Craftsman 11329943 User Manual 10 INCH TILTING ARBOR BENCH SAW Manuals And Guides L0712532

CRAFTSMAN Saw Table Manual L0712532 CRAFTSMAN Saw Table Owner's Manual, CRAFTSMAN Saw Table installation guides

User Manual: Craftsman 11329943 11329943 CRAFTSMAN CRAFTSMAN 10-INCH TILTING ARBOR BENCH SAW - Manuals and Guides View the owners manual for your CRAFTSMAN CRAFTSMAN 10-INCH TILTING ARBOR BENCH SAW #11329943. Home:Tool Parts:Craftsman Parts:Craftsman CRAFTSMAN 10-INCH TILTING ARBOR BENCH SAW Manual

Open the PDF directly: View PDF .
Page Count: 32

CAUTION:

Read SAFETY

RULES and

INSTRUCTIONS

carefully

!

MODEL NO.

113.29943

IO-INCH TILTING

BENCH SA

assembly .operating ,, repair parts

Sears. Roebuck and Co., Chicago, IlL 60607 U,S.Ao

and Sirnpsons-Sears Lin_it_d. Toronto

Part No 62386

1. KNOW YOUR POWER TOO[

Read the owner's manual carefully. Learn its applica-

tion and limitations as well as the specific potential

hazards peculiar to this tool.

2. GROUND ALL TOOLS

third prong.

3. KEEP GUARDS IN PLACE

and in working order.

4. REMOVE ADJUSTING KEYS AND

WRENCHES

Form habit of checking to see that keys and adjusting

wrenches are removed from tool before turning on tool,

5. KEEP WORK AREA CLEAN

Cluttered areas and benches invite accidents.

6. AVOID DANGEROUS ENVIRONMENT

Don't use power tools in damp or wet locations. Keep

work area well illuminated.

7. KEEP CHILDREN AWAY

All visitors should be kept a safe distance from work

area.

8. MAKE WORKSHOP KID PROOF

--with padlocks, master switches, or by removing

starter keys.

9. DON'T FORCE TOOL

It will do the job better and be safer at the rate for

which it was designed.

10. USE RIGHT TOOL

Don't force tool or attachment to do a job it was not

designed for.

I 1. WEAR PROPER APPAREL

No loose clothing or jewelry to get caught in moving

parts.

12. USE SAFETY GLASSES

Also use face ordust mask if cutting operation is dusty.

13. SECURE WORK

Use clamps or a vise to hold work when practical. It's

safer than usingyour hand, frees both hands to oper-

ate tool.

14. DON'T OVERREACH

Keep your proper footing and balance at all times.

15. MAINTAIN TOOLS iN TOP

CONDITION

Keep tools sharp and clean for best and safest per-

formance. Follow instructions for lubricating and

changing accessories.

16. DgSCONNECT TOOLS

before servicing and when changing accessories such

Qs blades, bits, cutters.

17. AVOID ACCIDENTAL STARTING

Make sure switch is "OFF" before plugging in cord.

18. USE RECOMMENDED ACCESSORIES

Consult the owner's manual. Use of improper acces-

sories ma'/ be hazardous.

Copyright 1969 by Power Too] instifute, inc. AI| righ?s reserved.

The operation of any objects

being thrown into the eyes, which can result in severe eye

damage. Always wear safe_ glasses or eye shields before

commencing power tool operation. We recommend Wide

Vision Safety Mask for use over spectacles, or standard safety

glasses.., available at Sears retail or cata og stores

THIS SAFETY SEAL OF THE

POWER TOOL INSTITUTE ASSURES YOU...

I. That the manufacturer's power tools, including the particular tool

®associated w;_h the Seal, are produced in accordance with applicable

Standards For Safety of Underwriters' laboratories and American

National Standards (AI_SI).

2, That €omplloncu with applicable safety standards is assured by in-

dependent inspection and testing conducted by Underwriters" Labora-

tories (UL).

3, That every motorized t0o! is inspected under power.

4. That every tool has with it adequate instruct|ons and a llst of safety

rules for the protection of the user.

5. That the fool rnanufadurer is a member of the Power Tool Instffute and

is a sponsor of the Instltute's Consumer Safety Education Prog ram.

SASWTY INSTRUCT|ONS TO OP£RATOR

WARNING: Do not connect power cord

until _he following steps have been

satisfactorily completed:

a. READ CAREFULLY AND UNDERSTAND THE FOL-

LOWING INSTRUCTIONS and the "SAFETY RULES

FOR POWER TOOLS" ON PAGE 2.

b. Examination and operating familiarity with ON-OFF

switch, elevation control, bevel control, miter gauge,

and rip fence.

CAUTION: Always disconnect the power

cord when removing the table insert,

changing the cutting too{, or making

adjustments.

1. The saw should be baited down if there is any tendency

to tip over or move during normal operations. The

saw table should be approximately 36-inches above

the floor.

2. The saw work area should have adequate overhead,

non-glare light and adequate surrounding work space.

3. The saw should be positioned so neither the operator

nor o casual observer is forced to stand in llne with

the sow blade.

4. Kickbacks can cause serious injury. A"kickback" occurs

when a part of the workplace binds on the saw blade or

binds between the saw blade and the rip fence or other

fixed object, risesfrom the table, and is thrown toward

the operator. Kickbacks are usually caused by one or

more of the following conditions:

a. Failure to use a spreader when ripping, or failure to

maintain the spreader in alignment with the saw

blade.

b. Improperly conditioned (dull) saw that permits the

material to pinch on the out-feed edge of the saw

and rise from the table.

c. Failure to determine that the rip fence and the saw

blade are parallel to one another.

d. Ri0ping wood that has a twisted grain, does not

hove a straight edge to guide along the fence, or

wood that is twisted or not flat (which may rock on

the table and pinch the blade).

e. Confining the cut-off piece when ripping or cross-

cutting.

f. Ripping by applying the feed force to the section

of the workpiece that will become the cut-off (free)

piece (feed force when ripping should always be

applied between the saw blade and the fence -- use

push stick for narrow or short work).

g. Releasing workpiece before operation is complete;

not pushing the workplace all the way past the saw

blade.

5. Injury from kickbacks can be prevented or minimized

by:

a. Avoiding any of the causes noted above;

b. Making sure by trial before starting the cut that the

anti-kickback pawls will stop the kickback once it

has started (sharpen all points if they do not);

c. Keeping your face and body always out of line of

possible kickbacks, including turning the switch ON

and OFF.

d. Always wearing safety goggles.

e. Never use both the rip fence and miter gauge dur-

ing the same operation,

6. A large proportion of tilting arbor saw accidents is

caused by dull, badly set, improperly filed cutting tools,

by gum or resin adhering to cutting tools and by fence

misalignment (out of parallel). Such conditions cause

the materia{ to stick, jam, stall the saw, or kick-back at

the operator. Cracked saw blades should be discarded

immediately. Asaw blade can become cracked if it

wobbles or if it is not in balance. NEVER ATTEMPT TO

FREE A STALLED SAW BLADE WITHOUT TURNING

THE SAW OFF. Avoid potential injury by proper cutting

tool and machine maintenance.

7. Gloves should not be worn while operating the saw.

Loose flowing garments, jewelry (rings, wrist watches,

etc.), and neckties should never be worn. Long sleeves

should be roiled to above the elbows.

8. To protect your eyes, always wear safety goggles. In

addition, wear aface shield to protect against flying

particles. Ear protectors (ear plugs or muffs) should be

used during extended periods of operation.

9. Provide proper support for the workpiece, based on its

size and the type of operation to be performed; hold

the work firmly against the gauge or guide. Use a push

stick when ripping short work (under 6-inches fang), or

marrow work. Apush block or mi_r gauge hold-down

should be used when dadoing or molding.

10, Never use a length stop (such as the fence when cross-

cutting) on the free end or edge of the workplace. Never

hang onto or touch the free end of workplace, or a free

piece that is cut off, while power is "ON" and/or the

sawblade is rotating. In short, to guard against kick-

backs or other potential accidents, the cut-off piece in

any thru-sawing operation must never be confined it

must be allowed to move lalera!ly. Never use the rip

fence when cross-cutting, or the miter gauge when

ripping.

1 I. Cross-cutting operations are more conveniently worked

and with greater safety if an auxiliary wood facing is

attached to the miter gauge using the holes provided.

12. Do not leave a long board unsupported so the spring

of the board causes it to shift on the table. A support

should be used to catch the end of the board behind the

blade.

13. Never climb on or near the saw. Never leave the saw

with power on, or before the cutting tool has come to

a complete stop.

14. Avoid awkward operations and hand positions, where

asudden slip could cause a hand to move into a saw

blade or other cutting toot. Never reach in back of the

cutting tool with either hand to hold down the work-

piece.

(Continued an Next Page)

safety instructions to operator

15. Make sure the top of the arbor or cuffing tool rotates

toward you when standing in normal operating position.

Also make sure the cutting tool, arbor collars and arbor

nut are installed properly. Keep the cutting tool as law

as possible for the operation being performed, Keep

all guards in place whenever possible.

]6, Do not use any blade or other cuffing tool marked for

an operating speed in excessof the design speed of the

saw. Never use a cutting tool larger in diameter than

the diameter for which the saw was designed. For

greatest safety and efficiency when ripping, use the

maximum diameter blade for which the saw is designed,

since under these conditions the spreader is nearest

the blade,

]7. Adjust table inserts flush with, Or slightly below, the

table top.

18. For operations which do not permit the use of a spread-

er, serious consideration should be given to the use of

jigs or fixtures to hold the work so the hands of the op-

erator ore removed a safe distance from the point of

operation. (See the booklet "How To Do More _,Nith

Your Bench Saw.")

19. The use of abrasive or cut-off wheels, or wire wheels

can be dangerous and is not recommended. (Abrasive

or cut-off wheelsare used to saw many different ma-

terials including metals, stone, and glass.)

20. Objects can be thrown upward toward the operator by

the back of the blade if proper operating procedures

are not followed. This usually occurswhen a small loose

piece of wood or other object works around to the rear

of the revolving blade. It can usually be avoided by re-

moving all loose pieces from the table immediately

after they are cut off, using a long stick of wood, and

by keeping the guard and spreader in place at all times.

Use extra caution when the guard assembly is removed

for dadoing or molding, and replace the guard as soon

as that operation is completed.

