1.11/54 3/4-14 29/32 3/4-14 15/15
1.1/2-12 1.27/54 1.1/4-11.1/2 1.31/54 1.1/4-11.1/2 1.33/54
2.41/2
2-12
/4-4
3-4
1.25/32 2.1/2-0 2.5/0 2.1/2-0 2.21/32
1.59/54
1/2 2.1/32 3.1/2-0 3.3/4 3.1/2-0 3.25/32
2.3/4
3-0
4-0
41/2-0
5-0
5-0
3.1/4
4.1/4
403/4 41/2-0 4.25/32
5.9/32
5.11/)2
3-0
4-0
5-0
5-0
511/32
513/33
3.9/32
49/32
Page 8
ES-71A ESP-20 EP-70 EP-71
3.l‘®£'P°""’ HEAVY
Your BLUE-POINT sander has been carefully inspected and checked
is ready for immediate
following instructions.
HOW TO ASSEMBLE
A side handle for convenient two-handed control is provided with
sander. It
venient tool rest to protect the housing from damage is attached to the top of the sander
—
open
When used for sanding, the rubber_ backing pad is screwed
sanding disc is then placed
pad
ary
MAINTENANCE AND LUBRICATION
Periodic inspections
be
in
for
commutator
HOW TO USE
With
materials. The attachments used
grinding wheels. When using these various attachments, do
the tool listed below
Sanding Disc Capacity 7", Wire Cup Brush Capacity 5", Cup Grinding Wheel Capacity 5".
Wear safety goggles
sive particles and sparks.
DISC SANDING
Be
sure
operate the sander with long sweeping strokes until the
sander too long
surface. For maximum results,
of the sanding disc contacts the work. If the‘ disc is held flat
drops, slowing down the sanding operation, overloading the motor, and causing bumpy
action. If the sander is tilted too much, the sanding action
rough surface
It
is best
speed
weld beads, let the full speed of the tool do the work and stock removal
faster.
screws
side towards the
nut
can
be tightened with the
by pressing the locking pin located
operating order. A handy inspection plate
proper
will
and brush cleaning and inspection.
accessories the
the sanding disc is properly installed before starting
cut
not
to
drop causing slower sanding action. Even
use.
into the front of the tool
as
recommended
or
its useful life
at
on
one
will
result.
apply too much downward
nun!
To get maximum efficiency and long life, carefully read the
case
—
with the
over
sander
all
times when operating tool to protect
spot
or
tilt
msc
SANDER
at
either the left
screw
supplied.
the spindle and held
spanner
most
will
use
the tool slightly while sanding
wrench supplied holding the spindle station-
at
the front of the tool.
on
page 3
can
be used ‘on metals, concrete, and
are
sanding discs,
be shortened.
a
circular motion,
pressure
in
position
will
insure that
at
the back of the tool is easily removed
area
as
this
on
the sander because the tool
on
tough jobs, such
at
the factory and
your
BLUE-POINT
or
right-hand side. A
on
the sander spindle. A
with
the pad
your
sander
will
wire
cup
not
exceed the capacity of
your
to
sand. On surfacing work,
is covered. Do
will
so
on
a
surface, the tool speed
will
be too great and
many
brushes, and
eyes
from abra-
make swirls
that only
as
will
Page 8
con-
nut.
The
always
other
cup
not
hold
in
the
a
portion
removing
be much
a
Page 9
WIRE BRUSHING
Wire
cup
brushes do
a
fast job of removing rust, scale, weld spatter
or
excellent for cleaning tanks, vats, sheet metals, stone, castings and other materials. Wire
cup
brushes attach directly
pad. Use
the
wire
ing the brush. When
for
.-..-
easier
a
heavy cloth
into
your
handling.
