Rockwell 37-290 User Manual

RockweII

MANUFACTURING

COMPANY

400

N.

Lexinqton Ave. . Pittsburgh, Pa.

15208

ROCKWELL-DELTA

37-290

4"

DELUXE JOINTER

418-02-651-0001

DATED

3-

1-72

4"

DELUXE

JOINTER

SHOWN

WITH STAND, MOT0

R,

SWITCH ROD AND CASTERS

INTRODUCTION

Your new Rockwell Delta

4"

Deluxe Jointer is a ruggedly built precision jointer perfect for the home workshop, cabinet shop and building site. It is equipped

with a sealed, lubricated-for-life ball bearing

cutter-

head, double-tilt fence with positive stops at

90

de-

grees and

45

degrees right and left, fully adjustable table with dovetailed ways and adjustable gibs, precision ground and balanced high-speed steel knives.

8"

LONG-BED

4"

STANDARD JOlNTEl

1

IF

YOU ARE NOT

thoroughly familiar

7.

ALWAYS

use a push block when

with the operation of Jointers, obtain

jointing stock that does not give

a

advice from your supervisor or

reasonable distance of safety for

2

.

REMOVE

tie, rings, watch and other

8.

NEVER

joint stock under

6"

long.

jewelry, and roll up sleeves.

9.

NEVER

pass hands directly over

3

ALWAYS

wear safety glasses or

cutterhead.

a face shield.

4,

KEEP

cutterhead sharp and free of all

rust and pitch.

5,

MAKE ALL

adjustments with the

power off.

6,

GUARDS

should be in place and used

at all times.

10.

ALWAYS

make sure exposed cutter- head behind the fence is guarded, especially when jointing near the edge or rabbeting.

1 1.

DISCONNECT

jointer from the pow,

source when making repairs.

12.

SHUT OFF

the power and clean the

jointer before you leave

it.

CLEANING THE JOINTER

Remove the protective coating from the machined

surfaces of the jointer. This coating may be removed with a soft cloth moistened with kerosene (do not use acetone, gasoline or lacquer thinner for this purpose). After cleaning, cover all unpainted surfaces with a good qua1 ity paste wax.

ASSEMBLING STAND

If you purchased the 50-329 Stand, assemble it asshwn in Fig. 2. Make sure the lower shelf is fastened to the

upper set of bolt holes in the legs as shown. Note the relationship of the holes and slots in both the upper and lower shelves, as shown in Fig. 2, to make sure the shelves are

proper1 y assembled.

ASSEMBLING DUST CHUTE

If you purchased the 50-801 Dust Chute (A), assemble it

to the upper shelf, as shown in Fig. 2, using the two

screws

(6)

and nuts supplied. The front of the jointer will be at the end of the top shelf marked (D) and the dust chute

(A)

points to the rear of the jointer stand,

as shown.

ASSEMBLING JOINTER TO STAND

Assemble the jointer to the top shelf of the stand using the three holes

(C)

Fig. 2. The front of the jointer will

be at the end of the top shelf marked

(D).

ASSEMBLING MOTOR, MOTOR PULLEY

AND V-BELT

Motors recommended for use with your jointer are the #60-020-1/3

HP

motor with a 1/2" shaft, #60-220-1/2

HP

motor with a 1/2" shaft and the #62-413-1/3

HP motor with a 5/8" shaft. If you purchased one of these motors, assemble it to the stand as follows:

1.

Fasten the motor to the lower shelf making sure the four rubber washers (A) Fig. 3, are positioned between the motor and the shelf and that the shaft end of the motor is toward the end of the shelf marked

(E)

Fig.

2.

Fig.

3.

-

Fig.

2.

If you are using a motor with a 1/2" shaft it is

necessary to place the sleeve

(B)

and key (C) on the motor shaft, as shown in Fig. 3, before assembling motor pulley.

3. Assemble the Cat. No. 41-113

5/8" bore motor

pulley to the motor shaft.

4.

Make sure the motor pulley is in alignment with the

jointer pulley and assemble the

#49560 V-belt to the

two pulleys.

ASSEMBLING SWITCH ROD

If

you

purchased the

50-333

switch rod, insert the rod

(A)

through the hole in the bracket (B) and assemble

the end of the switch rod to the toggle switch

(C)

using the cotter pin supplied. Then fasten the bracket (B) to the upper shelf, as shown in Fig.

4.

Fig.