21. Never perform any operation "freehand." This term

............ the stock into the saw blade or other

cutting tool without using the miter gauge, rip fence,

taper jig, or some other device which prevents rotating

or twisting of the workpiece during the operation.

22. Never turn your saw "ON" before clearing the table

of all objects (tools, scraps of wood, etc.) except the

workpiece and related feed or support devices for the

operation planned.

23. Safety is a combination of operator common sense and

alertness at all timeswhen the saw is being used.

24. Do not cycle the motor switchon and off rapidly, as this

may cause the saw blade to loosen. In the event this

should ever occur, allow the saw blade to come to a

complete step and retighten the arbar nut normally, not

excessively.

\!VARNENG: Do not allow familiarity

(gained from frequent use of your saw) to

became commonplace. Always remember

that a careless fraction of a second is suf-

ficient to inflict severe injury.

CONTENTS

Page Page

Unpacking and Pre-Assembly Instructions ... 5 Proper Operating Procedures .20

Motor Specifications and Mounting ....... 14 Accessories ............... 25

Operating Controls .................... 19 Repair Parts ......................... 26

TOOLS NEEDED

Screwdriver (medium)

Screwdriver (small)

Rubber mallet

7/16-inch wrench

1/2-inch wrench

9/16.inch wrench

-_,,._ 4, ,_.r,-1. j-. ,,,

Small steel scale

v_ls_utu_ _ (TWO OF EACH I_EQUIEED)

HARDWARE RIEQUIEEO IF SAW IS TO lie MOUNTED ON BENCH OR TASBE

Square (combination square, try square, or both)

Pencil

ware required to attach the saw to abench

or table is not supplied. (Two 3/8-inch di-

ameter bolls; length determined by thick-

nessof table top; four 3/8-inch flat washers;

arid two 3/8-inch nuts.l

unpacking and pre-assembJy

UNPACKINGAND PR[°A$SEMBLY

INSTRUCTIONS

UNPACKING AND CHECKING CONTENTS

This Craftsman Bench Saw is shipped complete in one carton

(without motor).

in order to prevent damage during shipment and facilitate

packaging, certain items have been removed at the factory

and must be assembled when received by the purchaser.

Remove all items from the package and identify them by

referring to figure 1. These "'loose" parts are listed below

and should be accounted for before discording any packing

material (See figure 1.)

LOOSE PARTS LIST

Key Ha.

(Fig. 1) Part Heine Qty

1Guard Assembly-Saw ......................... 1

ZFence Assembly-- Rip .......................... 1

3 Operating Instructions.......................... !

4 Handbook .................................... ]

5 Wrench, Arbor ................................ 1

6Gauge Assembly - Miter ........................ I

7 Rack- Table ................................. ]

8Bar Assembly -- Fence ........................ ]

9 Bag of Loose Parts ............................ ]

10 Hand-Wheel Assembly, Tilt 4-1/2 in.............. 1

11 V-BelL 1/2 x41 in.............................. ]

12 Pulley--V, Single Groove,2.1/2x5/8 in. Bore .... 1

13 Support Assembly - Motor ...................... !

14 Rod Assembly-Splitter ........................ 1

15 Support Assembly - Splitter ..................... 1

16 Guard, Belt ................................... ]

17 Clamp, Ring .................................. 1

Contentsof LooseParts Bale-- (KeyNo. 9, above)

Wrench, Hex-L,3/32 in.........................

Wrench.Hex-L 1/8 in......................... 1

Wrench,Hex-L, 5/32 in........................ 1

Wrench,flex-L, 1/16 in........................ 1

Bolt, Carriage, 5/16-t8 x 3/4 in................ 4

NuL Square, 5/16-18 ......................... 4

Washer, 11/32 x7/8 x 1/16 in................. 4

Loekwasher, 5/16 x .125 x .078 in. .............. 4

Screw,Mach., Rex Hd., 5/16.1S x5/8 in.......... 2

Spacer, FenceGuide Bar ...................... 3

Screw, Mach., Rd.-Rd.,Slotted, 1/4-20 x2in...... 3

Nut, Flex. t!4-20x7/16x3i]6 in.............. 3

Lockwasher,!/4x.109x.062 in............... 3

Screw, Mach., He×-ln-Hd. 5/16-18 x I in......... 2

Key (for Switch Lock) ......................... 2

Grommet ................................... ]

Clip, Cord .................................. 2

GENERJ_L INFOIIMATION

The instructions in this manual are presented in step-by-step

order and illustrated by numerous pictorial diagrams. Read

the instructions and observe the illustrations to insure a

correctly assembled and accurately adjusted saw.

Adjustments are carefully checked prior to packaging the

saw for shipment; however, rough handling in transit may

necessitate some readjustments. For this reason all adiust-

merits are presented in logical order.

Reference to the Repair Parts exp|oded drawings (and item

listings) may be helpful in acquiring a more thorough under-

standing of your Craftsman saw.

Assr BLY AND ADJUSTMENTS

1. Remove the rust-preventive coating from external

surfaces (saw table, etc.) with a cloth moistened with

kerosene.

:2. _nstail the tilt hand-wheel on tilt screw shaft and

secure it by tightening the set screw with a1/8-inch

hex-L wrench. (See figure 2.) Use pliers on the hex-L

wrench and tighten the set screw on the "flat" of tilt

screw. Exercise care against over-tlghtening to avoid

damaging the hand-wheel.

3. Rotate the tilt hand-whee| clockwise until it stops,

to set the saw blade in the vertical (90 °) position.

4. Remove the table insert, by inserting afinger into

the slot at one end of the insert and lifting it upward

and out. (See figure 3.)

T [LT HAND-WHEEL

\

HEX-L WRENCH

(I/8-1NCH)

Figure 2

adiustrnents

EL_VAT iON fl_D-WHE EL

F_u_ 4

ii

{NUT

5. Rotate the elevation hand-wheel clockwise until

it stops. This will position the saw blade at maximum

height (deepest cut) position. (See figure 4.)

6. Check tightness of saw arbor nut by wedging a

small block of wood between the saw blade and table

opening, as shown in figure 5, and, using the arbor

wrench supplied with the saw, tighten the nut. (The

nut rotates clockwise to tighten.)

7. Adjust Stop Collars as Follows:

a. Checking and Adjusting the O° Position....

(1) With the saw blade in deepest cut position,

check the tilt position of the saw b|ade by at-

tempting to rotate the tilt hand-wheel clockwise

until it will rotate no farther.

(2) Place asquare on the table top and against saw

blade. (See figure 6.) The blade should be at

exactly 90 degrees (perpendicular) to the table-

top surface. (Make sure the square is resting

against the flat surface of blade and is not

being held away by the "tooth-set" of the blade.)

(3) if the blade is not square with table top, rotate

the tilt hand-wheel counterclockwise until the

tilt mechanism movesa shortdistance away from

the stop collar on tilt screw. When the pointer

on tilt scale indicates approximately 10 degrees,

the stop collar can be reached. (See figures 7

and 9.)

(4) Loosen the two set screws in the stop collar,

located on the tilt screw nearest tilt hand-wheel,

with asmall screwdriver and rotate the stop

collar counterclockwise at least one turn. (See

Figure 6

_H /_ T,LT I

0_POSITION

Figure

/

.REAR OF SAW

SET

SCREW

_ T_LT

- SCREW

STOP " ____

COLLAR

SET

SCREW

Figure 8

(5)

(6)

Two slotted-head set screws (figure 8) are used

in each stop collar so that one of the screws

will always be accessible (with operator reach-

ing inside the saw base from the rear of saw,

figure 9)_ After adjusting the collar, it is only

necessary to tighten one of the set screws to

secure the Collar on the tilt screw.

Rotate the tilt hand-wheel clockwise until the

saw blade is perpendicular to the saw table--

Reach inside of saw base (figure 9) and rotate

the stop collar clockwise until it is in firm contact

with the saw cradle. Tighten one of the stop-

collar set screwsenough to keep the collar from

rotating on the tlit screw.

I

(7) Rotate the tilt hand-wheel counterclockwise ap-

proximately three turns, then rotate it clockwise

until it stops. Check the saw again with the

square as shown in figure 6. If the adjustment

is correct (blade square with table surface),

tighten the set screw in the stop collar securely.

NOTE: Several trial adjustments may be re-

quired in order to produce an accurate

adjustment of the stop collar. If the first trial

fails to produce an accurate setting, it is sug-

gested that the operator determine which

direction the stop collar needs to be rotated

for a correction and turn the collar in small

increments (checking each time) until the

adjustment is correct. Be sure to tighten one

of the collar set screws after each adjustment

to prevent the collar from slipping on the

tilt screw when it comes into contact with the

saw cradle.

(8) With the tilt hand-wheel rotated clockwise until

it stops (saw blade 90 ° with table surface),

check the tilt pointer on tilt gauge which should

be at exactly "0" (zero) degrees. (See figure 10.)

A close look will show a reflection of the pointer

tip on the mirror surface of the tilt scale on front

panel. In order to make surethat you are sighting

squarely with the scale, move your eye until the

tip of the pointer and its reflected image coincide.

(9) If the pointer is not aligned with the "0" mark,

bend the pointer carefully with pliers (figure

10) until it remains at "'0" when the pliers are

removed.

b. Checking and Adjusting the 45°Position.

fl )Rotate the tilt hand-wheel counterclockwise until

it will rotate no farther.

(2) Remove the scale from a combination square

and place the head of the square on table top

and against saw blade. (See figure 1I.) The saw

blade should be setting at exactly 45 degrees

with table top surface.

(3) Efthe acute angle between saw blade and table

top is not 45 degrees, rotate the tilt hand-wheel

clockwise until the tilt mechanism moves a short

distance away from the stop collar (located

farthest out toward the end of tilt screw, figure

12) so the collar can be reached for an adjust-

ment. When the tilt scale indicates approxi-

mately 35 degrees the collar will be accessible.

(4) Loosen the two set screws in the stop collar. (See

figures 8 and 12.) If, in preceding step (2), the

blade stopped with the acute angle greater than

45 degrees, rotate the stop collar counterclock-

wise (toward end of tilt screw). If the angle is

less than 45 degrees, rotate the collar clockwise

(away from end of tilt screw). For each trial

setting: move the stop collar a short distance

away from saw cradle (by rotating tilt hand-

wheel clockwise) loosen set screw, rotate the

stop collar a fraction of a turn in desired direc-

tion, tighten one of the set screws (figure 12)

and rotate the tilt hand-wheel counterclockwise

until it stops. Then measure the angle of saw

blade with table surface, as shown in figure 11.