hand. The spindle lock
to
the spindle of the sander
or
gloves while screwing
wire
brushing be
sure
will
prove
to
in
on
the
very
grasp
handy for installing
the tool firmly a:nd
place of the rubber backing
wire
brush
so
GRINDING
Cup grinding wheels
-.7—~‘
stone
materials. Grinding wheels, also,
rubber backing pad. A large spacing flange is supplied
the spindle before the
the possibility of the wheel cracking because of
When grinding,
speed high for fastest cutting. Tilt tool slightly for
are
excellent for heavy duty stock
cup
grasp
the tool firmly and
turn
on
the spindle
removal
of metal, concrete, and
in
the
same
which
should be placed
is installed. This flange grips the wheel evenly, reducing
uneven
pressure.
use
light but steady
easier
handling.
pressure
REINFORCED DISCS
These discs thread
grinding work. These discs
They
are
lighter
While these discs
a
wheel pad kit, which is
ontoour
in
weight, less likely to break, and
may
electric sander and
may
be used anywhere
be attached directly to
available
from
your
are
for
use
on
a
cut
an
electric sander,
welds
cup-type grinding wheel is used.
faster than the cup-type wheels.
it
is recommended that
Snap-on dealer, be used.
or
other heavy duty
3.53-PM OSCILLATING SANDER
HOW
TO ASSEMBLE
Your ESP-20 is completely assembled when
paper
or
face-side down
knurled
knurled
to
polishing bonnet. When attaching either of these, place the
on
a
screws
screw,
flat surface
on
the top of the oscillating plate. Then, by using
wind
the
paper
with
or
bonnet tight. Before attaching sand
first pull the sheet (paper side down)
MAINTENANCE AND LUBRICATION
Your ESP-20 requires
no
lubrication. It
pre-lubricated and sealed for the normal life of the bearing.
This sander has been designed
the top of the sander. To promote long
kept
open
and free of dust. This
with
may
HOW TO USE
With
proper
accessories, this sander
can
both wood and metal. The knob handle, mounted
in
either direction for
the assembly
your
to
the desired position. Be
convenience. This is done by loosening the knob and moving
Your ESP-20 oscillates evenly and smoothly to provide
whether
electrical plug to
is
it
is sanding
grounded for
or
polishing. Ar. adaptor for
a
standard receptacle is included
your
own
protection.
you
receive
it, except for attaching the sand
paper
the ESP-20inthe center. Curl the ends under the
a
screw
paper,
over
a
table edge to precurl the ends.
comes
equipped
an
air
intake which is
motor
life,
be done by blowing
with
three
ball
bearings that are
in
it
is important that these intakes be
the form of grill work
it
out
occasionally
be used for sanding, feather-edging,
on
the front of the unit,
sure
to
tighten the handle before operation.
you
with
use
when converting the three
with
your
the best possible finish
sander. Be
sure
paint, and
as
not
to
run
or
remov-
tilt
it
slightly
manner
as
to keep wheel
or
bonnet
driver
in'the
it
is helpful
with
air.
or
polishing,
may
be
swung
prong
the pig-tail
are
the
on
on
B_.l‘(2_“.'P°"-"t VERTICAL 8. HORIZONTAL POLISHERS
HOW TO ASSEMBLE
Your BLUE-POINT polisher has been carefully inspected and checked
is ready for immediate
the attachments,
be followed for
which
proper
use.
are
included
For shipping
purposes,
with
the unit, and the following
performance. The wooden side handle provided
Page 9
‘
however,
it
is
necessary
at
instructions
the factory and
to
remove
should
screws
into
Page 10
either side
tool
should be attached
onto
cushion slides
nut
Place the lambs wool bonnet
at
rest
the front of the tool for either right
is attached to the top of the tool by
with
the
open
ends facing the
or
left-handed operation. A spring steel
means
of the
screw
case.