4

1

ASSEMBLING RETRACTABLE CASTER ATTACHMENT

If you have purchased the #49-363 Retractable Csster

Attachment for use on the steel stand, assemble it to

the stand as follows:

THIS CAM ASSEMBLED AT FACTORY

LONQ

SIDE

FOOT LEVER END

OF

SHAFT

1.

Before assembling caster set to stand, determine

which side of the stand would be

most convenient for

the foot levers. The foot lever end of the shaft has a

cam (A) Fig.

5,

assembled in place at the factory.

2.

The shafts should be fitted across the narrow side

of the steel stand.

Fig.

5.

4.

Assemble spring washer (A) and caster mount

bracket (B) on each shaft, as shown in Fig. 6.

3. Assemble the cams

(B)

on both shafts (C) at hole

(D)

Fig.

5.

Assemble one cam on each shaft. Cams

on

each shaft must match when assembled, as shown in Fig.

5.

Fig.

6.

SPRING

WASHER

(A)

o

CASTER BRACKET

(B)

-

CAM

-

60)

5.

Assemble foot lever (A) Fig.

7,

t o the end of the

shaft using the pin supplied. Foot lever is assembled

to each shaft in the same manner, as shown in Fig.

7.

6.

Tilt the steel stand by placing a

2

x

4

under it so

that the legs will be off the floor about 2 inches.

Fig.

8.

GROUNDING INFORMATION

This tool should be grounded while in use to protect the operator from electric shock. The tool is equipped with an approved 3-conductor cord and 3-prong ground-

ing type plug to fit the proper grounding type recep-

tacle as shown in Fig.

9.

FOOT

LEVER

(A

Fig.

7.

Place spring washer

(B),

fibre washer (C) and

caster mount bracket (D) on opposite end of shaft

(E)

Fig.

8.

NOTE: The fibre washers(C) are to be used as

shims. These washers can be placed on the shaft end

opposite the foot lever and between the spring washer

(B)

and caster mount (D) Fig.

8.

Place caster mount bracket (D) and (F) with shaft

(E)

and foot lever (A) inside and under steel stand legs

(G)

Fig.

8.

9.

Insert flat head machine screw (H) through hole in

bracket

(D) and through washer (0) steel stand leg

(G)

and fasten in place with washer (N) and nut

(L)

Fig.

8.

Do not tighten nut securely at this time.

10.

Fasten the other bracket (F) Fig.

8,

to the Steel

stand in the same manner and tighten both nuts

(L)

secure1 y.

11.

This same method of application is to be followed

in assembling shaft to opposite pair of steel legs. The

caster

(M)

can then be assembled to the attachment.

GROUNDED OUTLET

BOX

GROUNDING BLADE

15 LONGEST OF] THE 3 BLADES

Fig.

9.

I

1

Fig.

10.

5

GROUNDED OUTLET BOX-

ADAPTER

/

GROUNDING WIRE

An adapter, shown in Fig 10, is available for connect-

ing 3-prong grounding type plugs to 2-prong receptacles. THIS ADAPTER IS NOT APPLICABLE IN CANADA. The green grounding wire extending from the adapter,

.

must be connected to a permanent ground such as to properly grounded outlet box, as shown in Fig.

10.

IN BOTH CASES MAKE SURE THE RECEPTACLE IN QUESTION IS PROPERLY GROUNDED.

OPERATING ADJUSTMENTS

REAR TABLE AND KNIFE ADJUSTMENT

For accurate work in most jointing operations, the rear table must be exactly level with the knives at their highest point of revolution. This means, of course, that the knives must be parallel to the table and project equally from the cutterhead.

To check this alignment proceed as follows:

1.

Disconnect the jointer from the power source.

2.

Raise or lower the rear table as required, by turn-

ing the rear table hand lever, until the rear table is

exactly level with the knives of the cutterhead at their highest point of revolution.

3.

Place a straight edge on the rear table, extending

over the cutterhead as shown in Fig.

11.

4. Rotate the cutterhead by hand. The blades should just touch the straight edge. If a knife is too low or too high at either end, loosen the lock screws in the knife slightly, shift the knife until it just touches the straight

edge, and tighten the screws securely.

After the rear table has been set at the correct height,

it should not be changed except for special operations

and after sharpening knives.

Fig.

1

1.

Fig.

12.

When the rear table is too low, the condition will be as

illustrated in Fig.

13.

The work will be gouged at the

end of the cut.

If the rear table is too high, the result will be as shown in Fig.

12.

The finished surface will be curved.