\

I!_1 TILT

scREw

c. f

Figure 12

TABLE INSERT

Figure I3 _

Several trials will probc_bly be required to pro-

duce an accurate stop at the 45-degree position.

(5) Tighten one of the stop collar set screws securely

a{ter the adius_.ment has been completed.

NOTE: If the above adjustments have been

accurately performed, the saw will now have

a positive stop at "0" and "'45" degrees and

the pointer on tilt scale should stop at both

positions.

(6) Rotate the tilt hand-vcheel until it stops at the

"0'" position, as indicated by the pointer.

Adjust Table Insert as Follows:

a, Install the table inser,_ by" sliding it carefully into

position and pressing down firmly at both ends until

the spring clips on under'Side of insert "snap" into

position. (See figure 13.)

assembly and adiustments

c. Wffh the table insert in place, use a small scale or

straightedge to check near each of the four set screw

positions, in order to determine if the table ins_ert is

even with saw table surface at all four set screw

positions. (See figure 15.)

d. If an adjush_p_nt is _ry, rotate each of the

(See figure 15,) Make sure that ends of al! four set

screws are making conrad with table recess by

S_ING CLIP

,711

//'- Figu 14

9. Align Saw Blade With Table Grooves os F_|aws:

a. Checking for Correct Alignment.

(I) Check elevation and tlh hand-wheels to make

sure each is rotatad fully cleclcwisa -- to position

saw blade for deepest cut and sc!uare with

(2) Make n mark at _of one _tooth at rear

of b|ade just above table su_ce. (Se_ figure

16.) Select a tooth that is set toward the

right-hand side of saw.

b.

(4) Lay a pencil, or similar pointed tool, in the

depression lust ahead of miter gauge scale, with

pencil point toward Hie blade and hold pencil

in the depression with thumb of left hand as

shown. (See figure 163

15) Slide the miter gauge to a position which will

poi_t the pencil at the marked saw tooth. Hold

a small scale against the marked tooth and slide

the pencil toward the saw until the point rests

against the scale. With the left thumb, hold

the pencil securely in miter gauge head. it must

n(Mt mQ_.

(6) With the right hand, remove the scale and

rotate the saw blade until the marked tooth is

just above the saw table at the front, (See f_g-

ure 17.)

(7) Slide the miter gauge toward the front of saw

table untll the pencil is pointing 1owardl the

m_ed tooth. Insert the _le between Pencil

point and blade, as _hown in f',gure 17. If ti_

saw is parallel to table groove, the scale will

just slide into the gap _n the pencil point

and blade. If the sca|e will not enter, or is lOOSe

in the check Shownin figure 17, an adi ustment

of the table trunnions is required.

Adiusting Table Trunnions.

(l) Loca_ lbe three screwswhich secu_'eeach (front

(2)

permit each trunnion to "'stip ' when tapped with

a mallet or plastlc-tipped hammer. (If loosened

completely, it would be almost impossib_e to

achieve an accurate Qdiustment. )

Shift the two trunnions by topping them lightly

until the two measurements described in the pre-

ceding instructions are equal. Tighten the trun-

nion screws and recheck measurements to make

sure tightening screws did nat a_ter the setting.

Several trials may be required to produce an

accurate setting.

10. Ins_'ali the Table Rack,

a. Position the table rack against lower edge of fence

guide bar so that rack teeth are on upper edge of

rack and pointing outward. Align the three ho_es

in both parts. (See figures 19 and 20.)

b. Insert one of the three 1/4-20 x 2-inch screws

through holes at one end of rack and guide bar and

place a guide bar spacer on the end of the screw.

(See figure 19.) Insert the screw through the saw

table and install a 1!4-inch !ockwasher and 174-20

hex nut. Do not tighten the screw at this time.

c. Instalt the remaining two screws, spacers, Iockwash-

ers and nuts. Rotate these three screws into their nuts

until they are snug. Do not tighten them at this time,

11. Check and Adiust the Rip Fence as Follows:

Your Craftsman Rip Fence has been designed to pro-

vide accuracy, reliability and long llfe. In order for

your fence to work properly, it is imperative that it be

adjusted accurately. The fence is adjusted at the fac-

tory, but due to shipping hazards, and s_ight tolerance

buildup between individual saws, it is sometimes neces-

sary that your fence be adjusted to your particular saw.

Therefore, check your fence and adjust it (if necessary)

as outlined in the instructions that follow:

CAUTION: It is imperative that these instruc_

;'ions be followed precisely, as an incorrect

adiustment could damage the fence and the

fence guide bar attached to your saw.

a. Installation of Rip Fence.

(1) Raise the lock handle and position the rip fence

on the saw table, Do not latch the lock handle.

Lower the saw blade beneath the table surface

by rotating the elevation hand-wheel counter°

clockwise.

12) Slide the rip fence atong the guide bar while

watching the clearance between lower edge of

fence and table top. if any portion of the fence

(except sliding pad at rear) drags on the table

top, or if clearance between fence and table top

vades appreciably as the fence is moved, the

guide bar must be adius ted. This is accomplished

by tapping the guide bar slightly up or down

with a soft mallet until aconsistent clearance

exists over entire top surface of the table. The

screw holes in guide bar and table have suffici-

ent clearance around the attaching screws to

permit this adjustment-

(3) Tighten the 1/4-20 ×2qnch screws securely and

recheck to make sure tightening these screws did

not affect the guide bar setting.

FENCE

GUIDE BA!R

@ \

_ LC)CKWASHER

\ fl!4

NUT

(HEX., I/4-20)

RACK

SCREW

(I/4-20 × 2 _o.)

FENCE GUIDE

TEETH

TABLE RAC K

;REW

(1/4- 20 x 2 iN.)

Figure 20

i i

LOCKWASHER

( I/4 IN. _

b. Adjusting Pinion to Rack.

(1) Check for correct engagement (mesh) of teeth

on fence adjusting shaft pinion with the gear

teeth in lower edge of rack. (See figure 21.) The

pinion should be adiusted up or down so that

assembly and adjustments

Figure 22

Figure 23

gear teeth are in full contact lengthwise and

meshed as far as possible, just short of binding.

This adjustment is made as follows: Push the

fence adjusting knob all the way down, and

look underneath the rock to determine if the

pinion and rack teeth are aligned. (See figure

21.) If the pinion extends too far (or not far

enough) loosen the set screw (1, figure 221 with

a 5/32-1rich hex-L wrench and slide the knob

assembly on the pinion shaft (up or down) to

achieve proper alignment. Tighten the set screw

(1, figure 92).

(2) Adjust gear mesh (depth of tooth contact) by

loosening the set screw (3, figure 22) with a

5/32-inch hex-L wrench and rotate the eccen-

tric (4, figure 22) untll proper mesh is obtained.

Tighten the set screw after adjusting. Check for

proper operation at various points along the rack.

c. Checking for Parallelism of Rip Fence with

Table Groove.

(1) With the lock handle released {not latched), slide

the fence on the saw table so the front end of

the channel is flush with the side of one of the

two miter grooves. (See figure 23.) This can be

checked by using your fingers as shown to "'feel"

for correct alignment. Shift the rear of the fence

to the right or left slightly, causing fence not to

be square with the front edge of the table, nor

parallel to the miter groove.

(2) Push down on the lock handle carefully (do not

force) while watching the rear of the fence for

its correcting adion.

-, ,CAUTION: Do not force the lock handle.

If the handle does not lock down readily,

an adjustment is necessary -- and to force it

' ._ could cause damage to both the fence and

-! guide bar.

(3) The lock handle should lock in the clown position.

_'_ Do not force the handle, as it is not necessary

for the handle to be all the way down to lock

the fence. (See figure 24.) The rear of the fence

should move to correct itself, and do so parallel

I'flush) with the miter groove in saw table through-

Figure 24 out its full length. Alignment may be checked

with the forefingers to determine if the fence is

flush with the side of miter groove, as shown in

figures 23 and 24.

(4) tfthe lock handle responded as described above,

and the fence aligned itself with the table groove

at both enas, the fence is properly odiusted and

no further attention is necessary. If not, perform

the following adjustment routine.

d. Adjusting the Rip Fence Parallel to Table Groove.

(1) Remove the fence and turn it over. Then, with a

1/8-inch hex-L wrench, loosen the pawl set screw,

located just behind the fence pawl, approxi-

mately twotums. (See figure 25.)

(2) Using a 5/32-inch hex-L wrench, loosen the set

screw at the rear of the fence approximately

two turns. (See figure 26.) This screw is located

in thefence lock just inside the channel, as shown.

10

e.

(3) Place the fence back on saw table and notice

that the lock handle offers no resistance at any

position.

(4) Place the lock handle in "locked" position, and,

using a 1/8-inch hex-L wrench inserted into the

fence-pawl set screw from underneath the saw

table, tighten the set screw finger tight. (See

figure 27.) Do not use wrench or pliers- finger

tight only.

15) Raise the lock handle, push the fence to one side

(off square) at the rear. Then lock the fence with

the lock handle, while watching to make sure it

"corrects" itself. Repeat this operation two or

more times. The fence should "'correct" itself

each time it is locked.

(6) Raise the lock handle and align the fence with

the miter groove (at the front end of the groove)

as shown in figure 23. Push the lock handle dawn.

17) Check for correct alignment with saw table

groove for the full length of the fence. If it is

aligned at the front but out of alignment at the

rear, loosen the two hex-head screws on top of

the channel near the front (figure 28) just enough

to permit the channel to slip when tapped lightly

with the palm of one hand. Tap the channet at

the rear of the fence with one hand until it is

aligned with the table groove. Tighten the two

hex-head screws securely and recheck. More

than one triat may be required, as tightening

the screws may change the setting slightly.

(8) Check for "automatic correcting" by releasing

the lock lever, shifting the fence off square at

the rear, then locking it. The fence should square

itself automatically and be flush (parallel) with

the miter groove each time the handle is locked

down,

(9) Lock the fence with the lock handle, and, using

a5/32-inch hex-L wrench, tighten the fence lock

set screw at the rear, hand tight only. (See

figure 29.) Make sure the fence is "secure" to

the table at the rear.