The rubber backing pad
that is furnished and
the spindle of the polisher and should be made hand tight only. The
over
with
a
deep flmige. Be
the polisher spindle and is held
sure
to
center
the rubber cushion carefully to prevent vibration.
over
the rubber pad and cushion
in
position
with
mid
sponge
the backing pad
draw tight
with
screws
rubber
the
draw string. Tie the string securely and then tuck the loose ends under the edge of the
bonnet to avoid tangling.
The
spanner
model EP-71 has
This makes
on
the EP-70, loosen by striking the
hand
in
wrench supplied
a
it
easy
to
the direction of
with
your
polisher is used
spindle lock which slides into the
remove
or
tighten the pad
outer
edge
nut
a
few sharp blows
rotation.
to
remove
gears
or
the pad. To
to
lock them
the pad
remove
with
the palm of the
nut.
in
The
position.
the pad
MAINTENANCE AND LUBRICATION
The
gear
case
except
shown
is packed
at
periodic inspection. The
on
page
3 of this booklet
with
lubricant
same
will
apply
at
the factory and ordinarily requires
suggestions lor
to
your
polisher.
maintenance
no
mid
relubrication
attention
HOW TO USE
Before using
mid that
be tight,
the spindle
your
it
polisher make
is centered accurately for smooth operation. The lambs wool bonnet should
with
the string tucked under the edge of the bonnet
or
on
the work and
sure
tear
that the
the bonnet.
sponge
rubber cushion is attached properly
so
it
will
not
catch mound
SPECIFICATIONS
Model
No. Rating Used Diameter RPM Length Weight
EP-70 Special 5.5 7 1300 9 V: 7
EP-71 Standard 7 7 1700 15‘/z 12
ES-7lA
Your polisher
1. Cleaning
2. Butfing
3. Waxing— applying
4. Rubbing—smoothing newly painted finishes
7
Duty Amp. Pad No Load Overall Net
‘
Heavy
cmi
be used for these surface finishing job:
—
removing embedded road film mid oxidize paint.
—
producing
~
9 7 5000 I6 13
a
smooth luster finish
a
protective
wax
on
a
coat
clean surface.
to
"weather seal" finish.
or
blending patch-painted
area
into
old finish.
Each oi these operations require special
cation
will
not
work
with
the
Power compounds
are
made
power
to
powder off and leave the bonnet and the finish clemi.
Most cleaning mid buffing is done
the compound with
degrees and
polisher should
used
or
apply
The most efficient
swirls
a
second
and oxidize paint worked
The bonnet should be cleaned after
a
sponge
or
clean
oil
will
rag
a
not
use
long sweeping strokes back mid forth
not
be held continuously
will
be producedinthe finish. On
coat
of compound and work that
way
to
power
polisher. They
with
in
a
compounds. Compounds for hand appli-
mat
the bonnet and
a
compound that is worked while
small
area.
Tilt the polisher approximately 10
until
on
one
spot
very
area
again.
nor
dull
the
should
areas
smear
area
is covered. The
a
circular motion be
it
maybenecessmy
surface is to work from the top down. This
fall
on
the clean surfaces.
usetoremove
the
excess
compound. This
the finish.
wet.
way,
ca:n
Apply
dirt
accomplished by running the polisher and touching the bonnet against the edge of the
car
bumper. It the bonnet is
and scrub
it
by hmid. Do
shrinkage. Put the bonnet back
not
very
dirty, dip the wool part only
wet
the back of the bonnet,
on
the polisher and spin
in
a
as
it
dry before storing.
pail of clean
this could
cause
water
excessive
WAXING
Follow the mmiutacturer's specifications
Once the
wax
is dry, rub bright
with
as
far
as
your
the application of
polisher by using long, light strokes. Never
Page 10
wax
is concerned.
be
to
Page 11
use
a
circular
polishing
are
obtained
RUBBING
Synthetic enamel and lacquer
pads and compounds. Rubbing
work into
attached directly
with
your
to about
motion
or
swirls
will
will
not
increase the luster. In waxing
with
the polisher held
an
old finish. The special rubbing pad (not included
to
polisher. For rubbing, also, best results
a
10 degree angle.
the rubber backing pad
result. Polish only
at
about
a
can
be rubbed
removes
orange
with
TIPS FOR EASIER DRILL WORK
Let
your
smooth. It's easier, and you'll do the job quickly,
drill
The speed of cutting into the work depends
in
involved, here
convenient
On medium steel.