I

- - -

- - - - - - - - - - - - -

.

REAR

TABLE

Too Low

Fig.

13.

As a final check of the rear table adjustment, run a

piece of wood slowly over the knives for

6

to 8 inches;

it should rest firmly on both tables, as shown in Fig.

14, with no open space under the finished cut.

Fig.

14.

DEPTH OF CUT

The amount of material removal by a single cut can be any thickness from a very thin shaving to

114".

To

adjust for depth of cut, raise or lower the front table by turning the hand knob (A) Fig.

15.

The pointer and

scale

(B)

Fig.

15,

indicates the amount the table has

been raised or lowered.

The pointer should point to the

"0"

mark on the scale

Men the front table is exactly level with the knives at their highest point of revolution. If the pointer requires adjustment, loosen the slotted screw to adjust the pointer accordingly.

Fig.

15.

Fig.

16.

FENCE ADJUSTMENTS

The fence can be moved across the table and can be tilted

45

degrees right or left at any position on the

table by means of the dual-control handle. To move the fence across the table, pull the fence

adjusting handle away

fran the machine until the handle

body (A) Fig. 16, engages the acorn nut

(B).

Loosen the nut, move the fence to the desired position, and retighten nut.

To tilt fence move the fence adjusting handle in towards the machine, as shown in Fig. 16, to engage the nut. Loosen nut and tilt the fence to the desired angle right or left, and retighten nut. When tilting fence to the right, stop block (C), Fig. 16, must be moved out of the way.

The fence on your jointer features positive stops at the most used fence positions of 90 degrees and

45

degrees, right and left. Check the fence with a square to make sure the fence is 90 degrees to the table. if an adjust-

ment is necessary loosen set screw

(D)

Fig.

16,

and

turn the adjusting screw

(E)

in or out against the stop

block (C) until the fence is at 90 degrees to the table.

Then tighten set screw

(D).

Check the positive stops

at

45

degrees right and left and adjust if necessary.

CUTTERHEAD MAINTENANCE AND REPAIRS

After considerable use, the knives will become dull and

it will not be possible to do accurate work. Unless badly damaged by running into metal or other hard material, they may be sharpened as follows:

WHETTING KNIVES

DISCONNECT THE MACHINE FROM POWER SOURCE.

Use a fine carborundum stone; cover it partly with paper as indicated in Fig.

17

to avoid marking the table. Lay the stone on the front table, lower the table and turn the cutter head forward until the stone lies flat

on the bevel of the knife, as shown. Hold the cutter

head from turning, and whet the bevelled edge of the knife, stroking lengthwise by sliding the stone back and forth across the table. Do the same amount of whetting on each of the three blades.

COVERED

WITH

PAPER

WHETTING

KNIVES

SETTING KNIVES

If the knives are removed from the head for replacement or regrinding, care must be used in re-setting them as follows:

1. DISCONNECT MACHINE FROM POWER SOURCE.

2. Place a knife in its groove so that the rear edge of the bevel is

1/16" from the surface of the cutterhead.

3. Slip lock-bar into place and tighten lock screws lightly.

4.

Place a knife setting bar, made of a piece of hard-

wood, approximately

12" long jointed straight on one

edge, on the rear table, as shown in Fig. 18.

5. Rotate head backwards by hand and adjust blade until it just touches the gauge.

6.

Uqing bar, check blade at each end so that it is

parallel to table top and tighten the screws.

Fig.

18

7.

Insert the other two knives and repeat above

instruct ions.

CUTTERHEAD REPAIRS

When the knives cannot be properly- sharpened by the

methods described above, they must be ground to a new bevel edge. In such case, or when bearings need replacement, remove the entire cutterhead 'with bear-

ings and housings from the base and return it to the factory.

Remove the nuts and washers (Item #52 and #53 of the

parts drawing) from the studs (Item

#51).

Lift the

cutterhead assembly straight up and remove from the

jointer. Then remove the studs from the cutterhead.

When installing the cutterhead in the jointer tighten

studs (Item

#51 of the parts drawing) firmly into the bearing housing. Insert the cutterhead with studs into the jointer and firmly tighten the two nuts (Item #53 of

the parts drawing).

BLADE CARE

Gum and Pitch which collects on the blades causes excessive friction as the work continues, resulting in

over heating the blades, less efficient cutting, and con-

sequently loss of blade life. Use "Gum and Rust

Remover

"

to wipe this off the blades.