NOTE: If the fence fails to square itself every-

time, check for any burr or foreign material

on the surface of the fence head where it

contacts the saw table. Also check for nicks

or burrs in edge of saw table_ Stone off any

irregularities on these surfaces.

Aligning Rip Fence Plastic indicators.

(1) If for any reason the tilt hand-wheel has been

rotated during preceding operations, rotate it

clockwise until it stops (tilt pointer at "O").

(2) Raise saw blade above the table surface by

rotating the elevation hand-wheel clockwise

(3) Position the rip fence on the right-hand side of

saw blade with the fence channel one inch from

the saw blade and lock the fence. Be sure to use

one of the teeth bent (set) to the right of blade

and measure from this tooth to the fence, since

this determines your width of cut. (See figure 30.)

This distance should be measured accurately

with a scale.

Figure 27

Figure 29

FENCE

l '

Figure 30

11

adiustments

(4) Set the right-hand indicator (a scribed line in

the plastic window) to "'1" inch on the guide-bur

scale, This is accomplished as follows:

(a) A close look will show a reflection of the

indicator line on the mirror surface of the

guide-bar scale. In order to make sure that

SCALE

(WITH MIRROR SURFACE)

WINDOW

REFLECTEDIMAGE

Figure 31

IND ICATOR LINE

IN PLASTIC WINDOw

!

$CREWS

Figure 32

LOCK HANDLE

ROD ASSEMBLY

STOP

PIN

SQUARE INDICATOR

BLOCK

Figure 33

yeu are sighting squarely above the scale,

move your eye until the indicator line and its

reflected image coincide. (See figure 31.1

(b) If an adiustrnent is required, loosen the two

screws cone at each end of the window] and

shift the plastic window untit the indicator

line is aligned with the "'!" inch line on the

scale, fSee figure 32.) Tighten the two screws

and recheck for accuracy. If the plastic win-

dow cannot be shifted far enough to provide

this alignment, loosen the screws that secure

the guide-bar scale to the gulde-bar at its

ends, shift the scale slightly and tighten the

screws. Then proceed to adjust the plastic

window as described above.

(c) When the fence is correctly adjusted and

moved to any position at the right of the saw

blade, the scale will indicate the width of

the desired cut. Make several trial settings

and check by measuring with a scale from

the fence to the blade.

NOTE: When properly adjusted, the indi-

cators may be used for most operations, thus

eliminating the need for actual measure-

ments, except for extreme requirements.

When sighting the indicator, always use the

system shown in figure 31 in order to make

sure the sight angle is correct.

(d) Move the fence to the left-hand side of saw

blade and adjust the left-hand indicator

(right-hand side of fence channel) in the

same manner as for the right-hand indicator.

NOTE: Remember, if the scale must be moved

when adjusting the left indicator, it will

change your settings on the right-hand indi-

cator which was previously set.

(5) Remove the rip fence from the saw to avoid

interference with subsequent adjustment routines.

12. Check and Adjust the Miter Gauge as Follows:

The miter gauge was set at the factory. During ship-

ment, however, rough handling might have disturbed

the setting, To assure maximum accuracy the "0" (zero)

degree stop should be checked and adjusted (if re-

quired) as follows:

a, Checking the Miter Gauge.

(1) Loosen the lock handle and push stop pin firmly

into the middle detent ("0"" position on the scale).

The stop pin will be seated more effectively if it

is rotated slightly as it is being "pushed" into

the detent. Tighten the lock handle firmly hand

tight, (See figure 33,)

(2) Using acombination square, check for an exact

90-degree angle between the miter gauge and

rod assembly. If this measurement is exactly 90

degrees, the adjustment has not been disturbed

and the gauge is-ready for use. If not accurate

at 90 degrees, adjust the gauge as follows:

12

b. Adiusting the Miter Gauge.

(1) Loosen the lock handle, disengage stop pin, hold

the square soLid{_ against the rod assembty a*._d

face and tighten lhe Jack handle firmly by hand

Always tighten the tack handle hand fight o_ly.

Do not use a wrench or pJiers_

(2) Recheck to make sure that tightening the iock

handle did not alter the setting. Remove the

square from the gauge.

(3) Loosen the two screws that attach the indicator

block to the rod assembly. Shift the indicator

block until the stop can be pushed solidly into

its detent. Hold the indicator btock aligned with

the rod assemb{_/and the stop pin seated firmly

in the detent and tighten the two screws.

(4) Loosen the lack handle and recheck for accuracy

with the combination square. (Make certain the

stop pin is fully seated.) Tighten the Jack handle

and readjust if necessary.

(5) After completing the above adiustment, _oasen

the pointer attaching screw, set pointer at "0"

(zero) and tighten the screw.

NOTE: Detents at the two 45-degree positions

are jig bored. When the gauge is adjusted

for 90-degree cut, the 45_degree positions

are col'root.

(6) Remove the miter gouge from saw tabJe until

remaining checks have been completed.

13. lnstaq! Saw Guard Assembly as Follows:

a. Installing Splitter BJede Bracket.

(1) Install the two 5/16-18xSi8-inch, hex-head

screws laosemy in holes at rear of saw cradle as

these screws cannot be installed after attaching

the splitter blade bracket_ (See figure 340 These

are the screws thai secure the motor support in

the cradle.

(2) tnstaH the splitter b;ade bracket with two 5/16-

18xl inch box-head screws. Tighten screws

finger tight at this time.

(3) Refer to figure 35 and hold the splitter rod to

the left of splitter support_ Rotate the splitterrod

so the "flat" on the rodis toward the operator.

Then slide the spJiffer rod into the spfitter sup-

port from the left until the pin (through the rod)

bottoms in the slots in splitter support. (See figure

35.) Tighten the thumb screw firmly against the

"'flat'" af splitter rod.

(4) Slide the splitter rod (attached to splitter sup-

port) into the sp{iii'er blade bracket until the

splitter blade is directly behind the saw blade.

(See figure 36.) Do not be concerned if the split-

ter bar does nat align with saw blade vertically

as this will be Corrected in the next step. "lFighten

the socket-head set screw in splitter blade bracket

with a 5/32-inch he×-L wrench.

C'EWHE* L t

5/,6 {1J

Figure 34 ""

PIN

\

TER SUPP©RI

\

13

ore i o

motor specihcat ons and mounhng

(5) With saw blade all the way up, MAKE SURE IT

IS 90 ° OR SQUARE WITH THE TABLE.Raise the

blade guard and by using a square, adjust the

spl_r vertically 90° (Square) to the table.

Tighten the two5/16-18 x 1-inch screwsto secure

thesplitter blade bracket to the cradle. Place a

large square or straight-edge alongside the

saw blade. If the splitter is not in line with the

saw blade, loosenthe sockethead set screw (See

figure 36) and move the splitterassembly to the

right or left so that it touches the square and is

in linewith the saw blade (See figure 37). Tighten

the set screw.

(6) Recheckto make sure the following screws are

tight:

The socket-head set screw Cfigure 36) that se-

cures the splitter rod, and the two hex-head

screws (figure 371 that attach the splitter blade

bracket to saw cradle. Sight along splitter bar

and saw blade again after tightening these

screwsto make surealignment was not disturbed.

NOTE: After the splitter blade is properly

aligned, always remove the guard by loosen-

ing the thumb screw _figure 35) and sliding

the assembly off the splitter rod. This will

avoid upsetting any of the alignment adjust-

ments, as the pin in the splitter rod will serve

asa "stop" when the guard is installed.

CAUTION: When cleaning the plastic guard

is necessary, wipe surfaces with a clean, dry

cloth. Do not use solvent of any kind.

MOTORSPECIFICATIONS& MOUNTING

1. This Craftsman Saw is designed for use with a 3450 rpm

motor. The saw arbor has a 2-1/2-1nch diameter pulley

_-_ attached and a 2-1/2-inch diameter motor pulley is sup-

plied for driving the saw at the proper speed of 3450 rpm

through a 1 to 1 motor to saw ratio.

CAUTION: Do not install a larger diameter

pullev on the motor as it would drive the saw

blade at speeds which would be dangerous.

_,ivl The following Craftsman motors are recom-

./"/ 0 ..

?_ mended, available at any Sears Retad Store

J or Catalog Order House:

_¥E Catalog No. RPM Horsepower Vo|ts

/- J_:_ _'_ _l

/99KT121 c 3450 10120

99KT1220C 3450 1 110-120 or 230

/t: _ fi_r wil°l!imt_fP_it aab_r_:t_ c_mmu::ddehdamn°_gteP"cl°t:s

/_'_ / _ figuration that will not permit installation of the belt

/_'_ i guard.

IFiaureg 37 __l_ 3. The Craftsman motors recommended in the preceding

table may be connected for either right- or left-hand

rotation. Make sure that wiring connections are made

so the motor shaft will rotate in a clockwise direction

BLADE

_7 (when facing the drive end). (See figure 38.)

BELT GUARD

use 5/B

END OF

\\

Figure 38

4. Attach the Motor to Motor Base as Follows:

a. Position the motor with the 5/8-inch diameter shaft

at the right with mounting base in a vertical position.

(See figure 39.)

b. Positionthe motor support assembly as it would be

oriented if mountedon the saw cradle, with the motor

base against the motor mounting base.

c. Insert four 5/16-18 x3/4-inch carriage bolts (from

loose parts package) through the motor base and

motor mounting base. (See figure 39.)

d. Instal! an 11/32-inch flat washer, 5/164nch lock-

14

washer and 5/16-18 square nut on each carriage bolt

finger tight. (All parts are in loose parts package.)

e. Shift the motor mounting base on motor base until

the top edges of each are even and carriage bolts are

approximately centered in the slotted holes of the

motor base.

f. Tighten the four square nuts securely.

g. install shaft guard on left-hand end (1!2-inch

diameter) motor shaft, if not already in place. This

guard is supplied with the motor.