BLUE-POINT
rather than trying
which
it
is working. With the
guide——
at
1,000 r.p.m.—bits less
at
1,000 r.p.m.—bits 1/a" to 1/4" diameter
at
500 r.p.m.—bits ‘/4"
at
500 r.p.m.—bits 1/2" to 1'' diameter
Drill
do the
to
ram
are
general figures that
your
speed of cutting should be
the
work
drillbit
caution
than
to
for
you—a
through.
on
that these figures
you
can
‘/a"
diameter—
‘/2"
diameter
Alloy and hard steels usually should be drilled
and aluminum
Use the right size
may
handle the drillbit. Larger
longer to do the job
apt to break small bits
for information
a
little
faster than shown.
drill
for
your
.
. .
wastes
with
on
all
Use only
use
and
that is larger
for
cations
When
loading
the weight and torque of
sizes of BLUE-POINT Drills.)
drillbits
in
your
never
grind
your
drill. (All BLUE-POINT Drill specifi-
are
you
use
your
iob. A large
drills
electrical
drill—don't
down
than
summarized
that larger
drill,
drill
are
built for slower speeds,
power
of the sizes recommeded for
use
the shank of
the capacity recommended
on
with
a
nitely harming the motor, bearings and gears.
Hold
your
drill
firmly
as
crushing grip
dling
is
holes
as
. . .
that
a
you
break through the back surface of your‘ work,
than
punching
is
a
tool ol
hands,
with
possible injury to
For
a
clean finish
pressure
wall
Your BLUE-POINT
metals, wood, bakelite and plastics of
brushing, carbon removing, and the
as
ot material
you
reach the break-through point—this
rather
Drill
isn't
necessary,
apt
to
cause
inaccuracies
and there's always the chance
loosely-held
you
drill
and almost
it
out.
many
uses
many
use
of hole
Page 11
may
—
saws.
until
as
10 degree angle to the work.
with
peel,
the short pad nut,
it
the size of
adapt to
with
is inefficient for small work, though
(and
larger sizes
pages
drillbit
good chance ol deli-
you
twist
certain
drilling
types
the finish is bright,
well
as
cleaning, the best results
your
polisher and special rubbing
spray
prints and blends patch-
with
your
are
obtained by tilting the machine
light, steady
you
use
the cutting
your
will
your
1'' to 2"
—2"
to
—2"
to
—4"
to 8"
a
slower leed——cast iron, brass,
your
a
you
work. A bone-
but loose han-
in
.
energy)
larger
drill.
. .
a
drillbit
5
and
are
over-
positioning
out
of
your
damage
way
you're cutting the last thin
in
all
sorts of materials including
.
.
counter-boring honing,
which
pressure
power
drillbit, and the material
vary
with
own
drill
to
per
minute
4"
per
minute
4"
per
minute
per
minute
so
it
naturally takes
. .
(See pages 5 and 6
.
6.)
to
the
drill
as
further
polisher) is
is supplied
cuts fast and
of
your
the material
serve
as
.
and you're
it
it
falls.
ease
up
the
wire
a
it
Page 12
On work
that BLUE-POINT
curate
moment
It
your
irom
ing before
will
while
or
that
try
oi:f—this damages the switch, overheats the
mid
that
can
be taken
Drill
work, easier. BLUE-POINT Drills
in
one
of the sizes of
drill
stalls.
turn
your
work
.