When these blades become dull enough so that it is noticeable when cutting, they should be resharpened. A sharp blade works easier and results in longer blade

life. The penalty paid for a dull blade is less blade

life and greater wear and tear on all parts of the machine.

In time rust may appear on the table and fence and

other parts of the jointer, resulting in less efficiency

and accuracy of the machine.

Use paste wax which can

be applied t o prevent rust formation.

if, however, rust

has already formed on these parts use "Rust Remover" which will restore the machine to its original accuracy when applied.

OPERATION

The following directions will give the beginner a start on jointer operation. Use scrap pieces of lumber to check settings and to get the feel of the operations before attempting regular work. ALWAYS USE GUARD AND

KEEP

HANDS AWAY FROM CUTTERHEAD.

PLACEMENT OF HANDS DURING FEEDING

At the start of the cut, the left hand holds the work firmly against the front table and fence, while the right hand pushes the work toward the knives. After the cut is under way, the new surface rests firmly on the rear table as shown in Fig.

19.

The left hand should

press down on this part, at the same time maintaining flat contact with the fence. The right hand presses the work forward throughout, protecting the operator against kick-back from the knives.

Fig. 19

JOINTING AN EDGE

This is the most common operation for the jointer. Set

the guide fence square with the table. Depth of cut

should be the minimum required to obtain a straight edge. Hold the best face of the piece firmly against the fence throughout the feed.

JOINTING WARPED PIECES

If the wood to be jointed is dished or warped, take light

cuts until the surface is flat. Avoid forcing such

material down against the table; excessive pressure

will spring it while passing the knives, and it will spring back and remain curved after the cut is completed.

JOINTING SHORT OR THIN WORK

When jointing short or thin pieces, use a push block to eliminate all danger to the hands. Two types are shown

in Fig.

20.

They are easily made from scrap material.

Fig.

20

I

\

DIRECTION OF GRAIN

Avoid feeding work into the jointer against the grain as shown in Fig.

21.

The result will be chipped and

splintered edges.

Fig.

22

WRCNG

FEED

-

AGAINST

THE

GRAIN

Fig. 21

Feed'with the grain as in Fig.

22

to obtain a smooth

surface.

The arm of the front table and ledge of the rear table provide for cutting rabbets up to

114

inch deep and

4

inches wide. The operation is illustrated in Fig.

23.

The knife guard must be removed. Set the fence to control the width of rabbet, measuring from the end of the

knives to the face of the fence. Lower the front table

to determine the depth of cut. Feed slowly when mak-

ing a deep cut, to avoid splitting the wood. For wide cuts, make two or more passes at increasing depths. Use a push block when rabbeting the end of narrow stock.

Fig.

23

To cut a bevel, lock the fence at the required angle and run the work across the knives while keeping it firmly

against the fence and tables. Several passes may be

necessary to arrive at the desired result.

When the angle is small, there is little difference

whether the fence is tilted to the right or left. However,

at greater angles approaching

45

degrees, it is increas-

ingly difficult to hold the work properly when the fence

is tilted to the right. The advantage of the

double-

tilting fence is appreciated under such conditions.

When tilted to the left, the fence forms a V-shape with the tables, and the work is easily pressed into the pocket while passing it across the knives. If the bevel is laid

out on the piece in such direction that this involves

cutting against the grain, it will be better to tilt the fence to the right.

TAPER CUTS

One of the most useful jointer operations

is cutting an

edge to a taper. The method can be used on a wide variety of work. Tapered legs of furniture are a common example.

Instead of laying the piece on the front table, lower the

forward end of the work onto the rear table. Do this

very carefully, as the piece will span the knives, and

they will take a "bite" from the work with a tendency

to kick back unless the piece is firmly held. Now push

the work forward as in ordinary jointing. The effect is

to plane off all the stock in front

of

the knives, to in-

crease depth, leaving a tapered surface. The ridge left by the knives when starting the taper may

be removed by taking a

very light cut according to the

regular method for jointing, with the front table raised to

its usual position.

Practice is required in this operation, and the beginner

is advised to make trial cuts on waste material. Taper

cuts over part of the length and a number of other special operations can easily be done by the experienced craftsman.

I

Points to observe in jointing various kinds of edges are shown

in

the diagram above.

common and most dangerous jointer hazard-the kick-back. The first method is safer when surfacing, especially when the stock is less than

1

inch

thick.

Points

to

Observe.

Figs. 4 to

9

picture important points in jointing

an

edge. These are self-explanatory with the possible exception of Fig.