5. Install Motor and Support Assembly.

a. Position the blade slightly below the deepest cut posi-

tion end tilt pointer at "'0",

b. Install the motor pulley on motor shaft with the set

screw boss toward the outside. (See figure 39.) Do not

tighten the set screw at this time.

c. Place the drive belt over the saw arbor pulley by

reaching inside saw base, allowing it to hang tem-

porarily on this pulley.

d. Slide the two pins on motor support assembly into

their holes in saw cradle far enough to enable the belt

to be placed in the groove of motor pulley. Raise blade

to deepest cut position.

e. Grasp the motor with both hands as shown in figure

40 and lift up until the pivot arm screw is at the rear

of the slot, as shown. While holding the motor in this

position pull it rearward (toward operator) until the

drive belt is "snug" and tighten the two motor mount

clamp screws securely. The pivot arm screw should

still be at the rear of limit of its slot.

f. Release the motor and note that it remains at essen-

tially the same position as it was held. The motor base

will probably rotate slightly rearward, thus leaving

the pivot arm screw slightly away from the end of

its slot.

g. If the belt is _ot aligned with the two pulleys, which

can be readily seen by sighting along edges of both

pulleys, slide the motor pulley in or out an the shaft

as required and, when correctly aligned, tighten

pulley set screw with a 5/32-inch hex-L wrench.

NOTE: If correct pulley alignment cannot be

obtained by the preceding method, loosen the

square nuts on motor base, shift the motor

in desired direction and tighten the nuts.

h. Loosen the motor base clamp screws (both ends) and

rotate the motor so that the ventilation holes in the

shell of the motor are facing down and the capacitor

cover is on top (See figure 41). This will help prevenl

sawdust from entering the motor.

i. Lower the blade enough to permit removal of drive

belt from the arbor pulley and remove the belt in

preparation for installing the belt guard.

6. Install Belt Guard.

a. Place the guard clamp ring around right-hand end

of motor, slide the free end into the screw-type

fastener. (See figure 42.) While holding the two ends

together, rotate the screw in fastener with a screw-

LOCKWASHER THESE TWO CARRIAGE BOLT

(5/16 iN) EDGESEVEN (5/16-I_3/4 iN.)

Figure 39

MOTOR &'OUNT

MO]OR PULLEY Figure 40

Figure 42

15

and rnounfin

BELT GUARD

CLAMP RING

MOTOR POWER CORD

S

h.

driver./Cake sure the screw engages the openings in

the ring and rotate the screw until the clamp ring

diameter just leaves enough clearance on motor

frame for the guard to be slipped easily under the

ring.

Hold the belt guard as shown in figure 43 and insert

the drive belt into the guard as shown. The lower end

of belt should contact the inner wall of the guard

so it will pass over the motor pulley when the guard

is slipped into place.

Slide the guard on end of motor, while holding it as

shown in figure 44, and slide the clamp ring over

the edge of guard leaving edge of ring approximately

1/2-inch from edge of guard. Do not tighten the

clamp ring at this time.

d. Grasp the belt between thumb and forefinger as

shown in figure 44 and, while looking down into the

guard "hook" the lower loop of belt onto the motor

pulley. Shift the guard on motor to center the belt

in the guard.

e. Continue to hold the belt on motor pulley, rotate the

guard downward and "'hook" upper end of belt onto

the saw pulley inside the base.

f. Rotate the elevation hand-wheel clockwise until it

stops, to place the saw blade in its highest position.

g. Positionthe belt guard so the belt clears the inside

of the guard at the upper position approximately

1/4-inch and the guard does not touch the under-

side of saw table. (See figure 45.) Correct positioning

of the belt guard is important. If the belt should be

permitted to rub against the guard it would soon

wear as|ot in the guard.

h. Tighten the clamp ring to hold the guard securely

on motor.

i. Rotate the elevation hand-wheel counterclockwise to

lower the saw blade tothe lowest position and check

positionof guard, The beh should stillclear the inside

of the guard.

7. Adjusting Pivot Arm Screw.

This adjustment (figure 46) is necessary to prevent motor

vibration (screw too loose) and to permit the motor mount

to maintain correct belt tension whenever the saw blade is

raised or lowered with the elevation hand-wheel (screw

too" fight if belt tension is not maintained). When either of

these conditions are evident, adjust the screw as follows:

CAUTION: Do not tighten the pivot arm

screw to a locked position, as it would be

sheared off when the saw blade is raised.

a. Tightening or loosening the pivot arm screw (figure

MdTOR

Figure 45

16

PIVOT-ARM

SCREW,

_iER

AND FLAT WASHER

Figure 46

-MOTOR BASE

BELT GUARD

Figure 47

b. Apply a few drops of oil (SAE 10 or 20] to the flat

washer and in slot in motor base, and adjust the screw

in small increments until the motor base slides readily

in or out in response to blade elevation movement

throughout the full range.

c. After obtaining normal movement of motor bose,

observe the saw in operation after starting it as de-

scribed in subsequent instruction. If the motor base

tends to vibrate, tighten the screw a little at a time

until vibration is minimized. After eliminating vibra-

tion recheck as in preceding step b, to make sure the

base will still slip in response to blade elevatian

movements.

8. Connect and Position Motor Power Cord.

a. Feed the motor power curd through the large hole in

saw base. (See figure 44.)

b. Grasp the connector on end of motor power cord

and, while looking into the base, insert the plug into

the receptacle at rear of switch box. (See figure 47.)

c. Position the power cord as shown in figure 47, and

install two cord retaining clips on edge of saw bose

flange to secure the cord. Locate clips at approxi-

mate positions shown. Allow approximately 12 inches

of cord between the motor and saw base,

d. Hold the power cord and slide the grommet (on cord)

upto the base and insert it into the hole in base panel.

(See figure 48.)

MOUNTmNG SAW ON BENCH

Some usersprefer to mount the saw solidly by bolting it to

a bench or table top. The following method for mounting

the sow is recommended.

CAUTION: Make sure the saw mounting sur-

face of bench or table is even and free of

"'twist" in order to prevent distortion of saw

table when mounting bolts are lightened.

1. Select asturdy table or bench and plan the saw location

for convenience and accessibility.

2. Measure and mark the two hole locations in bench (or

table), using the dimensions shown in figure 49. [Dimen-

sions are given from hole centers.)

23-1/2

GROMMET i

\\

Figure 48

REAR OF BASE

Figure 49

17

motor specifications and mounting

3, Drill two holesin table at marked locations. Holes in saw

base are 7/16-inch in diameter. It is recommended that

3/8-inch bolts be used for mounting.

4. Cut an opening inthe table top undersawbase, in order

to prevent accumulation of sawdust inside the base. The

opening should be at least 12-inches, The actual size

will depend upon the type of table or bench being used.

5. Mount the saw with proper length bolts.

PERIODIC MAINTENANCE OPERATIONS

This Craftsman saw is a fine machine and should be given

the best of care. If kept clean andproperly lubricated, it

will provide many years of trouble-free service. There are

no specific maintenance time tables. However, operations

listed and described in paragraphs immediately following

should be performed when conditions or symptomssuggest

need for attention.

1. Removing Saw Blade.

NOTE: The saw blade, regardless of type

being used, should be kept sharp at all times.

Accurate and effective work cannot be

achieved with a dull blade. The saw arbor

has right-hand threads which causes the

arbor nut to become tighter in response to

saw rotation.

a. Remove the table insert, as described under "'Assem-

bly and Adjustments".

b. Slide a wedge shaped block of wood under a saw

tooth to wedge the blade and prevent rotation. CSee

figure 50.)

c. Using the arbor wrench supplied with the saw, rotate

the arbor nut counterclockwise to loosen it Remove

the nut and loose collar with fingers.

d. Remove the wood block and slide saw blade off the

arbor shaft.

2. Installing Saw Blade.

CAUTmON: Under no circumstances should a

blade with adiameter greater than 10 inches

be used with this saw.

ARBO_ WRENCH

WOOD BLOCK

a. Slide the new blade on arbor shaft, making sure saw

teeth are "'pointing'* toward the front of saw table.

install the loose collar and arbor nut finger tight.

b. Insert the wedge shaped wood block into the table

opening at the rear of saw blade and tighten the

arbor nut with the arbor wrench supplied wlth the

saw. (See figure 51.1 Remove the wood block.

c. install the table insert as described under "Assembly

and Adjustments".

3. Lubricate Saw When Needed.

Lubricant should be applied to friction points when they

appear dry upon visual inspection,or when friction increases

on the various controls.

f '_ .

Re er to the Repair Parts" exploded views and "Parts

List" for correct item names.

Figure 50

a_ The tilt and lift screws are self-cleaning, which pre-

ventsclogging or gummingof the threads, as the sharp

threads w_pe and clean the gear teeth. Apply a few

drops of SAE 20 or 30 oil as needed to keep parts

rotating smoothly.

b. The saw arbor bearings have been packed at the

factory with proper lubricant and require no addi-

tional lubrication. Other parts requiring lubrication

should be oiled frequently with SAE No. 20 or 30 o I.

The following parts should be lubricated regularly:

(1) Table trunnions.

(2) Lift screw and gear rack of assembled arbor.

WOOD BLOCK (3) Tilt screw block, tilt screw threads and tilt nut.

(4) Pivot pin and saw arbor housing guide.

(5) Clamp screw.

c. All points where aslip fit is necessary for adjustment

purposes should be oiled occasionally. (Pivot arm

screw, for example, figure 46.)

d. Attention should be given to moving parts in the rip

fence and miter gauge for cleanliness and lubrication.

/

Figure 51

1B

operating controls

e. To prevent the saw table surface from rusting, it should

be kept covered with afilm of Sears "Stop Rust" when

not in use. It can be wiped off with a cloth before

using. Treat other unpleted and unpainted parts and

surfaces with "Stop Rust".

SAW MITER

GAUGE RIP-FENCE

LOCK HANDLE

OPERAT NGCONTROLS

Before operating the saw, the operator should examine all

controls until thoroughly familiar with their functions, as well

as making sure that mechanisms respond to operation of

controls. (See figure 52.)

1. Elevation Hand-Wheel- located on the front of the

saw to raise or lower the saw blade.

2. Tilt Hand-Wheel -- located on left-hand side of saw to

control the angle of tilt. The saw blade can be tilted from

0 to 45 degrees, as indicated on the Tilt Scale. If the

angle of cut (tilt) must be extremely accurate, the angle

of the saw blade should be checked with a protractor,

or with a board known to be cut at the exact angle

required.

3. Rip Fence-the fence is operated by pushing in the

Fence Knob so that it engages a pinion gear with the

teeth on the Rack. Turning the knob after pushing it in

will cause the rip fence to move across the table. When

the knob is released, it becomes disengaged from the

pinion gear and the rip fence can be moved across the

table by hand. Keep the saw table and rip fence clean,

as dirt may prevent the rip fence from assuming proper

alignment when tightened.

4. Lock Handle--this handle is used to clamp the rip

fence in place after it has been moved to the desired

position.