. .
you
try
to
to
your
Stands
will
help
Drill
Stands available.
the switch off mid
then determine the
resume
work. A BLUE—POINT
bench. you'll- find
only stall when it's seriously overloaded
a
safety mmgin of
emergency overloads,
will
soon
cause
to
force
a
stalled drill by clicking the switch
may
break
your
extra
power
absorbs accidental
constant
serious and expensive damage. Don't
overloading is
drillbit.
you
can
remove
do
cause
more
be set
.
an
drill
ac-
up
the
drill
of stall-
Drill
.
.
mid
abuse
on
and
motor,
a
DRILL CHUCKS
Since the chuck "harnesses" the
it
plays
a
vital
pmt. Your BLUE-POINT DRILL has
back, gemed chuck—rugged mid durable
.
but it's precision-built and needs reasonable
chuck clean
with
a
...
tree from dirt _and grit
good grade, light machine oil.
Always tighten the chuck
pipe wrench, hammer
likely
with
the patented, flexible thong, but still possible) get
new
one
from
number (stamped
in
the chuck
mid prevents bending the jaws of the chuck. Use only the sizes at drillbits for which
your
and spoils the chuck's grip
When tightening
each hole
the shank of the drillbit prevents slippage
use
one
To
remove
1. Turn the chuck
2. Hold the
3. Insert the chuck key
4. Strike the key sharply
rotates. This breaks the chuck loose.
5. Remove the chuck by unscrewing with
In
replacing the chuck, simply tighten
so
drill
was
in
rotation
hole
in
the geared chuck tor clemiing
drill
or
your
Snap-on man——order the key for the chuck
on
the chuck body). Always bottom the
the jaws
designed—torcing
a
chuck,
and tighten each
releasing the bit.)
till
the jaws
in
your
left hmid,
drillbit
to
the
power
a
to
withstand heavy
...
with
a
chuck wrencb—never
chisel. If
cmi
on
use
in
with
you
lose
your
grip the shank iully——this eliminates wobble
a
too-large
smaller sizes.
all
3 holes
are
closed.
with
any
chuck hole
the heel of
the chuck pointed
with
drillbit
to
tighten the iaws—insert the chuck key
one
as
much
or
unequal
or
service
that
happens
your
hand,
your
fingers.
your
fingers
of
your
3-jaw, threaded
care.
Keep the
oil
it
regularly
chuck key (un-
into
as
possible—this unilorm grip
strain
I
.
.
.‘
away
in
the direction the
—
dri
,
use
with
a
a
drillbit
the chuck spreadnithe jaws
on
the jaws. (You need only
from
you.
to
be
on
the right hand side.
no
"setting" blow is necessary.
in
drill
the
drillbit
normally
in
on
HOW TO DRILL ACCURATE HOLES
Too
many
drill
mid
to
drill
rmn
a
an
operators just pick
hole
. .
accurate
hole, but there's
.
then grumble because the hole is oft-center
out
the size drillbit they need, tighten
more
to
it
Page 12
than just that.
it
in
the chuck,
or
cocked. It's easy
Page 13
Even
a
perfect
drillbit
tends
to
slip
on
a
until
it
can
hole
FOR ACCURATE
I.
Mark intersecting
2. Use a
drillbit
3. Start
accurately
4. Open
get the first bite
will
be 1/15" off-center.
center
a
starting bite.
with
a
center
up
the hole
DRILLING-
lines
punch
to
small
drillbit—use
the hole.
with
. . .
to determine the exacttcenter point.
mark
this
a
larger bit—possibly 1,§
smooth metal surface
and it it slips only 1/16", the
exact
center
one
small enough
finished size.