6.

When it is necessary to joint an edge of this nature, pick out the central portion of

the curve, and make the first light cut on this portion of the wood.

It

can be

seen that the stock has no fixed baseline; hence, it must be held firmly for this first cut. With a partial base made

in this manner, succeeding cuts can be quickly made to bring the edge to a true surface.

Side Pressure.

Side pressure is always required in order to keep the work in contact with the guide fence, and is very important when jointing wide stock, as shown in Fig.

11.

Where a considerable amount of wide work is to be handled, it is advisable to fasten

Replacement Parts

Ref. Part No. Description No.

FJ-304-R FJ-317-S FJ-306

SP-253 SP-2705 NJ-231

NJ-229

SP-2707

NJ-241

FJ-305-S

FJ-319 SP-2250 NJ-233 NCS-177

SP-707

FJ-316

FJ-315 FJ-314 FJ-313 FJ-311 FJ-308 FJ-318 FJ-310 FJ-309

SP-3611 926-01-991-9399

SP-206

Cat #37-806

SP-5336 J-32

J-33

Base Front Table Rear Table

Fence

Clamp Plate

w/Bolt Cross Slide Plate 1/4-28 x 1/4 Socket Set Screw 7/32 x 1-7/8 Roll Pin Stop Link Segment Key

5/32

x

1/2 Roll Pin

Pointer Rod

Fence Segment, Incl:

Tilt Scale

#4 x 3/16 Drive Screw

Stop Screw 1/4-28 x 1/4 Headless Set Saew 5/16-18 x

1"

Fillister Hd. Saew Washer Spring Washer Clamp Collar Clamp Nut Clamp Sleeve Fence Handle Body

Cap Nut stud Spacer Handle Ball Cutterhead Pulley, Incl:

5/16-18 x 5/16

Soc. Set Screw

Cutterhead. Inck Bearing Bearing Retainer for Pulley Side Bearing Retainer for Left Side

1-22 J-23

Cat #37-802 DDL-250 FJ-321 FJ-322

960-02-012-0037

SP-2250

SP-663

SBS-46 SP-1609 SP-551

Cat.

#I94

Cat #I534

cat

#I522 418-02-411-0001 SP-1702 SP-1029 J-13-S

J-14 J-15

SP-2101 FJ-325 SP-2250 SP-2101

SP-206

960-02-012-1420 SP-2250 NJ-215-S

SP-2709 DP -41 NJ-208 BM-4-S

SP-206

Knife Lock Bar Spec.

1/4-24

x

1/4 Set Screw

Set of Three Jointer

Knives

1/4-28 x 19/32 Headless Set Screw Gib Table Adj. Nut

Nameplate

#4 x 3/16 Drive Screw

5/16-24

x

3/4 Hex. Hd. Screw Pointer 13/64 x 7/16 x 1/16 Steel Washer

#lo-32 x 1/4 Rd. Hd. Screw

5/32 Hex. Wrench

1/8 Hex. Wrench

5/16 Open End Wrench Stud 1/4

Lockwasher 1/4-20 Hex. Nut Knife Guard, Inck Pin Spring 3/32 x 5/8

Cottsr Pin

Scale

#4 x 3/16 Drive Screw

3/32 x 5/8

Cotta Pin

5/16-18

x

5/16 Socket Set Saew

Nameplate

#4 x 3/16 Drive Screw

Adj. Screw

w/collar. Inck 1/8 x 3/4 Groove Pin 7/16 Fiber Washer Adj. Screw Sleeve Ball Crank, Incl: 5/16-18

x

5/16 Soc. Set Screw

IMPORTANT: Base. front and rear tables cannot be supplied separately, as the re-assembled machine would not

be

accurate.

For

true alignment, we finish-grind our jointer tables after assembly on the base. When a

new table

or

base is required, ship the machine, less fence and

knife

guard, to the factory for rebuilding.

The cost

will

be the list price

for

the new part plus a fixed charge for assembling and grinding the tables.

NOTE: - Cutterhead

Repairs:

Special

tools

are required to remove and replace ball bearings on

the

cutterhead.

When the bearings

or

cutterhead need replacement, order a complete new cutterhead assembly #37-806,

a

return the old one to

us

for repairing for which there is nominal charge coming repair work plus a small labor

charge per bearing for installing.

Knife Sharpening Seavice: Our charge for re-grinding and

setting

hives will

be

a nominal net charge per

c~merhead, F.

0.

R.

factory.