5. Miter Gauge this gauge is used in table grooves as

aguide far the work-piece. The angle of the gauge can

be adjusted by loosening the clamp handJe and position-

ing the gauge as indicated by the dial and pointer on

the gauge.

6. Key-located at lower right of saw base, alongside

the ON-OFF switch, to lock the switch and prevent un-

authorized persons turning on the saw. The key must

be in the lock before the ON-OFF switch can be turned

on. (See figure 53.)

7, ON-OFF Switch -- also at lower right of saw base. The

switch lever is of unique design for maximum safety

protection. It is turned "on" by inserting the forefinger

under end of lever and pulling it outward. [See

figure 54.)

The switch can be turned off by thumb pressure (figure

55) or by striking it with any part of the body.

NOTE: At this point, plug in the power cord,

insert the key and turn itto the unlocked posi-

tion and pull the ON-OFF switch lever outto

start the saw (figure 54.) Turn off the ON-

OFF switch by pressing the lever inward (fig-

ure 55) to stop the saw.

FENCE KNOB

RACK

HAND WHEEL # SWITCH

ELEVATION

HAND WHEEL Figure 52

Figure 53

Figure 54

SWITCH LEVER

Figure 55

19

proper operating procedures

ORANG[

PUR_£

RIP CUTS DEPTH OF CUT

LOCK UflLOCK

MITER CUTS

tIGHT BLUE v'ELLOW

Figure 56

Figure 57

i,

WIDTH OF CUT-_

SOC KET-HEAD

rSCREWS

CUT INDICATOR

CUT-INDICATOR SHOES

Figure 58

P OPEROPEEATJNGPROCEDURES

COLOR CODED CONTROLS

In order to simplify operation of this bench saw, basic set-up

and operating adjustments are keyed to the controls to be

used in performing the operation with color discs applied

directly to the item involved. These set-up adjustments and

color-codes are illustrated on the front (trim) panel of the

saw. The colors and operations to which they are keyed

are as follows: (See figure 56.)

1. ORANGE-- Rip Cuts. An orange disc is located in the

end of fence locating knob. This knob is used for posi-

tioning the fence (with lock handle released) for the

desired width of board when ripping.

2. PURPLE--Depth of Cut. Apurple disc is located in the

end of the handle attached to the elevation hand-wheel.

Rotation of the elevation hand-wheel raises or lowers the

saw blade to provide the desired depth of cut.

3. LIGHT BLUE--Bevel Cut. Alight blue disc is located

in the end of the handle attached to the tilt hand-wheel.

Rotation of the tilt hand-wheel positions the saw blade

at the desired angle with saw table for the bevel cut

required, The angle is indicated by the pointer on the

tilt scale (located on front panel).

4. YELLOW-Miter Cuts. The miter gauge indicator

(pointer) is colored yellow. The pointer and miter gauge

scale are used for setting the gauge to produce the de-

sired -niter cut angle.

NOTE: For additional descriptions of con-

trois involved in the use of the saw, refer to

the paragraph "OPERATING CONTROLS".

CHECK AND ADJUST THE

EXACT-I-CUT gNDICATOR:

NOTE: This adjustment is listed at this point

since it is necessary TO operate the saw in

order to make the test.

The cut indicator ("Exact-I-Cut') located afew inchesahead

of the saw blade (figure 57), enables the operator to deter-

mine preciselywhere the cut in a particular board will occur,

provided the cut indicator shoes have been correctly posi-

tioned, it should be checked and adjusted (if necessary)

as follows:

1. Inspect the cut indicator housing (figure 58) to make

sure it is even or just slightly below the level of table

top surface. If too high, locate the two cut indicator

housing attaching screwsunderneath the saw table and

fig hten them until the housing is flush (or slightly below)

the table top surface. If the cut indicator housing is

too 10w, loosen the attaching screws until it is correctly

positioned. (The cut indicator housing has a spring.type

washer under it which permits it to be raised, or lowered,

in response to ffghtening or loosening the attaching

screws.

2. Position the saw blade in the 90 ° position (0 ° on tilt

scale), by rotating the tilt crank counterclockwise until

it will rotate no farther.

2O

3.

4.

With the saw running, place a straight board (preferably

hardwood) against the miter gauge and hold it securely.

Make a smaff cut and pull the miter gauge back until

the cut is directly on the "Exact-l-Cut". (See figure 57.)

If both cut indicator shoes are aligned with the edges

of the cut, no adjustment is required. If not aligned,

loosen the two socket, flat-head screws with a 1/16-inch

hex-L wrench and slide the cut indicator shoes laterally

until the edge of each shoe is aligned with its respective

edge of the cut in the board. (See figure 58.) Tighten

both screws and recheck for accuracy of the adiustment.

RIPPING

The process of sawing wood with the grain is known as

"ripping". it is generally done with the aid of a rip

fence as a guide to positio_ and maintain the work at

correct width for the desired cut. (See figure 59.) Since

the work is pushed along the fence, it must have a rea-

sonably straight edge to make sliding contact with the

fence. Also. work must make solid contact with the table,

so that it will not wobble. Provide a straight edge, even

if this means temporarily nailing of an auxiliary straight

edge board to the work. If workpiece is warped, turn

the hollow side down.

2. The saw guard should be used during all ripping opera-

tions. The guard has a splitter which prevents the saw

kerr from closing and binding the blade.

3. Set the rip fence to desired width of cut, either by using

the scale on the fence guide bar, or measuring the dis-

tance between blade and fence. The fence _sgenerally

used on right-hand side of blade. Stand a little to the

right of center to avoid being sprayed with sawdust and

to be clear of work in case of a kickback.

4. Start the saw and advance the work, using the left hand

to hold work down and right hand to push it forward. As

:ut nears completion, move the left hand to a safe dis-

tance from saw blade, and push work through with right

hand a Eone.

CAUTION: Never reach in back of blade with

either hand to hold work down.

When the distance between the fence and saw blade is

less than the width of your palm, do not attempt to push

work through by hand. Use a push stick or pull work

through from behind saw. (See figure 60.)

Do not leave along board unsupported so that the

spring of the board causes Jt to shift on the table. Use a

support to catch end of board behind the blade. If board

is quite long, use another support in front of saw blade.

(Figure 61 showsone type of support that is adjustable

for height and easily constructed.)

RESAWING

1. The process of cuffing thick boards into thinner ones is

known as "resawing". It is a ripping operation. (See

figure 62.) Small boards (up to 3-3/B-inch maximum

width) can be resawed in one pass, but larger boards

(up to 6-1/4-inch maximum) require two passes, one

along each edge of the board.

2. When two cuts from opposite edges are required, these

GUARD

Figure 59 ./

:USH STICK

i-INCH SQUARES. /"

Figure 60 Figure 61

I

RIGHT WRO

Figure 62 I F'g

should be made to overlap 112-inch from the approxi-

mate center of the board.

3. If the first cut is too deep, the kerf will close and bind

the saw on the second cut, with danger of kickback. Also,

when the kerf closes, the two sidesof the cut are no !anger

parallel to the saw blade, and the saw wilt cut into them

to spoil their appearance. (See figure 62.)

_,. Keep same face of board against fence when making

both cuts.

CROSSCUTTING

1. Sawing wood across the grain is known as "'crosscuffing".

(See figure 63.) Boards are milled with the grain running

the length of the board.

21

proper operating procedures

Figure 64 Figure 65 Figure 66

2. In crosscutting the long edge of the work is placed across

the table top, therefore, the miter gauge is used as a

guide instead of the fence. Most operators prefer to

use the left-hand table groove. In this case, the left

hand is used to h_]d the work in contact with the gauge.

The right hand is placed on the handle and used to

advance the work. If right-hand groove 'is used, hand

positions are reversed.

3. Ordinarily, the gauge is placed in the table groove with

bar in front. When work is so wide that it completely

covers the table in front of blade, the gauge should

be reversed.

4. Square crosscutting is done with the miter gauge set at

"0" (at oright angle to the slide and groove). (See

figure 64.) The splitter need not be removed, but it is

not needed for this operation.

5, Start the cut slowly and hold work firmly to table to

prevent kickback or chatter. (Loosely held pieces will

sometimes vibrate against the table wher_ crosscutting,

which tends to bind the saw blade and dull the teeth.)

6. An auxiliary wOOd extension bolted to the miter gauge

greatly improves the gauge as a support. (See figure 65.)

Sandpaper glued to the extension will help prevent side

creep of thework.

7, If the work overhangs the saw table enough to sag al

each end, provide supportsthe same as in ripping opera-

tions. The stop rod on the miter gauge, or a stop block

BEVEL AND MITER CUTS

1. Bevels From 1 to 45 degrees are cut by tilting the saw

blade.

2. Operations are the same as for ripping or crosscutting,

but work should be extra well supported to prevent creep.

3. Miters are crosscutsat an angle to the edge of the work.

(See figure 67.) The miter gauge is set at the required

angle to make the cut. Here also, precautions must be

taken to prevent creep.

THE DADO HEAD

1. The dado saw or head is a special set of blades for

cutting grooves and dodoswith a bench saw. (See figures

68 and 69.) (Dado heads may be purchased at any

Sears Retail Store or Catalog Order House.) The head

consists of two solid, stiff outside blades, and a number

of inside chipper blades. The outside blades are 1/8-

inch thick; there is one 1/4-inch, two 1/8-inch, and one

1/16-inch chipper blades. With these blades, grooves

of I/g-inch, 1/4-inch can be cut and additional widths

increased in stepsof 1/6-inch up to a maximum of 13/16-

inch and amaximum depth of 1-3/8-inches.

NOTE: Outside bladescan be used alone, chip-

pers cannot.

2. When using a full set of dado blades, do not use the

fastened to the extension, is used to fix position of loose collar. The width of the dado can be reduced while

left-hand edge of Work for measuring length of piece using the loose collar and two or more passes can be

to be cut off. (See figure 66.) made with the work to obtain the desired width of cut.