5. Increase to the size
6. Apply
tailed
7. Use
page
ti7<%%
You
that these materials
will
Insure
ing
great
oil
when
on
next
page.
a
sharp
14.
can
avoid bending
not
bend and distort the work.
accuracy
or
clamping the
amount
of torque,
and the work particularly it
you
want
with
the right-sized drillbit.
drilling metal—see "Drilling Lubricants" de-
drillbit—see
or
are
and prevent damage
work—
details for sharpening drillbits
distorting
thin
materials by making
substantially backed
or
injury by firmly anchor-
your
twist,
it
BLUE-POINT
as
the point of drilling
is small,
may
or
while you're drilling.
Drilling
1. Cool the work and cutting edges of the drillbit.
2. Lubricate to aid
3. Improve the machined finish ot the hole. Many special lubricants
working
but
generalgse.
for occfions when soluble oil is
lubricants
in
a
jet of compressed air,
serve
in
specific types of
a
good grade of soluble
a
three-told
chip clearance.
metals—when
it
available,
not
purpose
will
oil
will
available,
—
drilling
in
cast
iron,
help cool the work and
be
a
very
common
satisfactory
light
motor
no
oil
able substitute.
Use
a
lubricant (except when drilling
USE THE RIGHT DRILLBIT
Always
many
shank drills which
ing
BLUE-POINT
are available for fractional,
you
full
(See
use
high-speed
drill
accessories, including fractional drills,
a
No. 2 taper shank adaptor.
Drill
drillbits
can
be used
Indexes, which have the size stamped
wire
select the right size quickly, and give
protection for the cutting edges and the flutes.
page
7 for
drill
sizes and decimal equivalents.)
in
with
gauge,
in
cast
iron
or
your
BLUE-POINT
either
a
‘/2" chuck,
and combination shank
you
compact,
wood) and you'll do better work, taster.
Drill.
Your Snap-on
wire
gauge
or
drills, and combination
a
Morse taper socket by
on
each
drillbit
convenient
——
this gives
so
you
to
%th the
so
the feed pressure
Drill
supplies
tend to skid about
are
action
available for
lubricant is needed
your
lubricant
drillbit
drillbit. For
.
will
sets. They'll help
storage
. .
be
an
accept-
man
can
compartment,
space,
supply
insert-
your
can
on
sure
a
and
with
Page 13
Page 14
SHARP DRILL BITS
Nearly
every
drill
operator is
90% of the
cases
where the
improper grinding! Some
a
little practice,
BLUE-POINT DG-30
every
Drill
Drill Grinding Attachments quickly give
curately ground drillbits. Your Snap-on representative
drill
grinding attachments during
sure
he knows how to sharpen
cause
of
drillbit
breakage
very
drill
few experts
operator
can
regrind drillbits by hand
or
tool
room
Grinding Attachment. When attached to
you
the
proper
one
of his regular calls.
a
drillbit
can
be determined,
man
can
do
an
a
bench grinder, these
angle settings and insure
will
be glad
to
. .
.
yet
in
over
it
is due to
.
.
.
but,
with
expert iob
demonstrate these
with
a
ac-
Drill points for
general
C_UTT|NG
urs
use,
many
this point
types of work
will
give satisfactory service.
CORRECT REGRINDING FOR GENERAL USE:
Center of point
not
Both cutting lips
does
Point angle should be
are
shown
on
mustbetrue
truly centered, you'll
must
all
the cutting,
cuts
this and the
drill
be identical—otherwise,
unevenly and dulls quickly.
59°—a
shallower point requires greater teed
Cutting lip clearance should be l2°—greater clearance
weakens the lips, and smaller clearance demands
pressure
on
the drill.
Chisel edge should angle 125°
recheck lip clearance because chisel edge angl made
by lip clearance. 5,
Web
at
point should equal 12%‘/o ot diameter glint-—
greater thickness requires
more
too thin you're apt
When regrinding
tact
with
becomes
a
too
comtortable—to-hold temperature. Do
a
drillbit, keep
the grinding wheel long enoughtoget
hot
to
hold
in
your
heat, and dulls the
it
constantly moving
hand, set
not
it
quench
more
drillbit
to
split and chip the drillbit.
too
aside
to
—sudden cooling changes the characteristics of the
"grinding cracks" which lead
of the the cutting lips
the
drill
point.