Be sure to send the complete cutterhead assembly

with

bearings and housing, less pulley, by prepaid express

or parcel post insured.

Cutterheads may be

retumed

to:

ROCKWELL MANUFACTURING COMPANY Delta Power Tool Division Tupelo, Mississippi Attention: Service

Department

AVAILABLE

FOR

USE

WITH

9"

SAW

/

4"

JOINTER COMBINATION UNIT

CAT

NO.

50-304

STEEL STAND AND DUST CHUTE

Replacement Parts

Ref.

No.

-

Part No.

Description

Ref. No.

Part No. Description

Cat #49-188

Cat #49-182

SP-206 Cat #49-104 Cat. #41-103

SP-206

Cat #49-152

Cat. #37-293

FJ-335-S

SP-206 SP-602 SP-1604 SP-1303 SP-854 418-02-310-0002

Cat #49-560 Cat. #51-333

MS-17-S 438-01-023-0005

SP-2102

Cat. #41-113

SP-206

Cat #50-304

Cat #50-801

SP-553 SP-1301

- - -

- - --

-

Belt and Pulley Group, Incl: Motor Pulley for Jointer. Inck 5/16-18 x 5/16 Soc. Set Screw V-Belt for Jointer Motor Pulley for Saw, Inck 5/16-18 x 5/16

Soc. Set Screw V-Belt for Saw Raising Block Assembly. Inck Cutterhead Shaft Extension, Inck 5/16-18

x

5/16 Soc. Set Screw

5/16-18 x

1

1/4 Hex. Hd. Saew 5/16 x 3/4 x 1/16 Steel Washer 5/16-18 Square Nut 5/16-18

1

3/4 Carriage Bolt Raising Block V-Belt Switch Rod, Inck Clamp Assembly Rod 1/16

x

1/2 Cotter Pin Motor Pulley. Incl: 5/16-18 x 5/16

Soc. Set Screw Steel Stand and Dust Chute. Consisting of: Dust Chute, Inck #6-32 x 1/2 Rd. Hd. Mach Screw #6-32 Square Nut

Cat #50-329 Steel Stand, Incl:

SP-901

5/16-18 x 1 1/4 Rd. Hd. Stove Bolt

SP-1604

5/16 x 3/4 x 1/16 Steel Washer LBS-279 Motor Mount SP-1303 5/16-18 Square Nut MS -62

Spec. 5/16-24 Hex. Hd. Screw SP-1750 5/16 Int Tooth Lockwasher SP-1206 5/16-24 Hex. Nut MS-82 Top Shelf SP-523

5/16-18 x 1 112 Rd. Hd. Mach. Screl SP-1604 5/16 x

3/4 x 1/16 Steel Washer SP-1303 5/16-18 Square Nut MS-83 Bottom Shelf 436-02-066-0019 Leg

Cat #49-363 Retractable Casters, Incl:

SP-1300 5/16-18 Hex. Nut SP-1703 5/16 Lockwasher SP-5552

3/4 x 5/16 x 1/16 Fiber Washer

MS-101

caster ~ount

SP-478 5/16-18 x 7/8 Flat Hd. Mack Screw MS-108 caster

DSS-36

Fiber

Washer

SP-2733

5/32 x 7/8 Roll Pin MS-103 cam MS-106 Shaft MS-109 Spring Washer

SP-2732

5/32 x 1 Roll Pin MS-102 Foot Lever MS-100 Caster Mount

YOUR ROCKWELL WARRANTY

Rockwell is proud of the quality of the power tools which it sells. The component parts of our tools are inspected at various stages of production, and each finished tool is subjected to a final inspection before

it is placed in its specially designed carton to await shipment. Because

of our confidence in our engineered quality,

Rockwell agrees to repair

or replace any part or parts of

Rockwell Power Tools or Rockwell Power Tool Accessories which examination proves to be defective in workmanship or material. In order to take advantage of this guarantee, the complete portable power tool or accessory, or in the case of machinery, the part must be returned prepaid to the appropriate factory,

Rockwell service center, or authorized service station for examination. This guarantee, of course, does not include repair or replacement required because of misuse, abuse, or normal wear and tear. Repairs made by other than our factory, service center, or authorized service station, relieves

Rockwell of further liability under

this guarantee.