Figure 67

I/E" OUTSIDE SAVV

/4"CHt PE -,

_ C H IPPERSARRANI _GED

_/,_TO FALL IN GULLETS'-z

_OF OUTSIDE SAWSII_

V/ Z_ co, ,

'_I r-_ TEETH

Figure 68 RAKERTOOTH Figure 69

22

3. A dado insert must be used to replace the standard table

insert. When using a full 13/16*inch dado set, the arbor

cannot be tilted to 45 degrees without touching the

insert. Do not attempt to operate in this position. Also

when the dado is set for the maximum depth of cut

(1-3/8-1nches), be sure to spinthe blade by hand before

turning on the motor to make sure the blade does not

strike the dado insert. Whenever two or more chippers

are used, stagger the swaged ends as evenly as possible

around the circumference. Fractional adjustments in

thickness of the head can be made by using paper

washers between the outside blades and chippers.

4. Dado head operations are much the same as those with

a standard blade. Since the dado head takes a larger

bite, the work should be held more firmly. It is agood

practice to use a hold-down jig like the one shown in

figure 70.

5. When a groove wider than the dado head is required,

make two or more passes, The best method is to use a

notched stop block to position each successive cut. (See

figure 71.) The block is fastened to edge of table where

it can be used to position work before starting the cut,

but in a position that will not permit contact with work

during the cutting operation. Space the cuts so they

overlap slightly.

6. When cutting a gain (a groove that is closed at one end)

use a stop block to fix the end of the cut. (See figure 70.1

To locate the stop, place the work alongside the dado

head in position in which it will be when cut is finished.

Then rig the stop at the end of the work. When cuffing

astopped groove (which is closed at both ends) also use

a starting block, as shown in figure 72. This is located

in same manner as the stop block,

SANDING

A sanding wheel can be mounted on the saw arbor and the

tilting arbor of the saw" provides ahigh degree of versatility

for fine sanding operation. (See figure 73.)

STABmL|ZmNG WASHERS

FOR THmN BLADES

Stabilizing washers should be used only with thin blades.

When using these washers, the maximum depth of cut cannot

be obtained and the washers must be kept below the bottom

surface of the table insert.

Figure 71

Figure 72

Figure 70

//

Figure 73

23

procedures

Figure 74

SAW BASE

NSIDE|

BEARING RETAINER

\\

Figure 75

RELOCAT|NG THE TnLT HAND-WHEEL--

FROM LEFT SIDE TO RIGHT SIDE OF SAW

The design of this saw permits relocation of the tilt hand-

wheel by moving it from the left-hand side to the right-hand

side of the saw. Should the operator prefer this hand-wheel

on the right, the change maybe made as follows:

NOTE: Figures 74 and 75 show only the saw

base. The table and cradle have been left

out for darity.

1. Removal of Partsfrom Left-Ha nd Side. (See figu re 740

a. Loosen the set screw intilt hand-wheel with a5/32-

inch hex-L wrench and remove the tilt hand-wheel

from end of tilt screw. (See figure 74.)

b. Reach inside saw base from the rear and loosen two

set screws in each stop collar just enough to permit

the stop collars 1o rotate easily on tilt screw

c. Remove the stop collar located near the end of tilt

shaft.

d. Remove two No. 10 x7/1 6-inch pan-head screwsthat

secure the bearing retainers to the saw base with a

screwdriver.

e. Grasp 1he saw cradle by reaching nsde the base

from the rear end flit" the cradle until the end of

tiff screw is withdrawn into the base. The tilt bearing f.

shims will fall out and should be retrieved as they

must be re-lnstalled on the opposite side.

f. Slide the outsidebearing retainer off end of tilt screw

and tilt the cradle by hand (while guiding the end of

tilt screw into the hole) until the outer end of tilt screw g"

passes through the holein the saw base.

g. Reach inside the base with one hand and hold the

stop collar and inside bearing retainer and rotate the

2. instai_ing Parts on Right-Hand Side. (See figure 75.)

a. Insert the inner end of tilt screw through the hole in

right-hand side of saw base (figure 75) then reach

inside of base and slide the inner bearing retainer

on the tilt screw, with flat face of retainer toward the

tilt screw bearing. Start the stop collar on the threads

and rotate it a few inches onto the tilt screw.

b. Start the end of tilt screw into threads in saw cradle.

c. Continue to rotate the tiff screw clockwise into saw

cradle, while at the same time rotating the stop collar

outward on tilt screw, until the outer end of flit screw

emerges from the hole inside saw base. it may be

necessary to grasp the saw cradle and tilt it by hand

enough to permit the outer end of tilt screw to pass

through the hole and emerge into the base.

d. Slide the outside bearing retainer onto the tilt screw

(oriented so it wilt fit the bearing contour) and rotate

the tilt screw counterc!ockwise until the end passes

through the hole in the base.

e. Work the outside bearing retainer into position on

the bearing and inside the base and siide the inside

bearing retainer over the stop cellar and into position

on the bearing.

Hold inside and outside hearing retainers in place

against the base and start two No. 10 x 7/16-1nch

pan-head screws into their threads in the inside bear-

mg retainer. Leave the screws loose at this time.

Slide the same number of tilt bearing shims between

the bearing retainers as were removed from the same

location and tighten the two No. 10 x7/16-inch pan-

head screws securely.

tilt screw counterclockw se unt I free of the threads in h. Install the t!!t, hand-wheel and tighten the set screw

agalnstthe riot on ena of tilt screw

saw cradle. White still holding the inside retainer and

stop collar, continue to rotate the tilt screw until the i. Refer to "'Adjust Step Collars," under "'Assembly and

stop collar is free of the threads. Withdraw the tiff Adjustments' and adjust the saw b ade to stop at

screw from the hole in the base. 0 and 45 poslhons as described.

24

bl h °

frou e s ootung-accessornes

TROUBLESffOOTJHGCHART

TROUBLE

Motor will not run

Excessive vibration

Cannot make square cut

when crosscuMing

Cut binds, burns or

sta||s motor when

rippQng

PROBABLE CAUSE

1. Defective On-Off switch

2. Defective switch cord

3. Defective switch box

receptacle

4. Motor protector open-

circuit, broken

5, Low voltage

6. Defective motor

I. Improper motor tension

2. Blade out of balance

REMEDY

1, Miter gauge not

adjusted properly

2. Blade not properly

aligned

1. Dull blade with

improper tooth set

2, Warped board

3. Blade not properly

aligned

4. Rip fence not

properly aligned

5. Guard splitter out of

alignment

1. Stop collars not

properly adjusted

I. Dirt and need of

lubrication

I. Replace switch,

2, Replace switch cord,

3. Replace switch box receptacle,

4,

5.

6.

1.

2.

1.

2.

1.

Reset protector by pushing on red button, located on side

of motor (indicated by audible click).

Check power line for proper voltage.

Repair or replace the motor,

See "'Adjusting Pivot Arm Screw" under "Periodic

Maintenance Operations".

Use a different blade.

See "Check and Adjust the Miter Gauge" under

"Assembly and Adjustments".

See "Align Saw Blade with Table Grooves" under

"'Assembly and Adjustments",

Check set and sharpness of blade.

2. True up material,

3, See "Align Saw Blade with Table Grooves" under

"Assembly and Adjustments",

4. See "Check and Adjust the Rip Fence" under "Assembly

and Adjustments".

5. Align splitter with saw blade.

Blade not true at O° 1. See "Adjust Stop Collars" under "'Assembly and

or 45 °Adjustments".

Tilt and elevating screw 1. See "Lubricate Saw" under "Periodic Maintenance

hand-wheels turn hard Operations".

RECOMMENDED ACCESSORIES

Item Cat No.

BENCHSAWKNOW-HOW

BOOKLET.............. 9-2929

FLOORBASE ........... 9-2227

FLOORBASE ............. 9-1071

RUBBERWHEELS............ 9-2244

TABLEEXTENSION........ 9.28925

STOPRODS................ 9-29924

HOLDDOWNCLAMP ....... 9-29928

Item Cat.No. Item Cat.No.

HOLDDOWNSET 9.3230 MOLDINGHEADONLY- 43/_" 9-3200

UNIVERSALJIG ............. 9-3231 MOLDINGHEAD--5s/s"9-3215

TAPERJIG .......... 9.3233 DADOHEAD- 7" ....... 9-3257

DADOiNSERT ........ 9-29958 DADOHEAD- S" 9-3249

MOLDINGINSERT ........ 9-29959 BLADESTABILIZERS 94952

MOLDINGHEADSET- 7" 9-3217 SANDINGWHEEL........ 9-22723

MOLDINGHEADSET- 4¾" 9-3221 SAWBLADES....... SEECATALOG

MOLDINGHEADONLY- 7" 9.3214

The above recommended accessories are current and were

available at the time this manual was printed.

25

repair parts

I2

:102

101

J

18 19

87 23

10-iNCH TULTING ARBOR BENCH SAW

MODEL No. 113.29943

22

15 14

23

109

65

63

Figure |

108

51

45 46

/

26 49

26

10-_NCH TILTING ARBOR BENCH SAW, MODEL No. 113.29943

WHEN ORDERING REPAIR

IN THiS LIST:

1. THE PART NUMBER

2. THE PART NAME

PARTS, ALWAYS GIVE THE FOLLOWING iNFORMATiON AS SHOWN

3. THE MODEL NUMBER -- 113.29943

4. THE NAME OF ITEM .....10dNCH BENCH SAW

Always order by Part Number .....nat by Key Number

N5l

4

5

6

7

8

9

t0

11

27

28

29

30

31

32

33

34

,, , ,,

Part !

No. ]Description

62387

62287

62074

144630

62288

140879

62289

62290

60049

62228

62209

62212

133063

62211

62011

114604

115120

120399

114605

118774

_26218

30426

30419

6532

106751

30442

30420

3509

37158

35O8

448611

30646

63017

6362

t

FIGURE | PARTS LIST

No. !Pad

,No.

35 160175

36 13540

37 423571

38 60062

39 60205

40 60206

l

41 J6301i

42 I 62295

43 137899

44 i 62296

45 30653

46 6017g

47 37838

48 62297

49 448633

50 62298

51 62299

52 62300

53 37861

54 448001

55 102570

56 62250

57 111688

58 62301

60 602O7

61 71046

62 62302

63 145189

64 j62303

65 t 62304

62305

66 J 454896

67 J 60045

tDescripHon

_;Blade, Ch;sei Too_h

Wrench, Arbor

*_._rew, Math. w/Ext. Tooth

LockwQsher, 3/8-16 × 1", Hex_ Hd.

_Washer, .380 x 3/4 ×3/32 '_, Stee!