In
choosing
a
stone
for regrinding,
#36 grit for large drillbits
small drillbits. Use
a
fairly soft wheel
avoid the loading and burning
found
in
harder whee1s_ WEB THICKNESS WEB BLENDING
to
or
breaking. of
. . .
a
chipping
use
#60 for
action
Page 14
a
to
next
center—when
an
oversized hole.
deeper point is weaker,
pressure.
to
135°—it
pressure
so
that
hot. It the
air
a
hot
metal.
for drilling,
taster. When the web is
no
point remains
drillbit
cool
until
drillbit
.
.
and
page——but, for
the point is
one
more
it
__
s
creates
in
at
any
it
has reached
in
water
or
may
cause
lip
a
not,
con-
time
oil
Page 15
CRANKSNAFT AND DEEP I-IOLE DRILLING
COPPER AND
WOODJIARD RUBBER, FIBER AND AUJNINUM
CAST IRON, HARD R|JBIER,FlBER, AIJJIINUN ALLOYS
DRILL POINTS RECOMMENDED FOR SPECIAL WORK
DIE'0A3TlN6$
STEEL RAILS (7% T0 |3% NANGANE) AND
Thinning the
illustration
(so
it
penetrates
will
shorten the length of the
that the web be re-thinned. Gradual blending of the web from
the
proper
full
thickness should be accomplished
equal
to
hand grinding operation
been dressed
as
shown
10.
HARD MATERIALS
I
NEAT TREATED STEEL9, DROP FORCINII
web.
Since the thickness of
below) has been purposely reduced
with
less pressure), successive regrindings
point thickness (%5il'1 of the
the diameter of the
to
conform
at
left.
. . .
with
@
CON NECTINO RODS
drillbit
drillbit.
with
a
the
contour
SOIE
COPPER ALLOYS
BAKEUTE, PLASTIC
IOULDED MATERIALS
a
drillbit's web (see
and make
drillbit
in
a
Web thinning is
grinding wheel that has
of the
I
I
at
the point
it
necessary
diameter)
distance about
drillbit
to
a
tree-
flute
its
Chip Breaker Points. A
the point,
ing
sharp) curlings
that
corner
of the
proximately
as
in
steel. With
are
much easier
of
a
drillbit
illustrated,
a
are
eliminated
grinding wheel. The radius
but proportions shown
correct.
groove
in
front of each cutting edge of
serves
to breakupthe chips when drill-
chip breaker point, long entangling (and
in
favor of small chips
to
handle. Grind this
Sheet
Metal
drilling
cially-pointed
metal around the drilled hole because their drilling action is
much like
metal drillbits, just hollow
—grind lightly against the sharp edge of
the
in
sheet metals, you'll
a
contour
shown.
groove
will
vary
in
this illustration
Drilling. It
drillbits
miniature hole
on
Page l5
or
flakes
on
the sharp
with
the size
are
ap-
you
do
an
appreciable
want
to keep
hand. They eliminate distortion of sheet
saw.
To make these special sheet
out
the end portion of the
a
a
amount
set of these spe-
drillbit
grinding wheel to
of
web
Page 16
'7
'
ALBANY 12, N. Y.
118 Everett Rd.
ATLANTA 13, GA.
380 Techwood Dr.,
BALTIMORE 5, MD.
4503 E. Monument St.
BIRMINGHAM 4, ALA.
B10-A Fifth Ave., No.
BOSTON 35, MASS.
116 N. Beacon SI.
BROOKLYN 3, N. Y."
1033 Utica Ave.
BUFFALO I3, N. Y.
628 W. Utica St.
BUTTE, MONTANA
115 E. Granite St.
CHARLOTTE B, N. C.