THIS GUARANTEE IS MADE EXPRESSLY IN PLACE

OF ALL OTHER GUARANTEES OR WARRANTIES, EXPRESS OR

IMPLIED,

WITH RESPECT TO QUALITY, MERCHANTABILITY, OR

FITNESS FOR A PARTICULAR PURPOSE.

j

AUTHORIZED DELTA PARTS DISTRIBUTORS

CALIFORNIA MASSACHUSETTS PENNSYLVANIA

LOS ANGELES,

90007

Rockwell Manufacturing Company

2400

South Grand Avenue

Phone:

213 749-0386

BOSTON, (Allston).

02134

Rockwell Monufacturtng Company

414

Cambrtdge Street

Phone:

617 782-1700

OAKLAND,

94601

Rockwell Manufacturing Company

4621

Malat Street MICHIGAN

Post Offrce Box

7327

Phone:

415 535-2424

DETROIT (Southfseld),

48075

Rockwell Manufocturlng Cornpony

18650

Wert

Eight

Mlle Road

COLORADO

Phone:

313 35R-1000

DENVER.

80207

~ockwell'~onufacturln~ Compony

4900

Eost

39th

Avenue

MISSOURI

Phone:

303 388-5803

N. KANSAS CITY,

64116

GEORGIA

Rockwell Monufocturinq Company

1141

Swift Avenue

Phone:

816 221-2070

PHILADELPHIA,

19120

Rockwell Manufacturtng Camporjy

4433-37

Wh~toker Avenue

Phone:

215 455-7907

PITTSBURGH,

15208

Rockwell Manufacturlng Cornpony

400

North Lex~ngton

Avenue

Phone:

112 241-8400

TEXAS

DALLAS,

75247

Rockwell

Manufacturing

Company

2934

Iron R~dge Street

Port

Offlce

Box

47767

WASHINGTON

ATLANTA (Dorovtlle),

30340

3500

McCall Place NEW YORK SEATTLE,

98101

Phone:

404 458-2263

Rockwell Monufactur~ng Company

NEW YORK,

10013

1918

Minor

Avenue

Rudolf Bass, Incorporated

Phone:

206 622-4576

175

Lalayette Street, Cor. Grand Slreet

HAWAII Phone:

212

CA

6-4000

WISCONSIN

HONOLULU,

96819

Rackwell

Manufacturing

Company

3209

Koapako Street

Phone:

808 872-049

BUFFALO,

14204

Korle Sow Company,

Incorporated

138-150

Chncago Street, Cor. So. Pork Avenue

Phone:

716 853-8053

or

853-8054

ILLINOIS OH I0

CHICAGO, (Melrose Pork),

60160

CINCINNATI,

45203

Rockwell Monufacturtng Company

Rockwell Monufactur~ng Company

4533

North Avenue

906

Dalton Street

Phone:

312 921-2650

Phone:

513 24'1-2737

MILWAUKEE,

53222

Rockwell Manufoctvr~ng Compony

107nn

West Burle~gh Street

Phone:

414 774-3650

CANADA

GUELPH. ONTARIO

Rockwell Manulactvr~ng Company

of

Conoda Ltmt ted

40

Welltngton Street

Post

Offtce Box

848

Phone.

907 922-2840

Authorfzed Delto Parts Dlstrcbutors stock o complete

line

of replacement parts.

To save lime and shipping

cost send

your

ports orders to your nearest d~strlbutor and

~n

most cases they will be filled and shipped

wlthin

48

hours.

We

do

no1 fill

ony

ports orders dlrcct from the foctory.

Gray

Printing

Company

ROCK

PITTSBURGH

8.

PENNSVLVANIA

,

HOUMTlNG

MOTORS ON STEEL STANDS

436-02-655-0001

DATED

IM

4-27-59

PM-1547

All steel machine stands are drilled to accommodate the machines for which they are intended. A complete set of mounting bolts for both the motor and machine are included with each stand. All machines are easily mounted and should be tightened securely to avoid vibration. Use the furnished lock washers in all in-

stances.

MOTOR MOUNTING

Motors will fit on the machine stands without the use of shim blocks. Other motors vary in height. Whenever the distance from the motor shaft to the

bottom of the motor foot is less than

4%

inches, a

shim block will be needed. Fig.

1

illustrates the use

of an easily made wooden shim block. For example,

when dimension A is

3%

inches, the thickness of the

shim must be

1%

inches in order to make up the

required

4%

inches.

Fig. 2 illustrates means for mounting any motor

having base holes that do not fit holes as drilled into

our stands.

FIO.