Spring, Screw Ctamp

_Screw, Tapping, 1/4-20 × 1-1/2",

Hexo Washer Hd., SteeI

Washer, Screw CIamp

Spacer, Screw Clamp

Nut, Tilt

Screw, Lift

"'0" Ring

Washer, Lift Spring

*Washer, Plaln, .629 x 7/8 x 1/64 '_,

Steel

Pointer, Lift 1

_'Screw, Tapping, No_ 10-32 x 3/8 _,

Hex_ Hd.

Base

Switch

Panel Assembly, Trim

Key

'_Screw, Tapping, No. 6*32 x 1/4 _',

Pan Hd.

Screw, Set, t/4-20 x 7/]6 _,

Socket Hd., Cup Pt.

Crank Assembly

*Screw, Type B, No. 8 x 5/!6",

Pan Hd.

Card

Rellef,Cable Strain

Connector, W_re

Outlet

*Screw, Type B, No. 10 x 7/16",

Pan Hd.

Retainer, inside Bearing

Sh_m, (,005 Thick) _!

Shim, (.010 Thick)

Screw, Mech, Hex. Ind. Hd.o

3/8-16 x 1/2 |

J

Ring, Retaining

Guard Assembly, Saw (See F;g. 4)

8nsert Assembly, Table

Catch, Spring

*Screw, Mack, No. 4 x 5/16",

Flat Hd°, Steel

insert, Table

*Screw, Set_ No_ 10_32 x 3/16 °_,

Hex. Socket kid., C_p Pt.

Table

Fence AssembJy, Rip (See Fig_ 1)

_Screw, Self-Tapping,

No. 4-40x 3/16", Pan Hd.

Tape, Fence

Gauge AssembJy, Miter (See Fig. 3)

Rack, Table

*Screw, Mech., 1/4-20 x 2 rr,

Rd. Hd, SIott_d

Bar, Fence Guide

Spacer, Fence Guide Bar

Lockwasher, External 1/4"

*Nut, He×., 1/4-20 x7/16 x 3/t6 _,

Steel

*Nut, Square, 5/16 x9/16 x7/32 I'

Lockwasher, External 5/16"

*Washer, 11/32 x 7/8 x 1 /16 r_, Steel

*Baff_ Carriage, 5/16-18 x 3/4"

Trunnion, Table

Housing Assembly, Arbor:

Consisting of items 24, 25, 26, 27,

28, 29, 30, 31 and 32

Arbor Assembly

Key, Arbor

Ring, Retaining

Housing, Arbor

Bearing, Arbor

R_ng, Bearing Retainer

Retainer, Arbor Bearing

*Screw, Tapping, No. 8_32 x 3/8",

Hex. Ind. Hd., Steel

Pul|ey

Cotlar, Loose

Nut, Arbor

27

repair

10-INCH TILTING ARBOR BENCH SAW, MODEL No. 113.29943

FIGURE IPARTS LIST-- (Continued)

Key

No.

69

72

73

74

75

76

77

78

79

80

81

82

83

84

85

86

87

9O

62306 "Bearing

62307 Retainer, Outside Bearing

37900 !Collar, Stop

62308 Screw, Tilt

62204 I Clip, Cord

30767 Washer, End Play (.005 Thick)

1

62309 Cradle Assembly

62310 ' Cradle

6534 _Pin, Pivot

9415812 *Screw, Mach., 5/16-18x5/8",

'Hex. Ind. Hd.

62312 iLink

37945 tBelt, V-Type, 1/2 ×41"

60044 iRing, Retaining

62293 ' Guard, Belt

91 62294

92 62292

93 60025

94 62111

95 273336

96 102582

97 436693

98 38747

99 38746

100 62257

101 38845

102 60195

103 60194

104 37836

105 30505

106 37837

107 114606

108 63467

109 63054

110 "115545

_11 62378

112 62376

A 62386

Description

Clamp, Ring

Support Guard

*Screw, Mach., 5/16-18 x 1fr,

Hex. Ind. lid.

Rod, Splitter

Pin, Rail

Screw, Set, 5/16-18 x 1/2",

Socket Hd., Cup Pt.

*Screw, Mach., No. 8-32 x3/8",

Pan lid.

Plate, Cut Indicator

Washer, Spring

Housing, Cut Indicator

Shoe, Cut Indicator

*Screw, No. 4-40, Flat Hex. Socket

Rec. lid.

Wrench, Hex.-L (1/16 rt)

Wrench, Hex.-L (3/32 It)

Wrench, Hex.-L (1/8")

Wrench, Hex.-L (5/32")

Lackwasher, Ext. Tooth

Cap, Flag Terminal

Ring, Retaining

mLockwasher, No. 10

"Cord

mOutlet

rOwners"Manual (Not Illustrated)

*Standard Hardware item--May be Purchased Locally.

tStock Item -- may be secured through the Hardware Departments of most Sears or Simpsons-Sears Retail Stores or

Catalog Order Houses.

mUsed on Canadian Model only.

SEARS, ROEBUCK AND CO. oSIMPSONS-SEARS LIMITED

28

10-NHCH TILTING ARBOR BENCH SAW, MODEL No. 113.29943

RmP FENCE ASSEMBLY--62290

12

13

Figure 2

FIGURE 2 PARTS LIST

1

62290

423350

2 62126

360049

4 62052

562051

6 62046

7436732

8 62291

9 62127

10 62130

11 62131

Description

Fence Assembly, Rip

*Screw, Mach., w/Ext. Tooth

Lockwasher, 3/8-t 6 x 1/2 It,

Hex. Hd., Steel

Channel Assembly, Fence

*Screw, Tapping, No. 4-40 x 3/16",

Pan Hd. Slotted, Cad. PI, Steel

Retainer, Fence Index

Indicator, Fence

Shoe, Cam Face

*Screw, Mach., No. 10-24 x 1/2",

Pan Hd. Slotted, Cad. PI. Steel

Handle, Fence Lock

Head, Fence

Bushing, Fence Adjusting Shaft

Spring, Fence Adjusting Shaft

* Standard Hardware Item -- May be Purchased Locally.

Key Part

No. No. Description

12 60067

13 62132

14 62049

15 62048

16 60230

17 30505

18 62129

19 62050

20 62047

21 62128

22 62055

23 62073

24 37837

25 60229

26 62053

*Screw, Set, 1/4-20x 1/4"0 Hex.

Socket Hd., Cup Pt.

Knob, Fence Adjusting

Spring, Squaring Pawl

Pawl, Fence

*Screw, Set, Lock, 1/4-20 x 1"

*Wrench, Hex.-k (1/8 _)

Shaft Assy., Fence Adjusting

Pin

Pin

Rod, Lock

Spring, Fence Lock

Lock, Fence

*Wrench, Hex.-L (5/32 rr)

Screw, Set, Lock, 5/16-18 x 1/2"

Support, Fence Lock

29

10-INCH TILTING ARBOR BENCH SA_f, MODEL No. 1 13.29943

MITER GAUGE ASSEMBLY -- 62209

J

1

13 12 ./

Figure3 _8"_-.-_ 7

2

3

FIGURE 3 PARTS LIST

Key

3

Part

62209 _";'Gauge Assembly, Miter

7!

3 893 Gauge, Miter

37895 Block, Miter Gauge Indicator

Key

No. No. , Description

8 *Screw, Mach., w/Lockwasher,

No. 8-32 x 5/8", Pan Hd. Slotted,

Cad. PI. Steel

9 139325 *Screw, Set, 1/4-20 x3/8 rr,

Hex. Socket Hd., Cone. Pt.

t0 62230 " Rod Assembly, Miter Gauge:

, , Consisting of Items 12, 13, 14

11 *Wrench, Hex.-L (1/8")

12 124824 _ *Nut, He×--5/16-18xl/2x3/16"

13 62225 Stud, Clamp

14 Stud, Pivot

* Standard Hardware Item- May be Purchased Loccilly.

tStock Item -- May be secured through the hardware departments of most Sears or Sl_mpsons-SearsRetail Stores or

Catalog Order Houses.

3O

10-_NCH TmLT|NG ARBOR BENCH SAV¢, MODEL No. 113.29943

GUARD ASSEMBLY SAW 62387

1

/

/

/

/

/

45\1

1

6

7

8

Figure 4

FIGURE 4 PARTS LiST

Key Part

No. No. Description

62387

160297

262391

362395

4 62389

562390

6 9414920

762136

862396

9 115120

Guard Assembly, Saw

Nut, Push

Pin, 1/4× 1-1/2"

Support, Guard

Guard, Saw

Pin, 1/4x 1-3/4 pr

*Washer, 17/64 x 5/8 x 1/16 r_

Spacer, Pawl

Pawl

*Nut, Hex, I/4-20 x 7/16 x 3/16 r_

Key Part

No. No.

10 62210

11 60204

12 62393

13 60017

14 62392

15 455481

!6 60004

17 62134

Description

Support, Splitter

*Screw, Thumb

Blade Assembly, Spreader

*Screw, Hex Ind. Hd., 1/4-20 x 5/8 tr

Pin, 1/4x1"

*Pin, Roll, 3/16 x 15/16"

Ring, Retaining, 1/4"

Spring, Paw1

*Standard Hardware Item- May be Purchased Locally.

31

I Sears

owners

manual

Soaps

SER VICE

is at

YOUR

SERVICE

wherever YOU

live or move

in the U.S.A.

How to ORDER Repair Parts

The Model Number will be found on a plate attached to your

Saw at the rear of the base. Always mention the Model Number

when requesting service or repair parts for your 10 Inch Bench

Saw.

All parts listed herein mav be ordered through SEARS,

ROEBUCK AND CO. or SIMPSONS-SEARS LIMITED. When

ordering parts by mail, selling prices will be furnished on

request or parts will be shipped at prevailing prices and you will

be billed accordingly.

WHEN ORDERING REPAIR PARTS, ALWAYS GIVE THE

FOLLOWING INFORMATION AS SHOWN IN THIS LIST.

1. The PART NUMBER

2. The PART DESCRIPTION

3. The MODEL NUMBER 113.29943

4. The NAME OF ITEM - 10 INCH BENCH SAW

L

Your Sears merchandise takes on added value when you

discover that Sears has over 2,000 Service Units through out the

country. Each is staffed by Sears-trained, professional

technicians using Sears approved parts and methods.

Sears, Roebuck and Co., Chicago, Ill. 60607 U.S.A.

and Simpsons-Sears Limited, Toronto

Form No. SP3947-2 Printed in U.S.A. 8/73