1015 W. Morehead St.
CHICAGO 7.
no
N. May so.
CINCINNATI I7. OHIO
4205 Vine St.
CLEVELAND IB, OHIO
2066 S. Taylor Road
DALLAS 7, TEXAS
9101 Diplomacy Row
DENVER
2160 Clay St.
DES MOINES 9, IOWA
609 E. Walnut St.
II,
SNAP-ON TOOLS CORPORATION
GENERAL OFFICES LOCATED AT KENOSHA, WISCONSIN
Branch offices in the following principal cities
In.
COLO.
N.‘
DETROIT 2, MICH.
93 Piquette Ave.
HARRISBURG, PA.
210 S. I7th SI.
HATO REY, PUERTO RICO
113
O'Neill
St., Stop 30
HONOLULU 17, T. H.
2402 Kalihi St.
HOUSTON 2, TEXAS
1810 LaBrancII St.
INDIANAPOLIS 2, IND.
848 Fort Wayne Ave.
JACKSONVILLE 6, FLA.
1601 Walnut SI.
KANSAS CITY 11, MO.
3635 Main SI.
LOS ANGELES I7, CALIF.
1717 W. Sixth SI.
LOUISVILLE 4, KY.
1609 Eastern Parkway
LUBBOCK, TEXAS
1914 Fourth Street
METAIRIE, LA.
2319 Metairie Rd.
MIAMI 4B, FLORIDA
4311 N. W. 36th St.
MILWAUKEE I6, WIS.
3450 N. 84th St.
MINNEAPOLIS 26, MINN.
6418 W. Lake St.
NEWARK 6, N. 1.
B23 Sandford Ave.
'
NEW YORK 67, N. Y.
2807 While Plains Road
OAKLAND 7, CALIF.
2605 Market St.
OKLAHOMA CITY 3, OKLA.
903 N. Hudson SI.
OMAHA I0, NEBR.
36OI N. 24th SI.
PEORIA, ILL.
1746 N. Sheridan Rd.
PHILADELPHIA 30, PA.
1710 Fairmount Ave.
PHOENIX, ARIZONA
3229 E. Washington SI.
PITTSBURGH 21, PA.
630 Ardmore Blvd.
RICHMOND 20, VA.
1617 Wesl Broad SI.
SALT LAKE CITY 15, UTAH
1721 S. Main SI.
SAN ANTONIO 5, TEXAS
812 Broadway
SEATTLE 7, WASH.
4503—8IlI Ave., N. W.
ST. LOUIS 10, MO.
2165 Hampton Ave.
svucuss
I622
Burnet Ave.
roueoo6,omo
2932 Monroe St.
6. N‘.
v.
‘
_5
SNAP-ON TOOLS OF CANADA, LTD.
Branch offices in the following Canadian cities
CALGARY, ALBERTA
3625 Blackburn Rd.
EDMONTON, ALBERTA
10504 122nd St.
HAMILTON, ONT.
10 Parkdale Ave., N.
LONDON, ONTARIO
465 Nightengale Ave.
'-4.
SNAP-ON TOOLS INTERNATIONAL DIVISION
CUBAN TOOLS IMPORTING'CO., INC.
Apartado 2809
HAVANA, CUBA
SBl7B
1
TORONTO, ONTARIO
MONCTON, N. 3.
27 Pearl Street
MONTREAL B, QUEBEC
274 Bates Rd.
NORTH BAY, ONT.
466R First Ave., W.
REGINA, SASK.
I362
Mclntyre St.
‘
KENOSI-IA, WISCONSIN
HERRAMIENTAS SNAP-ON DE MEXICO, s. A.
5a Calle de Jalopa
MEXICO, D. F. 2. 7
TORONTO I6, ONT.
I0
Bermondsey Road
VANCOUVER 5, B. C.
I043 Davie SI.
WINNIPEG, MANIT.
I699
Portage Ave.
I02
Printed in U.S.A.
Y
,
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