2

shown in Fig. 3 and then tighten the pulleys in correct alignment. V-belts require very little tension. Exces- sive tension

Gauses short life of the belt and pulleys and puts undue load on the machine and motor bearings.

RUBBER

FEET NO.

50-353

A

set of four moulded rubber feet complete with

mounting screws are available under No.

353

for the benefit of those who operate their tools in apartmenl houses or on wooden floors in residences, where thc

PULLEYS

AND

BELTS

slight noise caused by the operation of such machine:

Consult your dealer for a V-belt of correct

may occasionally be objectionable. These feet reducc

length to fit your stand mounted motor and machine.

the noise of the machines on any surface, and take thc

When the pulleys are in line and the belt tension is

place of makeshift devices such as felt pads. They arc

correct, V-belt drives are long wearing and efficient.

moulded of live rubber of proper resiliency, and an

When lining up pulleys, loosen the set screws in both

supplied with plates and screws for attaching to stee

the motor and machine pulleys: use a straight edge as stands.

MACHINE

STAND

The machine stand consists of hpper shelf, lower shelf and four legs. These stands will vary in size, that is, the shelves will have different shapes and sizes and the legs will vary in length, but they are all as-

sembled in

the

same manner. The cap screws and nuts used in assembling these various stands are all the same size and length. Refer to Fig.

4.

These stands are shipped knocked down. To ship

them assembled they would be very bulky and

unhandy.

.

MS-61

WRENCH

MACHINE STAND ASSEMBLY

REPLACEMENT PARTS

FOR

STEEL STANDS

50-801 Dust Chute

50-656 Stand used on

6" Jointer, consists of 50-406 Steel Stand

50-800 Large Dust Chute

50-308 Stand, consisting of:

MS-96-3 Top

............................................

1

MS-93-3 Panels

-

Front and Rear

...................

2

MS-94-3 Panels

-

Side

...........................

..........

..

2

MS-95-3 Legs

......................................................

4

SP-409 5/16-18 x 1

1/4" Mach. Screw

........

6

SP-1300 5/16-18" Hex. Nuts

..........................

16

SP-1306 1/4-20" Sq. Nuts

..

16

SP-1603

1/4" Steel Washer

..............................

16

SP-1604 5/16" Steel Washer

....................

....

6

SP-7504 1/4-20

x

5/8" Screw

...-

16

STEEL

STAND

50-305 50-306

*50-310

50-315 50-320 50-328 50-329 50-406 50-432 50-441 50-716 50-717 50-810 50-821 50-891 33-630

I

...........

I

MS- 119

50-105 Stapd, consisting of:

MS-61 Wrench

1

MS-62 5/16-24 x 1"Hey

Hd.

Scr. 16 436-02-066-0022 Leg 4 436-02-115-0084 Shelf

1

SP-1206 5/16"-24 Hey Nut 16 5P-1750 5/16"Split Lockwasher 16

MS-21-B

I

50-109 Stand.

Consisting

of:

436-02-415-0046

Top

Shelf..

. . . . . . . . .

1

436-02-415-004-5

Bottom

Shelf..

.

. . . .

.

1

436-02-366-0005

Leg.

...............

4

MS-62 5/16-24

Spec.

Hex.

Hd. Screw

.... ... . ..

16

SP-1206

*

5/16-24

NCX.

Nut..

.

16

TOP PAN

MS-132 MS-63-B MS-19-X MS-116 MS-118 MS-131 MS-82-B MS-24-X

MS-4

1-X MS-43-C MS-19-X MS-19-B

MS-65-B

MS-132

MS-24-X

*50-310 Same as 50-716 except only 26%" high.

50-304 Stand used on 4" Jointer, consists of 50-329 Steel Stand

5/16

Int

Tooth

Lock-

washer..

.

. . ..

. . .

.

16

5/16-18x1-1/4

Hex.

Hd. Screw

..........

4

5/1618 Hex.

N~L

. .

.

4

3/8

x

7/8 x 1/16

Steel

Washer..

...

.

..

8

LOWER

PAN

MS-54-B

MS-64-B MS-20-X

MS-115 MS-117 MS-25-B MS-83-B

MEr25-X MS-42-X

MS-44-C

MS-20-X MS-20-B

MS-66-B

MS-54-B

MS-25-X

LEG

MS-33-B MS-33-B MS-33-X MS-26-X MS-26-X MS-1-B

MS-

1-B MS-1-X MS-21-X

MS-21-X MS-21-X MS-2 1-B MS-67-B

MS-21-B MS-26-X